ADA Sign Sizing Rules and Guidelines – Why ADA Signs Can’t Always Be Small

ADA Sign Sizing Rules and Guidelines – Why ADA Signs Can’t Always Be Small

Clients often want ADA signs to be as compact as possible. Unfortunately, ADA compliance requirements place real limits on how small a sign can be. Tactile letter height, Braille placement, edge clearance, character spacing, and overall message length all affect the final size.
Understanding these requirements early helps prevent redesigns, avoids installation issues, and keeps projects moving on schedule.

Why Size Isn’t Just a Design Choice

ADA-compliant signs are designed for people who read by touch as well as people with low vision. Because of that, they must follow specific rules for tactile lettering, Braille placement, spacing, and readability.
If those requirements are ignored, a sign may fail inspection, create usability issues for building occupants, or require costly rework after fabrication.
The reality is simple: many ADA signs cannot be made smaller without sacrificing compliance.

The Core Rules That Drive Size

1. Tactile Letter Height: 5/8″- 2″ (Measured on the Uppercase “I”)

5/8″ is the minimum height for raised tactile characters, while 2″ is the maximum.
Even when combined with visual text, tactile characters cannot exceed the 2″ limit. For longer room names or messages, the solution is usually a larger plaque or multiple text lines, not taller tactile lettering.

2. Clearances from Edges, Borders & Decorative Elements

Keep tactile characters and Braille at least 3/8″ away from any raised border, frame, or decorative feature.
Many fabricators also maintain approximately 3/8″ from the sign edge as a practical buffer. This helps prevent crowding and allows for manufacturing tolerances.

3. Braille Spacing & Placement

ADA signs require Grade 2 Braille with rounded, domed dots.
Braille must be positioned:
  • Directly below the corresponding tactile text
  • Approximately 3/8″–1/2″ below the tactile line
  • At least 3/8″ from raised borders or decorative elements
Because Braille requires its own dedicated space, it often adds more height to the sign than many people expect.

4. Character & Line Spacing: The Hidden Size Drivers

Spacing requirements frequently have a greater impact on sign dimensions than letter height itself.
For tactile text:
  • Maintain at least 1/8″ between characters when using rectangular stroke characters.
  • For beveled or rounded strokes, maintain at least 1/16″ at the base and 1/8″ at the top.
  • Use line spacing equal to 135%–170% of character height between tactile text lines.
When room names become longer, these spacing requirements quickly increase overall plaque size.

Bottom Line

Compliance requirements often prevent ADA signs from being “extra small.” The most successful projects align message length, layout, and mounting location with the space needed for tactile text and Braille from the beginning.

How Wide Should My ADA Sign Be?

When planning ADA room signs, the most common sizing question is:
Will the wording actually fit?
The guideline below provides a practical way to estimate sign width based on a common configuration:
5/8″ tactile letters with Braille below.

Step 1: Count Your Letters (With a Few Adjustments)

Not every letter occupies the same amount of space.
Use this quick sizing method:
  • Count each standard letter as 1
  • Count M and W as 2
  • Count I as 0.5
The total becomes your adjusted letter count, which you can compare against the width recommendations below.

Step 2: Use the Width Guide

The following recommendations assume:
  • 5/8″ tactile characters
  • Standard spacing
  • Grade 2 Braille below the text
  • A layout designed for readability and compliance
Sign Width Fits Approximately
6.0″ Wide Up to 7 letters
6.5″ Wide Up to 8 letters
7.0″ Wide Up to 9 letters
8.0″ Wide Up to 11 letters
These are general guidelines for typical all-capital tactile text. Words containing multiple M’s or W’s, or layouts requiring two lines, may require additional width or height.

Step 3: Check Your Height

For one line of tactile text with Braille below, plan for approximately:
2.5″–4.0″ tall
For two-line layouts, additional height is required to accommodate:
  • Extra tactile text
  • Additional Braille
  • ADA-compliant line spacing

Quick Examples

“EXIT”

  • Letter count: 4
  • Recommended size: approximately 6″ × 4″
  • One line with Braille below

“MECHANICAL”

  • Letter count: 10 (including the wider “M”)
  • Recommended size: 8″ × 4″ minimum for a single-line layout
If the available wall space is narrower than 8″, consider an approved abbreviation such as:
  • MECH
  • MECH RM
Any abbreviation should align with the facility’s room-naming standards and remain clear to occupants. The Braille should match the tactile abbreviation.

“JANITORIAL CLOSET”

  • Longer two-word room name
  • Recommended size: approximately 10″ wide on a single line
If sufficient width is not available, a two-line layout is often the cleaner and more practical solution.

Planning Tips for Project Teams

Lock Copy Early

Every additional word affects the required sign size. Finalizing room names before the layout stage reduces revisions and approval delays.

Group Information Strategically

When messages become too long, consider:
  • Approved abbreviations
  • Separating room identification from directional information
  • Using wayfinding signs for supplemental details

Consider Mounting Conditions

Door frames, wall returns, trim details, and tight mounting surfaces can limit available sign size. Identifying those constraints early helps avoid late-stage changes.

Standardize Where Possible

Using consistent sign sizes across a facility improves appearance, simplifies installation, and reduces project surprises.

Quick Note on Visual-Only Signs

Character height requirements for visual-only signs are based on viewing distance and mounting conditions.
Even when tactile requirements do not apply, readability still drives many sizing decisions. That’s another reason extremely small signs are often impractical.

Frequently Asked Questions

What is the minimum tactile letter height for an ADA sign?

Tactile characters must be at least 5/8″ high, measured using the uppercase “I.”

Can tactile letters be larger than 2 inches?

No. ADA tactile characters have a maximum permitted height of 2 inches.

How far below tactile text should Braille be placed?

Braille is typically positioned 3/8″–1/2″ below the tactile text line and must correspond directly to that text.

Can abbreviations be used on ADA signs?

Yes, provided the abbreviation is approved, clearly understood, consistent with the facility’s naming standards, and reflected in the Braille translation.

How Erie Custom Signs Can Help

Every project has unique room names, mounting conditions, and space limitations. We review each sign for ADA compliance, readability, and fabrication practicality before production.
If something will not fit, we’ll identify it early and provide clear options, whether that means an approved abbreviation, a larger plaque, or a cleaner multi-line layout.

Ready to Size Your Signs?

If you’re planning an ADA signage project and want help determining the right sign sizes before fabrication begins, our team is happy to review your layouts and requirements.
Get in touch: https://eriecustomsigns.com/contact/

How ADA Braille Signs Are Made: An Overview of Our Process

How ADA Braille Signs Are Made: An Overview of Our Process

By Mike Shabluk | May 31, 2021

Why a Solid Process Is Essential for Fabricating ADA Braille Signs

Many sign shops and print providers across the country rely on Erie Custom Signs to produce ADA braille signage, especially when large quantities or specialized requirements are involved.
Producing ADA-compliant signage requires more than printing graphics on a substrate. It demands the right equipment, software, materials, and expertise to ensure every sign meets accessibility requirements and performs as intended in the field.
If you’ve ever wondered how ADA braille signs are made, this overview will walk you through our process, the equipment we use, and why accuracy matters at every stage of production.

Why Process Matters

A reliable fabrication process is especially important when producing ADA braille signs because the Americans with Disabilities Act (ADA) requires braille on certain signs that identify permanent rooms and spaces in public buildings.
Facilities that fail to comply can face ADA-related complaints, fines, and potential legal action. For sign providers, mistakes can create costly delays and expose clients to unnecessary risk.
Many sign shops simply don’t have the specialized tools, machinery, or training needed to fabricate ADA-compliant braille signage.
Taking on these projects without the right resources can lead to:
  • Low-quality braille signage
  • Compliance issues
  • Missed project deadlines
  • Increased labor costs
  • Reduced customer satisfaction
Beyond compliance, an efficient process also helps ensure signs are designed, manufactured, and delivered on schedule. Clients expect quality work that arrives on time and within budget.
That’s why many sign and print professionals choose to outsource braille sign fabrication to a partner with an established process.
At Erie Custom Signs, we’ve spent more than a decade refining our production workflow and incorporating technology that helps us manufacture ADA braille signs quickly, accurately, and cost-effectively. Our wholesale partners can then deliver the same level of quality and reliability their customers expect.

