Acrylic Laser Engraver
Acrylic Laser Engraving Machine
A CO2 laser engraver is the ideal choice for engraving acrylic due to its precision and versatility.
Unlike CNC bits, which can be slow and may leave rough edges, they also allow for faster processing times compared to diode lasers, making them more efficient for larger projects.
It easily handles detailed designs, making it perfect for personalized items, signage, and intricate artwork.
CO2 lasers operate at a wavelength that acrylic absorbs efficiently, resulting in vibrant, high-quality engravings without damaging the material.
If you're looking to achieve professional results in acrylic engraving, a CO2 laser engraver is the best investment for your needs.
What would be your Application?
Model: F-6040
Model: F-1060
Model: F-1390
| Model | Laser Power | Machine Size (W*L*H) |
| F-6040 | 60W | 1400mm*915mm*1200mm |
| F-1060 | 60W/80W/100W | 1700mm*1150mm*1200mm |
| F-1390 | 80W/100W/130W/150W/300W | 1900mm*1450mm*1200mm |
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 |
| Transmission System | Belt Transmission/ Gear & Rack Transmission |
| Working Table Type | Honeycomb Table/ Knife Strip 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 Engraver?
E-mail: info@mimowork.com
WhatsApp: [+86 173 0175 0898]
Optional Upgrade Options
Laser Positioning System (LPS)
LPS - Dot Guidance Mode
LPS - Line Guidance Mode
LPS - Cross Guidance Mode
The laser positioning and alignment system is designed to eliminate any misalignment issues between your material and the cutting path. It uses a harmless low-power laser to provide clear visual guidance, ensuring accurate placement for your engravings.
Installing the laser positioning and alignment system on your CO2 laser engraver enhances precision and confidence in your work, making it easier to achieve perfect engravings every time.
The system projects a laser light directly onto your material, so you’ll always know exactly where your engraving will start.
Choose from three different modes: simple dot, straight line, or guidance cross.
Depending on your engraving needs.
Fully compatible with your software, the system is ready to assist you whenever you need help with alignment.
Auto Focus System
The auto-focus device is a smart upgrade for your acrylic laser cutting machine. It automatically adjusts the distance between the laser head and the material, ensuring optimal performance for every cut and engraving.
By adding an auto-focus feature to your CO2 laser engraver, you streamline your setup process and ensure top-notch results, making your projects easier and more effective.
The device accurately finds the best focal length, resulting in consistent and high-quality results across all projects.
With automatic calibration, you no longer need to manually set the focus, making your workflow faster and more efficient.
Enjoy better precision in your work, enhancing the overall quality of your laser cutting and engraving.
Lifting Table (Platform)
The lifting table is a versatile component designed for engraving acrylic items of varying thicknesses. It allows you to easily adjust the working height to accommodate different workpieces.
Installing a lifting table on your CO2 laser engraver enhances its flexibility, allowing you to work with various acrylic thicknesses and achieve high-quality engravings with ease.
The table can be raised or lowered, ensuring that your materials are positioned perfectly between the laser head and the cutting bed.
By adjusting the height, you can easily find the ideal distance for laser engraving, resulting in better precision and quality.
Quickly adapt to different projects without the need for complicated adjustments, saving you time and effort.
Rotary Device Attachment
The rotary device is an essential attachment for engraving cylindrical items. It allows you to achieve consistent and precise engravings on curved surfaces, ensuring a high-quality finish.
By adding a rotary device to your CO2 laser engraver, you can expand your capabilities to include high-quality engravings on cylindrical objects, enhancing the versatility and precision of your projects.
The rotary device ensures a smooth and even engraving depth around the entire circumference of the item, eliminating inconsistencies.
Simply plug the device into the appropriate connections, and it converts the Y-axis movement into rotary motion, making setup quick and straightforward.
Perfect for engraving on a variety of cylindrical materials, such as bottles, mugs, and pipes.
Shuttle Engrave Table
The shuttle table, also known as a pallet changer, streamlines the process of loading and unloading materials for laser cutting.
Traditional setups can waste valuable time, as the machine must stop completely during these tasks. This can lead to inefficiencies and increased costs.
With its efficient design, you can maximize your machine's capabilities and improve overall workflow.
The shuttle table allows for continuous operation, minimizing downtime between loading and cutting processes. This means you can complete more projects in less time.
Its pass-through structure enables materials to be transported in both directions, making it easier to load and unload efficiently.
Available in various sizes to fit all MimoWork laser cutting machines, ensuring compatibility with your specific needs.
Servo Motor & Ball Screw Module
A servomotor is a precise motor system that uses feedback to control its movement. It receives a signal—either analog or digital—that tells it where to position the output shaft.
By comparing its current position to the desired position, the servomotor makes adjustments as needed. This means it can quickly and accurately move the laser to the right spot, enhancing both the speed and precision of your laser cutting and engraving.
Servomotor ensures exact positioning for detailed engraving, while quickly adjusts to changes, improving efficiency.
A ball screw is a mechanical component that converts rotational motion into linear motion with minimal friction. It consists of a threaded shaft and ball bearings that move smoothly along the threads.
This design allows the ball screw to handle heavy loads while maintaining high accuracy.
Ball Screw enhances speed and efficiency during operation. In addition, it can manage demanding tasks without compromising performance.
Frequently Asked Questions (FAQ) About Acrylic Laser Engraving
To prevent burn marks while engraving acrylic with a CO2 laser, consider the following tips:
Find the Correct Focal Length:
Ensuring the correct focal length is crucial for achieving a clean engraving. This helps focus the laser precisely on the acrylic surface, minimizing heat buildup.
Adjust Airflow:
Lowering the airflow during the engraving process can help maintain clean and smooth edges, preventing excessive heat.
Optimize Laser Settings:
Since laser parameters greatly affect engraving quality, perform test engravings first. This allows you to compare results and find the optimal settings for your specific project.
By following these practices, you can achieve high-quality engravings without unsightly burn marks, enhancing the final appearance of your acrylic projects.
Yes, laser engravers can be used for cutting 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 engraving acrylic, it's important to use effective ventilation systems.
Good ventilation helps quickly remove fumes and debris, keeping the acrylic surface clean.
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 engrave oversized acrylic sheets with a laser engraver, but it depends on the machine's bed size.
Our smaller laser engraver has pass-through capabilities, enabling you to work with larger materials that exceed the bed size.
For wider and longer acrylic sheets, we offer larger-format laser engraving machines with an upgraded working area. Contact us for tailored designs and customized solutions for industrial settings.