Acrylic Laser Cutter
The Acrylic Laser Cutting Machine is specifically designed for both cutting and engraving acrylic.
It comes in a variety of working table sizes, ranging from 600mm x 400mm to 1300mm x 900mm, and even up to 1300mm x 2500mm.
Our acrylic laser cutters are versatile enough to handle a wide range of applications, including signs, furniture, crafts, lightboxes, and medical instruments. With high precision and fast cutting speeds, these machines greatly enhance productivity in acrylic processing.
Laser Cutting Acrylic: Thickness to Cutting Speed Reference Sheet
What would be your Application?
For Acrylic Thickness: 3mm - 15mm
For home use, hobby, or beginner, the F-1390 is a good choice with a compact size and excellent cutting and engraving capacity.
For Acrylic Thickness: 20mm - 30mm
For mass production and industrial use, the F-1325 is more suitable, with higher cutting speed and a larger working format.
| Model | Working Table Size (W*L) | Laser Power | Machine Size (W*L*H) |
| F-1390 | 1300mm*900mm | 80W/100W/130W/150W/300W | 1900mm*1450mm*1200mm |
| F-1325 | 1300mm*2500mm | 150W/300W/450W/600W | 2050mm*3555mm*1130mm |
Technical Specification
| Laser Source | CO2 Glass Laser Tube/ CO2 RF Laser Tube |
| Max Cutting Speed | 36,000mm/Min |
| Max Engraving Speed | 64,000mm/Min |
| Motion Control System | Step Motor/Hybrid Servo Motor/Servo Motor |
| Transmission System | Belt Transmission/ Gear & Rack Transmission/Ball Screw Transmission |
| Working Table Type | Honeycomb Table/ Knife Strip Table/ Shuttle Table |
| Laser Head Upgrade | Conditional 1/2/3/4/6/8 |
| Positioning Precision | ±0.015mm |
| Minimum Line Width | 0.15mm - 0.3mm |
| Cooling System | Water Cooling & Fail Safe Protection |
| Supported Graphic Format | AI, PLT, BMP, DXF, DST, TGA, etc |
| Power Source | 110V/220V (±10%), 50HZ/60HZ |
| Certifications | CE, FDA, ROHS, ISO-9001 |
Interested in Acrylic Laser Cutter?
E-mail: info@mimowork.com
WhatsApp: [+86 173 0175 0898]
Different Lens for Acrylic Cutting
(Based on Industry Standards for Machines in the 40 W to 150 W Power Range)
Focal Lens & Cutting Thickness for Acrylic Reference Sheet
Additional Information
About Focal Length and Cutting Thickness
If the Power is Higher, the Maximum Thickness can be Increased; if the Power is Lower, the Thickness should be Adjusted Downward Accordingly.
A Shorter Focal Length means a Smaller Spot Size & Narrower Heat-Affected Zone, Resulting in Finer Cuts.
However, it has a Shallow Depth of Focus, Making it Suitable only for Thin Materials.
A Longer Focal Length Results in a Slightly Larger Spot Size and a Deeper Depth of Focus.
This Keeps the Energy more Directed within Thicker Materials, Making it Suitable for Cutting Thick Sheets, but with Less Precision.
The Actual Cutting Thickness Varies based on Laser Power, Assist Gas, Material Transparency & Processing Speed.
The Table Provides a Reference for “Standard Single-Pass Cutting.”
If you Need to Both Engrave and Cut Thick Sheets, Consider using Dual Lenses or Interchangeable Lens Systems.
Make sure to Reset the Focal Height before Cutting.
Frequently Asked Questions (FAQ) About Acrylic Laser Cutting
To prevent burn marks when laser cutting acrylic, use a suitable working table, such as a knife strip or pin table.
(Learn more about Different Working Table for Laser Cutting Machine)
This minimizes contact with the acrylic and helps avoid back reflections that can cause burns.
Additionally, reducing the airflow during the cutting process can keep the edges clean and smooth.
Since laser parameters significantly impact the cutting results, it's best to conduct tests before the actual cutting.
Compare the outcomes to determine the most effective settings for your project.
Yes, laser cutters are very effective for engraving on acrylic.
By adjusting the laser power, speed, and frequency, you can achieve both engraving and cutting in a single pass.
This method allows for the creation of intricate designs, text, and images with high precision.
Laser engraving on acrylic is versatile and commonly used for various applications, including signage, awards, decorations, and personalized products.
To minimize fumes when laser cutting acrylic, it's important to use effective ventilation systems.
Good ventilation helps quickly remove fumes and debris, keeping the acrylic surface clean.
For cutting thinner acrylic sheets, such as those with a thickness of 3mm or 5mm, applying masking tape to both sides of the sheet before cutting can help prevent dust and residue from accumulating on the surface.
CNC routers use a rotating cutting tool to physically remove material, making them suitable for thicker acrylic (up to 50mm), although they often require additional polishing.
In contrast, laser cutters use a laser beam to melt or vaporize the material, providing higher precision and cleaner edges without the need for polishing. This method is best for thinner acrylic sheets (up to 20-25mm).
In terms of cutting quality, the fine laser beam of a laser cutter results in more precise and cleaner cuts compared to CNC routers. However, when it comes to cutting speed, CNC routers are generally faster than laser cutters.
For engraving acrylic, laser cutters outperform CNC routers, delivering superior results.
(Learn more about Acrylic Cutting and Engraving: CNC VS. Laser Cutter)
Yes, you can laser cut oversized acrylic signage with a laser cutter, but it depends on the machine's bed size.
Our smaller laser cutters have pass-through capabilities, enabling you to work with larger materials that exceed the bed size.
For wider and longer acrylic sheets, we offer a large-format laser cutting machine with a working area of 1300mm x 2500mm, making it easy to handle large acrylic signage.