What Equipment We Use for Creating Braille Signage

ADA braille sign fabrication requires specialized software, equipment, and production expertise. One advantage of working with Erie Custom Signs is that you don’t need to make those investments yourself.
Our in-house capabilities include:
  • Adobe CS6 Suite – Used for sign design and layout
  • Grade II Braille Translation Software – Used to translate text into ADA-compliant braille
  • 24″ x 48″ Vision 2448 Router / Engraver / Raster Braille System – Used for braille production and engraving
  • Four 16″ x 24″ Vision 1624 Engravers / Raster Braille Systems – Used for efficient braille production
  • Two Direct Color Systems UV1024 Direct-to-Substrate Printers – Used to print text and graphics directly onto sign materials
This equipment helps us maintain consistency, accuracy, and production capacity for both standard and large-volume orders.

How We Make Braille Signs at Erie Custom Signs

Fabricating ADA braille signs involves several interconnected steps. While the process can be complex, a streamlined workflow helps ensure every sign is produced efficiently and in compliance with ADA requirements.

1. Gather Materials

Before production begins, our team verifies that all required materials and equipment are available.
This includes:
  • Appropriate design and production software
  • The correct printing and engraving equipment
  • Approved substrate materials
  • Required inks and finishes
Preparing everything in advance helps prevent production delays and keeps projects moving efficiently.

2. Design the Sign

Next, our design team creates the sign layout.
This process involves determining:
  • Colors and overall appearance
  • Text placement
  • Braille location
  • Braille content
  • ADA-compliant formatting requirements
Using established ADA sign templates helps reduce production time while maintaining consistency across projects.

3. Load the Substrate

Once the design is approved, the selected substrate material is prepared for production.
Our team verifies the correct material and finish before loading the substrate into the printer, ensuring it is ready for the next stage of manufacturing.

4. Prepare the Print Job

The approved design file is then transferred into specialized production software.
Because the software includes ADA braille production capabilities, it helps simplify setup, improve accuracy, and streamline the manufacturing process.

5. Print and Produce the Sign

With setup complete, production begins.
Text, graphics, and braille elements are produced according to the approved design. A typical print job takes approximately four minutes per sign.
Once production is complete and the ink has cured, the sign moves through a quality-control inspection before being packaged for shipment.

Takeaway

Producing ADA braille signage requires the right combination of knowledge, equipment, software, and quality-control procedures. A proven process helps ensure signs meet ADA requirements, perform reliably in the field, and arrive on schedule.
For sign shops, architectural firms, contract furniture dealers, contractors, and other industry professionals, partnering with an experienced ADA signage manufacturer can eliminate the challenges of producing braille signs in-house while maintaining the quality your clients expect.
If you’d like to learn more about our braille sign fabrication process or discuss a custom project, reach out to Erie Custom Signs for a no-obligation quote. Our team is happy to answer questions and help you deliver ADA-compliant signage with confidence.

FAQ

What signs are required to have braille under ADA guidelines?

Braille is generally required on signs that identify permanent rooms and spaces, such as restrooms, conference rooms, and offices. Always review current ADA requirements for specific project needs.

What type of braille is used on ADA signs?

ADA signage typically uses Grade 2 (contracted) braille, which is designed to improve reading efficiency for braille users.

Why do sign shops outsource ADA braille sign production?

Many sign shops do not have the specialized software, equipment, or production capacity required for ADA braille fabrication. Outsourcing allows them to provide compliant signage without investing in dedicated equipment.

How long does it take to print an ADA braille sign?

According to Erie’s process, a typical print job takes about four minutes per display before quality inspection and packaging.

What equipment is used to manufacture ADA braille signs?

Braille sign fabrication can involve design software, braille translation software, engravers, raster braille equipment, and direct-to-substrate printers, depending on the production method being used.

ADA Sign-Making Tools: What You Need to Know

ADA Sign-Making Tools: What You Need to Know

By Mike Shabluk | July 23, 2024
Are you thinking about breaking into the ADA signage market? Offering ADA-compliant signs can help expand your capabilities, strengthen customer relationships, and create additional revenue opportunities for your shop.
However, producing ADA signage is not as straightforward as traditional sign fabrication. Along with understanding ADA requirements, you’ll need specialized ADA sign-making tools, equipment, materials, and production processes.
Before making that investment, it’s worth understanding what’s required, what it costs, and whether in-house fabrication makes sense for your business. Below, we’ve answered some common questions to help you evaluate your options.

What Makes ADA Sign Fabrication Different?

ADA sign fabrication is more complex than standard sign production because ADA-compliant signs must meet specific accessibility requirements.
For example, identification signs typically need features such as:

Easy Readability

ADA guidelines require tactile lettering to use easy-to-read sans serif fonts. Character size, spacing, and formatting are also regulated to ensure readability. Depending on whether the text is tactile or visual-only, requirements for uppercase and lowercase characters may differ.

Contrast

Room signs, directional signs, overhead signs, and other ADA signage must provide sufficient contrast between the characters and the background. While current standards do not specify an exact percentage, many industry professionals still recommend aiming for approximately 70% contrast.

Lack of Glare

ADA-compliant signs must have a non-glare finish. Both the background and characters should use matte or low-gloss finishes to support visibility and readability.

Braille

Braille has its own set of requirements, including dot size, height, spacing, and placement. For example, a minimum 3/8-inch clearance is required around Braille elements.
These are only a few of the requirements involved in ADA signage. There are many other ADA sign specifications that fabricators must follow. Because of this complexity, having the right ADA sign-making tools is essential for achieving both compliance and consistent quality.

Why Is It Important to Have the Right Tools?

The first step toward producing ADA-compliant signage is having the proper equipment. The fabrication process involves detailed, precision work that standard sign-making setups may not be designed to handle.
Investing in the right tools offers several advantages.

It Simplifies the Production Process

Specialized ADA signage equipment can help streamline fabrication, improve efficiency, and reduce manual labor. While every sign should still undergo quality control checks, the right tools help make production more predictable and consistent.

It Supports a Higher-Quality Finished Product

ADA signs don’t just need to meet regulations. They need to look professional and withstand daily use. Using the proper equipment and materials helps produce signs that are visually appealing, durable, and compliant.

It Helps Meet Customer Expectations

When customers order ADA signage, they expect a finished product that complies with accessibility requirements. Having the proper ADA sign-making tools demonstrates your ability to deliver reliable results and become a trusted resource for future projects.

What ADA Sign-Making Tools Are Needed?

If a sign shop plans to fabricate ADA signage in-house, it will typically need several pieces of specialized equipment.

Quick Answer: Most Common ADA Sign-Making Tools

  • CNC router
  • UV-LED printer
  • Paint booth
  • Commercial laminator
  • CO2 laser cutter
  • Engraver
  • Hot stamp machine
  • Design software
  • Raster® Braille licensing and equipment (if applicable)
Below is a closer look at each tool.

Router

CNC routers help sign professionals cut acrylic, aluminum, and other materials commonly used for ADA signage.
Because they are computer-controlled, CNC routers provide greater accuracy and repeatability than manual cutting methods. They also allow fabricators to create a variety of custom shapes and designs.

UV-LED Printer

UV-LED printers are widely used for direct-to-substrate printing.
Instead of printing graphics onto vinyl and applying them later, a UV printer applies graphics directly to the sign substrate. This can improve durability and reduce concerns about peeling or edge failure over time.

Paint Booth

Many sign shops have a dedicated finishing area, but a paint booth can significantly improve efficiency when producing ADA signage at scale.
A properly equipped paint booth allows for consistent color application and can make large production runs easier to manage.

