Overview
The L-series CO₂ Acrylic Laser Cutting Machines offer a versatile power range from 80W to 500W, specifically optimized for clean, precise cutting of acrylic (PMMA) sheets with exceptional edge quality.
Standard models include U-L1390 (1300 × 900 mm (51.18" × 35.43")), U-L9060 (900 × 600 mm (35.43" × 23.62")), U-L1325 (1300 × 2500 mm (51.18" × 98.43")), and U-L1530 (1500 × 3000 mm (59.06" × 118.11")), each equipped with precision rack-and-pinion drive for smooth, accurate motion.
Built on a lightweight yet robust aluminum profile frame, the machine minimizes vibration and noise while ensuring high stability and precision.
An optional smoke extraction system keeps the workspace clean and safe by efficiently removing fumes.
Capable of processing a wide range of materials—including acrylic, glass, leather, MDF, paper, plastic, plexiglass, plywood, rubber, stone, and wood—this laser cutter delivers reliable performance across industries such as hospitality, garment manufacturing, and fabrication.
- Power range: 80W–500W
- Optimized for acrylic (PMMA) cutting
- Models: U-L1390, U-L9060, U-L1325, U-L1530
- Precision rack-and-pinion drive
- Lightweight aluminum profile frame
- Optional smoke extraction system
Technical Specs
The U-L1325M CO₂ Laser Cutting Machine features a vibrant red laser head with an auto-focusing system and automatic height adjustment, maintaining a constant focal length for clean, precise cuts.
Equipped with belt drive or precision helical rack-and-pinion motion—and an optional high-precision servo motor—this machine delivers exceptionally accurate acrylic cutting and crystal-clear edges.
Machine Specifications
- Model: U-L1325M
- Laser Tube: Sealed CO₂, 10.64 µm
- Power: 80–500 W
- Cooling: Circulating water
- Power Control: 0–100% via software
- Control: DSP offline system
- Engraving Speed: ≤ 60,000 mm/min
- Cutting Speed: ≤ 30,000 mm/min
- Accuracy: ± 0.01 mm
- Min. Text Size: CN 1.5 mm / EN 1 mm
- Table Size: 1300 × 2500 mm
- Voltage: 110 V / 220 V, 50–60 Hz
- Operating Conditions: 0–45 °C, 5%–95% RH
- Software: English / Chinese
- Formats: .plt, .dst, .bmp, .dwg, .ai, .las, .doc
- Dimensions: 3.85 × 2.07 × 1.42 m
Machine Working Video
Price Lists
| Models | Processing Length × Thickness | Laser Tube Power | Price |
|---|---|---|---|
| U-L6090 | 600×900 mm (23.62″×35.43″) | 80 Watt | $2,000 |
| U-L6090 | 600×900 mm (23.62″×35.43″) | 130 Watt | $2,300 |
| U-L1390 | 1300×900 mm (51.18″×35.43″) | 80 Watt | $2,250 |
| U-L1390 | 1300×900 mm (51.18″×35.43″) | 130 Watt | $2,500 |
| U-L1390 | 1300×900 mm (51.18″×35.43″) | 180 Watt | $3,100 |
| U-L1325 | 1300×2500 mm (51.18″×98.43″) | 80 Watt | $3,600 |
| U-L1325 | 1300×2500 mm (51.18″×98.43″) | 130 Watt | $3,900 |
| U-L1325 | 1300×2500 mm (51.18″×98.43″) | 180 Watt | $4,600 |
| U-L1325 | 1300×2500 mm (51.18″×98.43″) | 300 Watt | $7,100 |
| U-L1325 | 1300×2500 mm (51.18″×98.43″) | 500 Watt | $9,300 |
| U-L1530 | 1500×3000 mm (59.06″×118.11″) | 300 Watt | $7,800 |
| U-L1530 | 1500×3000 mm (59.06″×118.11″) | 500 Watt | $10,100 |
Advantages
The UNIQUE-CNC L-series CO₂ Laser Cutting Machines are engineered to give you a competitive edge through unmatched precision, reliability, and versatility. From its intelligent auto‐focusing laser head to the robust aluminum profile frame, every component is optimized to deliver consistent, high-quality cuts across a wide range of materials and thicknesses.
