Acrylic Laser Cutting & Engraving Machines

For signs, displays, lettering, and custom products.

Cut and engrave acrylic for custom signs, dimensional lettering, retail displays, décor, personalized products, and more. Whether you’re creating one-off custom pieces or adding acrylic products to your business, AP Lazer CO2 machines give you the precision and flexibility to bring your designs to life.

AP Lazer’s convertible design and Low Rider technology give you added freedom for larger and unusually sized projects. Position material beneath the laser and work beyond the fixed boundaries of a traditional enclosed machine.

Acrylic Cutting & Engraving

Cut and Engrave Acrylic with One Machine

An AP Lazer can handle both acrylic cutting and engraving, giving your business more flexibility without requiring separate equipment for different applications.

Cut acrylic shapes and letters, then engrave graphics, text, logos, or detailed artwork on the same machine.

Feature highlights:

Cut acrylic beyond size limits

Designed for Acrylic Cutting Beyond the Limits of an Enclosed Laser

01

Convertible Design

Traditional enclosed laser cutters can limit what you can place inside the machine. AP Lazer’s convertible design allows you to position the laser head over the material, making it possible to work with large, oversized, heavy, or assembled objects.

This flexibility is especially useful when your acrylic project is larger than the available workspace of a conventional enclosed laser.

02

Low Rider Technology

AP Lazer’s Low Rider technology allows the laser head to move close to the floor, making it easier to work with large materials that would be difficult or impossible to load into a conventional laser enclosure.

Position your acrylic sheet, panel, sign, or oversized project where it needs to be and bring the laser to the material.

Acrylic Applications

What can you make with an acrylic laser cutter?

Cast vs. Extruded Acrylic

Cast or Extruded Acrylic: Which Should You Use?

Both cast and extruded acrylic can be processed with a CO₂ laser, but the right choice depends on your application and the finish you want to achieve. Understanding the differences can help you choose the best acrylic for laser cutting, engraving, and fabrication.

Ideal for Engraving

Cast Acrylic

Cast acrylic is often preferred for laser engraving because it produces a frosted, high-contrast finish when engraved. This makes engraved designs, text, logos, and graphics stand out clearly. Cast acrylic is also suitable for laser cutting and is available in a wide variety of colors, finishes, and thicknesses.

Ideal for Cutting

Extruded Acrylic

Extruded acrylic is well suited for laser cutting and produces clean, smooth cuts with a flame-polished edge. Its consistent thickness makes it a popular choice for applications where a smooth, finished edge is important. Extruded acrylic can also be laser engraved, although the engraving appearance can differ from cast acrylic.

acrylic laser cutting tutorial

How to Laser Cut Multi-Layered Acrylic Sign

1. Design Your Sign

Create your sign layout with letters, logos, shapes, and graphics. Separate each layer by color, size, or design element for an easy cutting process.

2. Prepare the Acrylic

Select the acrylic sheets for each layer and position them securely for cutting. Different colors and thicknesses can be combined to create contrast and dimension.

3. Laser Cut the Layers

Use an acrylic laser cutting machine to precisely cut each layer according to your digital design. The laser can create detailed shapes, lettering, and custom edges.

4. Assemble the Sign

Align the individual acrylic layers and attach them together to create a dimensional, multi-layered design.

5. Finish & Display

Clean and inspect the finished sign, then add mounting hardware or other finishing touches before displaying or installing your custom acrylic sign.

Why AP Lazer

Why Choose an AP Lazer Acrylic Cutting Machine?

01

Open-Architecture and Low-Rider Design

Work with large, oversized, and difficult-to-position acrylic projects that may not fit inside a conventional enclosed laser.

02

Acrylic Laser Cutting & Engraving

Use one laser system for both cutting and engraving, giving you greater flexibility across different acrylic projects.

03

CO2 + MOPA Fiber Options

CO2 and MOPA Fiber capabilities allow your business to work with additional compatible materials and expand into new product categories.

04

24/7/365 Technical Support

Get help with machine operation, laser settings, software, maintenance, and troubleshooting from AP Lazer’s technical support team, available 24/7/365.

05

Training & Education

Build your laser skills with hands-on training and resources designed to help you get more from your machine.

06

Complete Business Solution

Get the equipment, training, software, and support needed to put your laser to work and grow your capabilities.

Dual Laser Machine Options

Find Your AP Lazer Dual Laser Machine

Which Laser Machine Is Right for Your Business?

 Tell us what you want to create and we’ll recommend the right machine to get you started.

Get Your Answers

Acrylic Laser Cutting Machine FAQs

Yes. CO2 lasers are commonly used for cutting and engraving acrylic. AP Lazer CO2 systems can cut and engrave acrylic for applications including signs, letters, displays, awards, décor, and custom products.

Acrylic laser cutters can be used to create signs, letters, logos, displays, awards, plaques, décor, ornaments, personalized products, prototypes, and custom acrylic components.

Yes. AP Lazer machines can engrave acrylic with text, logos, photographs, graphics, artwork, and other digital designs.

Yes. AP Lazer CO2 systems can work with a wide range of non-metal materials, including acrylic, wood, plastics, glass, stone, and more. Dual-laser configurations add MOPA fiber capabilities for metal applications.

Both technologies can cut acrylic, but they use different cutting processes. A laser uses a focused beam to cut and engrave without physical cutting tools. AP Lazer's open-architecture design also provides flexibility for working with large or difficult-to-position materials.