Laminator

Commercial laminators provide an added layer of protection for printed graphics and text.
Lamination helps preserve appearance, improve durability, and extend the life of the finished sign.

CO2 Laser Cutter

CO2 laser cutters are a popular choice for ADA sign fabrication because they can process a wide variety of materials quickly and accurately.
Laser-cut components often have smoother, cleaner edges, which can reduce finishing time.

Hot Stamp Machine

Hot stamp machines are often used in photopolymer sign production.
They allow fabricators to add color and metallic finishes to raised graphics, enhancing the appearance of ADA signage while maintaining tactile functionality.

Engraver

Shops using the Raster® Braille method need a compatible engraving system.
Several CNC engraving systems support Raster® Braille production, with Vision being one of the more widely recognized options in the industry.

Additional Equipment

Beyond machinery, sign shops also need appropriate materials, software, and workflow systems.
For example, shops using the Raster® Braille method must also purchase and maintain the necessary licensing and production kits. As a result, bringing ADA fabrication in-house involves more than simply purchasing a few machines.

How Much Can You Expect to Spend on ADA Sign-Making Tools?

Equipment costs vary based on manufacturer, model, size, and production capabilities.
Typical investment ranges include:
  • UV printers: approximately $25,000 to $85,000
  • CO2 laser cutters: approximately $8,000 to $50,000
  • Commercial CNC routers: approximately $6,000 to $12,000
The equipment itself is only part of the investment.
Sign shops should also account for:
  • Employee training
  • Facility space requirements
  • Installation costs
  • Maintenance and repairs
  • Software licensing
  • Inventory and materials
When all costs are considered, many shops investing in full ADA sign fabrication capabilities can spend several hundred thousand dollars.

Can You Afford to Invest in ADA Sign-Making Tools?

For some sign shops, investing in every piece of ADA sign-making equipment makes sense. For others, the volume of ADA sign orders may not justify the expense.
Smaller sign companies often find it difficult to justify the costs of equipment, training, licensing, facility expansion, and ongoing maintenance when ADA signage represents only a portion of their business.
In those situations, partnering with a wholesale ADA sign manufacturer can be a more practical solution.
An experienced ADA signage partner already has the specialized equipment, processes, and compliance knowledge needed to produce finished signs. Outsourcing allows sign shops to offer ADA-compliant signage without making a significant capital investment.

Takeaway

ADA sign fabrication requires specialized equipment, technical knowledge, and a substantial investment in production capabilities. While some shops choose to bring the process in-house, others find greater value in partnering with an established ADA sign manufacturer.
If ADA signage demand doesn’t justify purchasing new equipment, outsourcing can provide a cost-effective way to expand your offerings while maintaining quality and compliance.
At Erie Custom Signs, we work with sign shops and trade professionals across the country to provide wholesale ADA signage backed by extensive fabrication experience. If you’re looking to offer ADA-compliant interior signage without investing in new production equipment, explore how we can help support your projects with dependable wholesale solutions.

An Overview of California ADA Signage Requirements

An Overview of California ADA Signage Requirements

By Mike Shabluk | February 27, 2024
There are many guidelines for designing, manufacturing, and mounting ADA signs. Businesses must comply with federal regulations as well as state and local requirements. For California-based facilities and the sign professionals who serve them, understanding California ADA restroom sign requirements is especially important.
The challenge is that California’s rules go beyond federal ADA standards. Fortunately, this overview breaks down the key requirements and explains how Title 24, AB 1732, and federal ADA regulations work together. With a solid understanding of these requirements, you can make informed signage decisions and help ensure compliance.

Why You Should Know California ADA Restroom Sign Requirements

Whether you’re purchasing signage for your own facility or sourcing signs for a client, understanding California ADA restroom sign requirements is critical.
Compliance issues can lead to costly corrections, legal disputes, project delays, and unhappy customers. A clear understanding of the rules makes compliance easier and helps reduce risk.
California has long maintained restroom signage requirements that are more specific than those found in many other states. As a result, facilities often need signage that satisfies both state and federal standards.
For California ADA signage, several regulations come into play:
  1. California AB 1732 (The Equal Restroom Access Act)
  2. Title 24 of the California Building Code
  3. 2010 ADA Standards for Accessible Design
However, compliance is about more than following regulations. These requirements help make facilities more accessible, intuitive, and welcoming for everyone who uses them.
The regulations themselves can be lengthy and complex, so facility owners, architects, contractors, and sign professionals are encouraged to review the official standards whenever possible. In the meantime, a practical overview can help clarify the basics.
Before diving into the specific restroom signage requirements, it helps to understand where these rules came from.

How Were California ADA Restroom Sign Requirements Created?

California restroom signage requirements actually predate the Americans with Disabilities Act.
The concept originated in the 1970s with inventor and mathematician Samuel Genensky. Having severe visual impairment himself, Genensky understood the difficulty many people experienced when trying to locate the correct restroom. He proposed using large geometric symbols that would be easier to identify visually and tactually.
His idea gained traction throughout California.
Women’s restrooms began using a 12-inch circle, while men’s restrooms were identified by a 12-inch equilateral triangle.
When the ADA was passed in 1990, federal restroom signage requirements were introduced nationwide. Rather than abandoning the symbols Californians had used for years, the state chose to retain them while also adopting federal ADA requirements.
As a result, California facilities must comply with both federal ADA standards and California-specific restroom signage regulations.

What Are the Requirements for Bathroom Signs in California?

At the federal level, the ADA generally requires one compliant sign to identify a public restroom.
In California, public restrooms typically require two signs:
  1. A geometric door sign that complies with California requirements.
  2. A tactile ADA wall sign that complies with federal requirements.
The California-required geometric symbols generally do not contain braille, text, or pictograms. Instead, they rely on shapes that have been familiar to California residents for decades.
Outside of California, these geometric restroom symbols are uncommon because most states rely solely on federal ADA signage standards.

Quick Compliance Summary

Most California public restrooms require:
  • A Title 24 geometric symbol mounted on the door
  • A tactile ADA sign with braille mounted on the adjacent wall
  • Proper mounting heights for both signs
  • Compliance with any applicable local code requirements

How Title 24 Guidelines Come into Play

California ADA restroom sign requirements are outlined within the California Building Standards Code.
Under Title 24, public restroom doors must display specific geometric symbols that meet the following requirements:
  • Men’s restrooms must display a 1/4-inch-thick equilateral triangle with 12-inch edges.
  • Women’s restrooms must display a 1/4-inch-thick circle with a 12-inch diameter.
  • The symbol must contrast with the color of the door.
  • Unisex restrooms must display a triangle superimposed on a circle using contrasting colors.
  • Edges must be rounded, eased, or chamfered according to Title 24 specifications. Vertices must also meet the required radius dimensions.
A pictogram indicating restroom use may be included on the geometric sign. While tactile pictograms are not required, they are often incorporated into sign designs.

How AB 1732 Guidelines Come into Play

California Assembly Bill 1732, also known as the Equal Restroom Access Act, took effect in 2017.
The law was designed to improve access and reduce discrimination related to gender identity. Under AB 1732, all single-occupancy restrooms in public facilities must be identified as all-gender restrooms and be available to everyone.
As a result, signage requirements changed for these spaces.
For single-user restrooms:
  • The door sign must feature a 1/4-inch-thick equilateral triangle within a 1/4-inch-thick circle.
  • Mounting requirements remain consistent with other California restroom signs.
It’s also important to remember that local jurisdictions may enforce additional signage requirements. Always verify project-specific requirements with the appropriate authority having jurisdiction.

How Do California Requirements Differ from Federal Guidelines?

In simple terms, California requirements and federal ADA requirements govern different signage elements.
California regulations primarily address the geometric symbol displayed on the restroom door. Federal ADA regulations primarily address the tactile sign mounted adjacent to the restroom entrance.
Regardless of state-specific rules, all facilities must comply with federal ADA standards.
Federal ADA restroom signs typically require:
  • Tactile lettering that identifies restroom access
  • Grade 2 braille positioned beneath the tactile text
  • California-compliant braille spacing requirements where applicable
  • The International Symbol of Accessibility when identifying an accessible restroom
Installation requirements also differ.
Under federal ADA standards, restroom identification signs are typically mounted on the wall adjacent to the latch side of the door. The sign should be installed between 48 and 60 inches above the finished floor, measured to the baseline of the lowest braille cell.
California geometric restroom signs follow a separate standard.
The geometric symbol must be centered horizontally on the door and mounted between 58 and 60 inches above the finished floor, measured to the symbol’s centerline.
The same placement rules apply to the all-gender restroom symbols required under AB 1732.

When Can You Use a Dual-Purpose Restroom Sign?

Most California restrooms require both a geometric door sign and a tactile wall sign.
However, there are limited situations where a dual-purpose sign may be acceptable. For example, some restrooms with curved entrances instead of doors may allow a combined solution.
In other cases, all of the following conditions generally must be met:
  • The door cannot have a hold-open device.
  • The door must close automatically.
  • The sign must be installed on the push side of the door.
If these conditions are satisfied, a dual-purpose sign that complies with both state and federal requirements may be permitted.
Before proceeding, it is always wise to confirm approval with the local building official or authority having jurisdiction.

Takeaway

California restroom signage requirements combine state-specific rules with federal ADA standards. That means compliance involves more than selecting a standard ADA restroom sign.
Most facilities must provide both a California-compliant geometric door sign and a federally compliant tactile wall sign. In addition, projects may need to account for Title 24 requirements, AB 1732 all-gender restroom rules, mounting specifications, and local code requirements.
For sign shops, architects, contractors, and facility managers, understanding these standards early in the project can help prevent costly revisions and compliance concerns later.
If you’re sourcing restroom signage that meets California requirements, Erie Custom Signs offers a range of California restroom sign solutions designed to help trade professionals navigate these unique requirements with confidence.
Learn more about our California restroom sign options and find the right solution for your next project.

FAQ

Do California restrooms require two ADA signs?

In most cases, yes. California public restrooms typically require a geometric door sign that meets Title 24 requirements and a tactile wall sign that meets federal ADA requirements.

What symbol is required for a men’s restroom in California?

California Title 24 requires a 12-inch equilateral triangle that is 1/4 inch thick and contrasts with the door color.

What symbol is required for a women’s restroom in California?

Women’s restrooms require a 12-inch diameter circle that is 1/4 inch thick and contrasts with the door color.

What does AB 1732 require?

AB 1732 requires single-occupancy public restrooms to be identified as all-gender restrooms and accessible to all users.

Where should California restroom door signs be mounted?

Geometric restroom symbols must be centered horizontally on the door and mounted between 58 and 60 inches above the finished floor, measured to the centerline of the symbol.

An Overview of UV Direct Printing: The Benefits & More

An Overview of UV Direct Printing: The Benefits & More

By Mike Shabluk | January 24, 2023

What Is UV Direct Printing?

UV direct printing, also known as direct-to-substrate printing or UV flatbed printing, is a digital printing process that uses ultraviolet (UV) light to instantly cure specialty ink directly onto a material’s surface.
Because the ink cures immediately rather than soaking into the substrate, UV direct printing can produce sharper graphics, more vibrant colors, and greater durability than many traditional printing methods.
Today’s UV printing technology also incorporates layered-printing capabilities. Multiple passes of ink can be built up to create textured graphics, tactile characters, and even Grade 2 braille on compatible equipment.

How Does UV Direct Printing Work?

UV light is the key component behind the process.
UV direct printing uses specially formulated UV-LED inks that remain liquid until exposed to ultraviolet light. A direct-to-substrate UV printer deposits the ink onto the material while UV lamps mounted near the printhead immediately cure it.
As the printhead moves across the substrate, the UV light follows the ink application and triggers a chemical reaction that hardens the ink almost instantly. This allows the ink to remain on the surface rather than being absorbed into the material.
The result is a highly durable print with exceptional image quality and crisp text.
When producing tactile elements, the printer makes multiple passes, building layer upon layer of ink to create a raised, three-dimensional effect.

How Did It Originate?

Interestingly, UV curing technology was originally developed to quickly harden gel nail polish.
Over time, manufacturers in other industries recognized the potential benefits of instant-curing technology and adapted it for commercial printing, sign fabrication, and other specialty production applications.
Today, UV printing has become a preferred method for producing everything from branded displays to ADA-compliant signage.

What Tools and Materials Do You Need for UV Direct Printing?

Like any sign fabrication process, UV direct printing requires specialized equipment and materials.

Direct-to-Substrate UV Printer

The most important piece of equipment is the UV printer itself.
Printer capabilities vary significantly depending on the manufacturer, model, print area, and ink configuration. While premium equipment requires a larger investment, high-quality printers typically deliver better image quality, faster production speeds, and improved reliability.
For sign shops producing ADA signage, equipment capabilities are especially important.
Note: DCS and MUTOH offer patented technology that allows select printers to produce Grade 2 braille and ADA-compliant 1/32-inch raised characters using layered UV printing.

UV-LED Ink

UV printers require specially formulated UV-LED inks.
Selecting the correct ink is important because different substrates and applications often require different ink characteristics. For example, flexible materials may require more elastic ink formulations.
It’s also important to verify whether a printer supports white ink printing. White ink expands design capabilities and is often required for ADA signs and other specialty signage applications.

Material Substrate

One of the biggest advantages of UV direct printing is material versatility.
UV printing can be applied to a wide variety of substrates, including:
  • Acrylic
  • Laminate
  • Aluminum
  • PVC
  • Composite materials
  • And many others
This flexibility allows sign fabricators to meet a broad range of customer requirements without changing printing methods.

Design Software

Most sign shops already use design software to create sign layouts.
For UV printing workflows, it’s important to ensure that the design software integrates properly with the printer’s RIP software and production system. A compatible workflow helps reduce setup time and improves production efficiency.

What Are the Benefits of UV Direct Printing?

UV direct printing continues to grow in popularity because it offers advantages for both sign fabricators and their clients.

1. Quick Drying Time

Because UV ink cures instantly, it spends very little time interacting with the substrate.
This allows printing on a wider range of materials, including substrates that may be sensitive to heat or extended drying processes.

2. Sharp Graphics and Vibrant Color

Since the ink cures immediately, there is less opportunity for dot gain or ink spread.
The result is:
  • Sharper text
  • Improved detail
  • Better color saturation
  • More consistent print quality
Because the ink remains on the surface, graphics often appear more vivid than with traditional printing methods.

3. Increased Speed and Productivity

Immediate curing eliminates drying delays.
Combined with modern flatbed printer speeds, UV direct printing enables sign shops to produce more jobs in less time and improve turnaround capabilities for larger projects.

4. Lower Long-Term Production Costs

While the equipment investment can be substantial, the production process itself can reduce ongoing costs.
Because graphics are printed directly onto the substrate, fabricators often eliminate the need for:
  • Vinyl overlays
  • Additional laminates
  • Protective glass coverings
This can streamline production and reduce material expenses.

5. Flexible Finish Options

UV printing supports a variety of visual effects and finishes.
Depending on project requirements, fabricators can create:
  • Matte finishes
  • Satin finishes
  • High-gloss finishes
  • Layered texture effects
This versatility helps create signage that matches a client’s branding and environmental requirements.

6. Lower Energy Consumption

UV-LED printers typically consume less energy than many traditional curing systems.
Many models also utilize instant on/off LED technology, which can further improve energy efficiency during production.

7. Reduced Environmental Impact

Compared to some traditional printing processes, UV direct printing typically generates:
  • Fewer VOC emissions
  • Less heat
  • Reduced odor
As sustainability becomes increasingly important throughout the signage industry, these advantages can support greener manufacturing practices.

8. Additive Production Capabilities

Modern UV printing functions much like additive manufacturing.
Rather than removing material, printers build layers of ink on top of one another. This makes it possible to create:
  • Textured graphics
  • Raised tactile characters
  • Grade 2 braille
  • Decorative dimensional effects
For ADA signage manufacturers, this capability can significantly simplify production.

Is UV Direct Printing Durable?

Yes.
One of UV direct printing’s most significant advantages is durability.
Because the cured ink bonds directly to the substrate, the finished graphics generally offer strong scratch resistance and long-lasting performance. Signs are easier to handle, transport, and install without damaging the printed surface.
For ADA signage, durability is especially important. UV-printed tactile characters and braille created through layered ink construction are bonded directly to the substrate, helping reduce the risk of elements loosening or separating over time.
In high-traffic environments, UV-printed signs also tend to maintain their appearance longer and show less visible wear.

How Does UV Direct Printing Compare to Vinyl Printing?

Without direct printing capabilities, sign shops often print graphics onto vinyl and then apply the vinyl to a substrate.
When comparing UV printing vs. vinyl printing, UV direct printing offers several advantages:
UV Direct Printing Vinyl Printing
Prints directly on substrate Requires vinyl application
Faster production process Additional application step
Reduced risk of peeling Vinyl may peel over time
Sharper graphics and text Quality dependent on application
Lower long-term material usage Ongoing vinyl costs
For many sign fabrication applications, UV direct printing provides a more durable, efficient, and reliable solution.

Takeaway

UV direct printing has become one of the most valuable technologies in modern sign fabrication. Its ability to produce high-quality graphics directly on a wide range of substrates, combined with exceptional durability and ADA signage capabilities, makes it a strong alternative to traditional vinyl-based workflows.
For sign shops that have not invested in UV printing equipment, outsourcing can be a practical way to access the benefits of the technology without the expense of purchasing and maintaining specialized equipment.
At Erie Custom Signs, we utilize advanced UV printing technology, including equipment capable of producing ADA-compliant tactile characters and Grade 2 braille. If you need a trade-focused partner for ADA signage or specialty interior sign projects, our team is happy to help.
Request a quote to discuss your next signage project with an experienced ADA signage manufacturer.

ADA Fire Extinguisher Sign Requirements: Compliance Made Simple

ADA Fire Extinguisher Sign Requirements: Compliance Made Simple

By David Murphy | July 21, 2025
Fire incidents are among the most costly and disruptive emergencies in commercial facilities. When a fire occurs, occupants need to locate safety equipment quickly, and clear signage plays an important role in that process.
According to the U.S. Fire Administration, the United States reported 110,000 nonresidential building fires in 2023, resulting in injuries and millions of dollars in property damage. That’s why ADA-compliant fire extinguisher signage is more than a code requirement. It helps make emergency equipment easier to locate for everyone, including employees and visitors with visual impairments.
For facilities such as offices, healthcare environments, schools, and government buildings, proper fire extinguisher signs support both accessibility and safety initiatives. They can also help reduce the risk of costly compliance issues, including ADA-related complaints and legal action.

6 ADA Requirements for Fire Extinguisher Signage

Meeting ADA fire extinguisher sign requirements helps create a safer, more accessible environment for building occupants. Here are six key guidelines to follow.

1. Position Signage at the Correct Height

ADA guidelines require tactile signs to be mounted so the baseline of the lowest raised character is at least 48 inches above the finished floor, and the baseline of the highest raised character is no more than 60 inches above the floor.
This placement helps ensure signs can be located and read by people of varying heights and mobility levels.

2. Include Tactile Characters and Grade 2 Braille

ADA fire extinguisher signs should include raised tactile characters and Grade 2 Braille placed directly below the corresponding text.
These features allow individuals with visual impairments to identify the location and purpose of the sign by touch. Braille dots should be rounded or domed to comply with ADA readability standards.

3. Ensure Strong Visual Contrast and Non-Glare Finishes

Signs should be easy to distinguish from their background.
Look for:
  • High contrast between characters and the background
  • Light-on-dark or dark-on-light color combinations
  • Non-glare finishes such as matte or eggshell surfaces
Glossy finishes can create reflections that reduce visibility under bright lighting conditions.

4. Use Universally Recognized Pictograms

Pictograms provide a quick visual reference and can improve recognition during an emergency.
When pictograms are used, ADA standards require:
  • A designated pictogram field at least 6 inches high
  • The pictogram positioned above the tactile text
  • Accompanying text descriptors and Braille where applicable
A standardized fire extinguisher symbol helps occupants quickly identify the purpose of the sign.

5. Use Clear, Sans-Serif Fonts in Uppercase

Raised tactile text should use simple, easy-to-read lettering.
Recommended font styles include:
  • Helvetica
  • Arial
  • Other ADA-compliant sans-serif typefaces
Avoid decorative, condensed, italicized, or highly stylized fonts that can reduce readability.

6. Mount Signs in Consistent, Logical Locations

Consistency matters, particularly during emergencies.
Fire extinguisher identification signs are commonly mounted adjacent to the extinguisher cabinet or bracket location so occupants can quickly recognize and locate the equipment.
Maintaining consistent placement throughout a facility can improve wayfinding and simplify future inspections.

How to Ensure Your Facility’s Signage Meets ADA Fire Safety Standards

Understanding ADA requirements is only part of the process. Ongoing maintenance and regular reviews help keep your facility compliant over time.

1. Conduct a Facility-Wide ADA Signage Audit

Start with a comprehensive walkthrough of your building.
Review:
  • Fire extinguisher locations
  • Existing signage
  • Mounting heights
  • Braille and tactile features
  • Visual contrast requirements
Using an ADA compliance checklist can help identify issues before they become safety concerns or compliance violations.

2. Choose Durable, High-Contrast Signage Materials

Material selection affects both performance and compliance.
Popular options include:
  • Acrylic signage
  • Photopolymer signage
  • Matte-finish materials designed to reduce glare
In demanding environments, durable materials can provide long-term readability while maintaining a professional appearance.

3. Standardize Sign Design Across Locations

Consistency helps occupants identify signage more easily and simplifies compliance reviews.
Standardize:
  • Fonts
  • Colors
  • Braille placement
  • Pictogram sizing
  • Sign layouts
Working with a single ADA signage supplier often helps maintain consistency across multiple buildings or campuses.

4. Train Staff on Proper ADA Signage Placement

Even compliant signs can create issues if they are installed incorrectly.
Facilities and maintenance teams should understand:
  • Mounting height requirements
  • Tactile sign placement
  • Braille specifications
  • ADA signage updates
Regular training helps prevent avoidable compliance mistakes.

5. Partner with ADA-Compliant Signage Experts

ADA signage requirements can be complex, especially for organizations managing multiple facilities.
Working with experienced accessibility signage providers can help reduce uncertainty and ensure signs meet current ADA and ANSI standards.
At Erie Custom Signs, we manufacture ADA- and ANSI-compliant signs that meet tactile, Braille, and pictogram requirements while providing customization options for facility branding and design standards.

6. Review and Update Signage Regularly

Accessibility compliance is not a one-time project.
Schedule periodic reviews, especially:
  • After renovations
  • Following facility expansions
  • When room layouts change
  • When updated code requirements are adopted
Routine inspections can help identify signage that needs replacement, relocation, or updating.

Quick ADA Fire Extinguisher Sign Checklist

Use this checklist to evaluate your facility’s fire extinguisher signage:
Tactile raised characters included
Grade 2 Braille included
Mounted between 48 and 60 inches from the floor
Strong visual contrast provided
Non-glare finish used
ADA-compliant pictogram included (when applicable)
Consistent sign placement throughout the facility
Signs inspected regularly for continued compliance

FAQ: ADA Fire Extinguisher Sign Requirements

Are fire extinguisher signs required to have Braille?

When a fire extinguisher sign is designed as a tactile identification sign subject to ADA requirements, it should include Grade 2 Braille and raised characters to provide accessibility for individuals with visual impairments.

What height should ADA fire extinguisher signs be mounted?

ADA tactile signage is generally mounted so the lowest raised character is at least 48 inches above the finished floor and the highest raised character is no more than 60 inches above the floor.

Do fire extinguisher signs require tactile lettering?

ADA-compliant identification signs typically require raised tactile lettering along with Braille to support accessibility.

Where should fire extinguisher signs be installed?

They are commonly installed adjacent to the extinguisher cabinet or bracket location in a consistent position throughout the facility.

Smart Signage Means Safer Spaces

Every fire extinguisher sign contributes to a safer and more accessible environment. For contractors, architects, sign companies, facility managers, and property owners, understanding ADA fire extinguisher sign requirements helps support both compliance and emergency preparedness.
Staying current with ADA and ANSI standards, conducting routine signage reviews, and working with experienced accessibility signage providers can help reduce risk while improving safety throughout your facility.
If you’re evaluating a new project or updating an existing building, Erie Custom Signs can help simplify the process with custom ADA signage designed to meet current accessibility standards and project requirements.

ADA Sign Care: How to Clean Acrylic Signs

ADA Sign Care: How to Clean Acrylic Signs

By Mike Shabluk | May 7, 2024
If your building has ADA signs, there’s a good chance they’re made from acrylic. It’s one of the most affordable, durable, and low-maintenance materials used for interior ADA signage. Even so, acrylic signs still require routine care to maintain their appearance and readability.
Whether you’ve recently installed new signs or you’ve noticed existing displays collecting fingerprints, dust, and scuff marks, knowing how to clean acrylic signs properly can help extend their lifespan and keep them looking professional.
Before discussing the cleaning process itself, it’s worth understanding why ADA sign maintenance matters in the first place.

Why ADA Sign Care & Maintenance Matters

Many organizations assume their work is finished once they order and mount ADA signage. In reality, signage is no different than any other feature in a facility. It needs routine maintenance to continue serving its intended purpose.
A small amount of dirt or a few scratches may seem insignificant, but neglected signs can create several problems over time.

Signs in Poor Condition Can Be Difficult to Read

When signs accumulate dust, smudges, dirt, and scuff marks, they become harder to read. For people with limited vision, even minor visibility issues can impact their ability to navigate a facility effectively.
The purpose of ADA signs is to provide accessible information. Keeping them, clean helps ensure they continue to serve that function.

Lack of Sign Maintenance Can Create a Negative Impression

The condition of your facility influences how visitors perceive your organization, and signage is part of that experience.
A FedEx Office® survey found that 68% of consumers believe signage reflects the quality of a business’s products or services. Worn, stained, or neglected signs can leave an unfavorable impression that may affect how people view your organization.

Sign Maintenance Helps Protect Your Investment

Even budget-friendly ADA signage represents an investment. Most organizations want signage that performs well for years, not months.
Regular cleaning helps prevent premature wear, reducing the likelihood that signs will need to be replaced sooner than expected.

Well-Maintained Facilities Support Employee Morale

Your employees spend more time in your facility than anyone else. When signs and other building features appear neglected, it can suggest a lack of attention to the workplace environment.
While signage alone won’t determine employee satisfaction, maintaining a clean, professional facility contributes to a more positive atmosphere.

How to Clean Acrylic Signs Properly

The good news is that cleaning acrylic ADA signs is relatively simple. While facilities with dozens of signs may require a little extra time, the process itself is straightforward.
Proper acrylic sign care comes down to four key factors:
  • Using the right tools
  • Following the correct cleaning process
  • Cleaning signs regularly
  • Avoiding materials and practices that can damage acrylic
Note: The guidance below applies to interior acrylic signage. Exterior signs may require different cleaning methods depending on their size, location, and construction.

What Tools You Need

Before getting started, gather the appropriate cleaning supplies. Most of these items are commonly available, though some facilities may choose to keep specialty products on hand for deeper cleaning.
Recommended tools include:
  • Soft cloth – A microfiber cloth or gentle sponge works best for cleaning and drying acrylic surfaces.
  • Mild soap or detergent – Use a non-citrus dish soap when water alone won’t remove dirt and grime.
  • Lukewarm water – Clean, room-temperature water is ideal.
  • Cotton swabs – Helpful for grooves, edges, and spaces around tactile characters.
  • Compressed air – Useful for removing dust from engraved areas and hard-to-reach spots.
  • Gloves (optional) – Can help protect your hands during cleaning.

What Steps to Follow

Once you have the proper supplies, you’re ready to begin.

1. Remove Surface Debris

Use compressed air to clear dust and loose debris from engraved areas, tactile lettering, and other detailed sections of the sign.

2. Wash the Sign

Dampen a microfiber cloth with a mixture of mild soap and lukewarm water. Gently wipe the sign using circular motions to remove fingerprints, dirt, grease, and buildup.

3. Clean Detailed Areas

If dirt remains in grooves or around tactile characters, carefully clean those areas with a cotton swab.

4. Blot the Sign Dry

Using a dry microfiber cloth or the dry side of your cleaning cloth, gently blot the sign until all moisture is removed.
Avoid aggressive rubbing, which can leave streaks or create scratches on the acrylic surface.

How Often to Clean Signs

For most facilities, cleaning acrylic ADA signs every three months is sufficient.
However, signs located in high-traffic areas may require more frequent cleaning because they are exposed to additional fingerprints, smudges, and handling.
As a general rule, reviewing signage condition as part of a quarterly facility maintenance schedule is usually enough to keep displays looking their best.

What Practices to Avoid

Knowing how to clean acrylic signs is only half the equation. It’s equally important to avoid practices that can damage the material. 
Here are some common mistakes to avoid:
  • Don’t use paper towels, steel wool, abrasive brushes, or other rough cleaning materials.
  • Don’t use cleaners that contain ammonia, citrus, or other harsh chemicals.
  • Don’t apply glass cleaners, degreasers, or kitchen cleaning products to acrylic surfaces.
  • Don’t scrub aggressively. Use gentle circular motions instead.
  • Don’t leave moisture on the sign after cleaning. Always dry the surface completely.
  • Don’t wipe acrylic signs with a dry cloth, as trapped particles can scratch the surface.
  • Don’t apply polish without testing it first. Some products can leave a glossy finish that may not meet ADA requirements.
Although acrylic is highly durable, it still requires careful handling. Using soft materials and mild cleaning products helps preserve the appearance and performance of your signage for years to come.

Takeaway

Installing ADA signs is only the first step. Ongoing maintenance helps keep signage readable, professional, and accessible for building occupants and visitors.
Fortunately, acrylic ADA signs require very little upkeep. With the right cleaning supplies, proper techniques, and a simple maintenance schedule, you can keep your signage in excellent condition while protecting your investment.
If you have questions about acrylic ADA signage or need guidance on selecting the right signs for your project, the team at Erie Custom Signs is always available to help.

UV-3D Printing: The Next Generation of ADA Sign Fabrication

UV-3D Printing: The Next Generation of ADA Sign Fabrication

By Mike Shabluk | April 25, 2023
Over the years, the way we design and create ADA signage has evolved significantly. New technologies have made sign fabrication faster, more efficient, and more reliable. While traditional UV direct printing has been a go-to process for many sign shops, a newer method – UV-3D printing is quickly gaining attention.
If you’re unfamiliar with UV-3D printing, now is a great time to learn about it. This technology combines the speed of UV printing with the dimensional capabilities needed for tactile signage, making it a strong solution for ADA sign fabrication.

What Is UV-3D Printing?

UV-3D printing is a process that combines the fast-curing properties of UV printing with the layering capabilities of 3D printing. UV-hardening ink is applied to a substrate in multiple layers, with each layer cured before the next is added. The finished result is a durable, dimensional element permanently adhered to the sign surface.
In simple terms, UV-3D printing is a layered printing process.
For ADA signage, those layers can be used to create:
  • Raised text and numbers
  • Braille
  • Detailed graphics
  • Decorative textures

How Is UV-3D Printing Different from Traditional UV Printing?

As mentioned above, UV-3D printing is the next evolution of UV printing. The key difference is that traditional UV printing typically deposits a single layer of ink, while UV-3D printing builds multiple layers to create noticeable height and texture.
Because of this, UV-3D printing is ideal for applications where tactile elements and dimension are required, such as ADA signage.
The equipment also differs. Standard UV printing is completed with a UV direct printer, while UV-3D printing requires specialized UV-LED printers capable of building dimensional layers that meet ADA requirements.

What Equipment and Materials Are Needed for UV-3D Printing Signs?

The equipment used for UV-3D printing shares some similarities with traditional UV printing, but several components are essential for producing ADA-compliant signage.

Material substrate

As with any sign project, selecting the right substrate is critical. One advantage of UV-3D printing is its ability to create raised characters, graphics, and textures on a variety of surfaces.
For ADA signage, durable materials such as acrylic and laminate are among the most common choices.

UV-hardening ink

The ink used in the printing process plays a central role in the final result. To create tactile elements, the ink must be formulated to build vertically in layers while maintaining durability.
It’s also important to use ink approved for the specific printer being used. Many manufacturers offer both rigid and flexible ink options to accommodate different substrates.

Design program

A compatible design program is needed to develop layouts that meet ADA requirements. Not every design platform is suitable for UV-3D printing.
The software should allow precise control over dimensional elements and work seamlessly with the printer’s production workflow.

Specialty printer

UV-3D printing requires a specialized UV-LED printer designed to build layers of UV-hardening ink to specific heights.
It’s worth noting that relatively few printers currently offer the capabilities necessary to produce ADA-compliant Braille and tactile signage consistently.

The Collaboration Between Direct Color Systems and MUTOH

Direct Color Systems (DCS) is a leading manufacturer of UV-LED inkjet printers and holds a patent related to the production of direct-to-substrate ADA-compliant Braille signage.
For years, only select DCS printers were capable of reliably producing UV-printed ADA signs. That changed in April 2022 when DCS announced a collaboration with MUTOH America, Inc., a recognized manufacturer of wide-format printers, cutters, inks, and accessories.
This collaboration allows MUTOH to offer UV-LED printers that can be used for ADA and Braille sign production utilizing DCS intellectual property.
Tom Kaplinski, President of DCS, stated:
“This collaboration recognizes the importance of DCS intellectual property relating to technology for producing ADA-compliant Braille signage and enables MUTOH to promote and sell their own line of printing equipment through their distribution channels and to their end-users.”
At Erie Custom Signs, we’re excited to have a new MUTOH XpertJet 661 UF printer in our shop for UV-3D printing ADA signage.

Why Is UV-3D Printing Ideal for ADA Signage?

Like traditional UV printing, UV-3D printing can be applied across a wide range of projects. However, its ability to produce tactile elements makes it especially valuable for ADA signage.
Creating ADA-compliant signs requires precision, and errors can create challenges for both sign providers and end users. Working with a fabricator that has UV-3D printing capabilities can help ensure a reliable, finished product.
Here are some of the reasons UV-3D printing is particularly well-suited for ADA signage.

1. It requires less material and equipment than other processes.

UV-3D printing is an additive manufacturing process, meaning material is built up rather than removed.
Unlike fabrication methods such as photopolymer or Raster® Braille, UV-3D printing allows multiple ADA components—including Braille and tactile text—to be produced with a single machine. This can simplify production and reduce the need for additional equipment.

2. It can produce raised elements in a wide range of colors.

Specialized DCS and MUTOH printers can create tactile text, graphics, and other dimensional elements in various colors.
Many systems can also print white ink, giving sign shops greater flexibility when matching client branding or interior design requirements.

3. It offers greater durability.

Because raised elements are built directly onto the substrate, they become an integrated part of the sign surface.
As a result, tactile features are less susceptible to chipping, damage, or wear. For clients concerned about longevity, this added durability is a significant advantage.

4. Production is faster than many traditional methods.

One of the biggest benefits of UV-3D printing is efficiency.
Since the ink cures instantly and fewer fabrication steps are involved, production can move much faster than with some conventional ADA sign manufacturing methods. Faster production often means shorter lead times for clients.

5. It helps support ADA compliance.

When used with properly configured DCS or MUTOH equipment, UV-3D printing can make it easier to achieve required tactile character heights and Grade 2 Braille specifications.
This helps sign professionals produce ADA-compliant signage with greater consistency and confidence.

Takeaway

ADA sign fabrication continues to evolve, and UV-3D printing represents one of the most significant advancements in recent years. By combining dimensional printing capabilities with the speed and efficiency of UV technology, it offers a streamlined approach to producing durable, ADA-compliant signage.
For sign shops looking to expand their ADA signage offerings without investing in specialized equipment, partnering with an experienced wholesale fabricator can be a practical solution.
If you’d like to learn more about incorporating UV-3D printed ADA signs into your projects, reach out to our team. We’re always happy to help trade partners find the right solution for their clients.

FAQ

What is UV-3D printing?

UV-3D printing is a process that builds layers of UV-curable ink on a substrate to create raised text, Braille, graphics, and textures.

Can UV-3D printing be used for ADA signage?

Yes. Specialized UV-LED printers can produce tactile lettering and Grade 2 Braille used in ADA-compliant signage.

What materials can be used with UV-3D printing?

Common ADA sign substrates include acrylic and laminate, though the technology can be used on many rigid materials.

How is UV-3D printing different from traditional UV printing?

Traditional UV printing typically applies a single layer of ink, while UV-3D printing builds multiple layers to create dimensional and tactile elements.

Why are sign shops interested in UV-3D printing?

The process can reduce production complexity, increase durability, speed up manufacturing, and support ADA compliance requirements.

Top 10 Indoor ADA Signs Every School Campus Needs

Top 10 Indoor ADA Signs Every School Campus Needs

Guiding individuals through touch and sight.
Creating an accessible school environment means ensuring every student, staff member, and visitor can confidently navigate your campus, especially inside buildings. Indoor ADA signage plays an important role in supporting accessibility, improving wayfinding, and helping educational facilities meet ADA requirements.
At Erie Custom Signs, our mission is “Guiding Individuals through Sight and Touch.” We specialize in high-quality indoor ADA signage that helps schools create more accessible, welcoming environments while simplifying the signage planning process.
Here are the top 10 indoor ADA signs every school campus should consider.

1. Classroom Identification Signs

Why it matters:
Classrooms are where learning happens, and clear, tactile signage helps students, staff, and visitors quickly identify the correct room.
Look for:
  • Raised tactile letters with Grade 2 Braille
  • High-contrast colors and non-glare finishes
  • Installation on the latch side of the door, typically 48 to 60 inches above the floor
How we help:
We provide classroom signs designed to meet ADA standards and help schools determine the right specifications for each space.

2. Restroom Signs

Why it matters:
Restrooms require clear identification, including pictograms, tactile text, and the International Symbol of Accessibility (ISA) where applicable.
Look for:
  • Door-mounted and wall-mounted signage where required
  • Raised tactile text and Braille
  • Pictograms at least 6 inches tall
How we help:
We guide schools through available signage options and provide durable restroom signs designed to support ADA compliance goals.

3. Exit Signs

Why it matters:
Clearly marked exits are essential for safety and can help occupants navigate emergency evacuation routes.
Look for:
  • Raised tactile text and Braille
  • Consistent, visible placement at exit doors
How we help:
We supply ADA-compliant exit signage that supports both accessibility and emergency preparedness plans.

4. Elevator & Stairwell Signs

Why it matters:
Elevators and stairwells are key navigation points, particularly for individuals with mobility or visual impairments.
Look for:
  • Floor-level markers featuring tactile characters and Braille
  • Stairwell identification signs with clear location and exit information
How we help:
We help specify the signage needed to support ADA recommendations and inspection requirements.

5. Office and Administrative Signs

Why it matters:
Spaces such as the principal’s office, nurse’s office, counseling offices, and administrative departments should be clearly identified to promote independent navigation.
Look for:
  • Raised tactile text and Braille
  • Consistent design and mounting throughout the facility
How we help:
We provide signage recommendations and layout guidance to create a cohesive, accessible signage program.

6. Accessible Entrance Signs (Indoor Directional Signage)

Why it matters:
When the accessible entrance is not the primary entrance, directional signage helps visitors locate accessible routes quickly and confidently.
Look for:
  • ISA symbols combined with clear directional arrows
  • Easy-to-read messaging and consistent placement
How we help:
We design indoor directional signage that supports wayfinding and improves the visitor experience.

7. Cafeteria and Common Area Signs

Why it matters:
Shared spaces such as cafeterias, libraries, gyms, and media centers should be easy for everyone to identify and access.
Look for:
  • Tactile lettering and Braille
  • Glare-free finishes and strong contrast
  • Consistent visual design across campus
How we help:
We provide signage solutions that align with both accessibility goals and facility branding standards.

8. Directional and Wayfinding Signs

Why it matters:
Wayfinding signage helps students, staff, parents, and visitors move efficiently throughout hallways, intersections, and larger facilities.
Look for:
  • Clear arrows, room numbers, and directional information
  • Tactile and Braille elements where appropriate
  • Placement at major decision points
How we help:
We create ADA-friendly wayfinding systems tailored to your school’s layout and traffic flow.

9. Emergency Shelter and Safe Room Signs

Why it matters:
In an emergency, occupants must be able to identify shelters and designated safe areas quickly.
Look for:
  • Tactile and Braille signage
  • High visibility and easy-to-understand messaging
  • Consistent placement throughout the facility
How we help:
Our signs support accessibility initiatives while helping schools strengthen their emergency preparedness efforts.

10. Training and Multi-Purpose Room Signs

Why it matters:
Rooms that serve multiple functions should be clearly identified so students, staff, and visitors can easily locate them.
Look for:
  • Raised tactile characters and Braille
  • Room identification that reflects intended use when appropriate
How we help:
We provide flexible signage options that can adapt to changing room functions and facility needs.

Why Indoor ADA Signage Matters in Schools

ADA signage does more than help facilities meet accessibility requirements. It improves the overall experience for students, staff, parents, and visitors by making buildings easier to navigate and more welcoming to everyone.
A consistent signage program can also simplify maintenance, renovations, and campus-wide wayfinding efforts.

Frequently Asked Questions

What ADA signs are required in a school?

Most schools use ADA-compliant signs for permanent rooms and spaces such as classrooms, restrooms, offices, stairwells, elevators, and other identified areas.

Do classroom signs need Braille?

Permanent room identification signs are generally required to include tactile characters and Grade 2 Braille in accordance with ADA standards.

Where should ADA signs be mounted?

Many ADA room identification signs are mounted on the latch side of the door and placed within the required mounting height range. Specific applications may vary.

What is the difference between directional and identification signs?

Identification signs label a specific room or space, while directional signs help users find their destination.

Your Next Step

Planning ADA signage for a school campus can feel overwhelming, especially when multiple buildings, renovations, or accessibility requirements are involved.
That’s where Erie Custom Signs can help. We work with schools, architects, contractors, and facilities teams to simplify the specification process and provide high-quality indoor ADA signage tailored to each project.

What Are Standoff Signs?

What Are Standoff Signs?

Standoff signs are architectural signs that are mounted using specialized hardware called standoffs, which create space between the sign and the wall. Instead of sitting flush against the mounting surface, the sign appears to “float,” giving it a clean, modern, three-dimensional appearance.

Each standoff consists of a barrel, cap, and wall anchor or screw that securely holds the sign in place while maintaining a consistent gap between the wall and the sign. This mounting method is popular in offices, healthcare facilities, educational buildings, hotels, and other commercial environments where appearance and durability are equally important.


What standoff-mounted signs are commonly used for:

  • Office identification signs
  • Conference room signs
  • Lobby directories
  • Wayfinding signage
  • Reception signs
  • Donor recognition displays
  • ADA-compliant room identification signs

Their sleek appearance makes them an excellent choice for businesses looking to create a polished and professional environment.

Benefits of Standoff Signs

Modern, Professional Appearance

One of the biggest advantages of standoff signs is their distinctive floating effect. By extending slightly away from the wall, these signs create depth and visual interest that traditional wall-mounted signs cannot achieve.

This architectural look complements modern offices, medical facilities, universities, hotels, and corporate buildings while enhancing your overall branding.

Durable and Secure Installation

Unlike signs mounted with adhesives or tape, standoff signs are mechanically fastened to the wall.

This mounting method provides:

  • Excellent long-term durability
  • Greater resistance to accidental damage
  • Secure installation in high-traffic areas
  • Reduced maintenance over time

Because the hardware evenly supports the sign, it helps minimize movement and wear.

Easy Installation

Standoff hardware is designed for straightforward installation.

Most signs are fabricated with pre-drilled mounting holes that align with the hardware, making installation faster and more consistent. Whether installed by maintenance staff, contractors, or professional installers, standoff systems provide a clean, secure mounting solution.

Cost-Effective Long-Term Value

Although standoff signs often provide a more premium appearance than traditional wall-mounted signs, they remain an affordable option for many commercial applications.

Their durability, professional appearance, and minimal maintenance requirements make them an excellent long-term investment.

Common Applications for Standoff Signs

Standoff-mounted signs are used throughout commercial facilities, including:

  • Corporate offices
  • Medical facilities
  • Hospitals
  • Universities
  • Government buildings
  • Hotels
  • Apartment communities
  • Professional office buildings

Popular applications include:

  • Room identification signs
  • Office nameplates
  • Department signs
  • Directional signs
  • Building directories
  • Lobby displays
  • Brand and logo displays

Are Standoff Signs ADA Compliant?

Yes. Standoff-mounted signs can absolutely be ADA compliant when they are designed and installed according to ADA standards.

The mounting hardware itself does not affect ADA compliance. Instead, compliance depends on the sign meeting the ADA requirements for:

  • Raised tactile lettering
  • Grade 2 Braille
  • Character height
  • Color contrast
  • Non-glare finish
  • Font selection
  • Proper mounting location and height

Working with an experienced ADA sign manufacturer helps ensure every required element meets current accessibility standards.

Why Choose Erie Custom Signs for Standoff Signs?

Erie Custom Signs specializes in manufacturing ADA-compliant signage that combines accessibility with professional design.

Our team stays current with evolving ADA standards and industry best practices to help customers confidently specify compliant signage for commercial projects.

Our standoff-mounted signs offer:

  • 100% ADA-compliant designs
  • High-quality materials
  • Custom colors and finishes
  • Logo integration
  • Professional architectural appearance
  • Fast turnaround times
  • Responsive customer support

Need something unique? We can customize your standoff signage with branded colors, engraved logos, specialty materials, and decorative edge options while maintaining ADA compliance whenever required.

 

Whether you’re outfitting a single office or an entire facility, Erie Custom Signs offers multiple architectural sign series to match your project’s style and budget.

Browse our collections, request a custom quote, or contact our team to find the right ADA-compliant standoff signage solution for your next project.

Frequently Asked Questions

What is a standoff sign?

A standoff sign uses specialized mounting hardware to create a small gap between the sign and the wall, giving it a modern, floating appearance.

Are standoff signs durable?

Yes. Standoff signs use mechanical mounting instead of adhesives, providing exceptional durability for commercial environments.

Can ADA signs use standoff hardware?

Yes. ADA signs may use standoff mounting hardware as long as the sign itself meets ADA requirements for tactile lettering, Braille, contrast, finish, character sizing, and mounting location.

Where are standoff signs commonly used?

Businesses install standoff signs in offices, hospitals, schools, hotels, government buildings, apartment communities, and other commercial facilities

Can standoff signs be customized?

Yes. Choose from custom logos, colors, materials, finishes, and architectural hardware to create standoff signs that complement your brand while maintaining a clean, professional appearance.