With power options spanning 80 W to 500 W, this cutter adapts seamlessly to both delicate and heavy-duty applications. The precision helical rack-and-pinion or belt drive (with optional servo upgrade) ensures smooth, vibration-free motion, while the rigid frame and optimized center of gravity keep operations whisper-quiet and stable—even at top speeds.
Safety and ease of use are built in: the circulating water cooling and optional smoke extraction systems protect your workspace and extend the life of the laser tube, while the intuitive DSP offline controller (or PC software) makes setup and parameter adjustment effortless.
- Automatic auto-focus & height adjustment for ultra-smooth cuts
- High-speed cutting up to 30,000 mm/min & engraving up to 60,000 mm/min
- Robust aluminum frame & helical rack-and-pinion drive for minimal vibration
- Wide material compatibility: acrylic, wood, leather, MDF, paper, plastic, stone, etc.
- Optional smoke extraction keeps workspace clean and safe
- User-friendly DSP/Touch Screen offline control & software-based power adjustment (0-100%)
Working Gallery
U-L6090 / U-L1390 / U-L1325 / U-L1530
Models500Watt
Maximum Laser PowerPrecision Manufacturing
Our machine is built with robust materials for stable performance and is precision-made with meticulous care.
Warranty
3 Years
Transmission
Gear Rack
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Contact us now to confirm your best machine, receive a competitive quotation and delivery details.
ContactAcrylic Polishing Machine Manual
(PDF 273 KB)Check the chart of CO2 laser speed on different materials with different laser tube power
DownloadSample Bill of Lading
(PDF 524 KB)The Bill of Lading is required to pick up the goods at the port. We will send it to you once the shipment has been dispatched.
DownloadFAQ (Frequently Asked Questions)
1. What is the maximum acrylic thickness that a CO₂ laser can cut?
CO₂ lasers can cut acrylic sheets up to 35mm thick in a single pass, depending on the laser power. For instance, a 500W CO₂ laser can achieve this thickness, while a 60W laser typically cuts up to 6mm thick acrylic. As a general guideline, approximately 10 watts of laser power are needed for each millimeter of acrylic thickness.
2. How does laser power affect cutting thickness?
Higher laser power allows for cutting thicker acrylic sheets. For example, a 60W laser can cut up to 6mm thick acrylic, while a 100W laser can cut up to 10mm thick acrylic. For thicker materials, higher power lasers are recommended to achieve clean cuts efficiently.
3. What are the recommended settings for cutting acrylic?
Optimal settings vary based on acrylic thickness and laser power. For example, with a 60W laser:
- 3mm acrylic: 10mm/s at 100% power
- 5mm acrylic: 5mm/s at 100% power
- 10mm acrylic: 2mm/s at 100% power
Adjusting speed and power settings based on material thickness ensures clean and precise cuts.
4. How can I prevent burn marks when cutting acrylic?
To minimize burn marks:
- Use the appropriate laser settings (power, speed, and passes).
- Maintain proper focus of the laser beam.
- Utilize air assist to blow away debris and cool the material.
- Consider leaving the protective film on the acrylic during cutting to reduce heat buildup.
5. How do I clean acrylic after laser cutting?
After cutting, remove any protective film from the acrylic. Clean the surface with a soft cloth and mild detergent to remove residue and fingerprints. For stubborn marks, use a plastic cleaner suitable for acrylic materials.
6. How can I ensure the safety of operating a CO₂ laser machine?
CO₂ laser machines come equipped with multiple safety features, such as:
- Laser protective covers
- Emergency stop buttons
- Overload protection systems
Additionally, operators should wear appropriate protective equipment, like laser safety goggles, to prevent direct exposure to laser beams. It's crucial to follow all safety guidelines and manufacturer instructions to ensure safe operation.
7. How can I manage smoke and fumes during laser cutting?
Laser cutting can produce smoke and harmful gases. To manage these:
- Ensure the machine is equipped with an effective exhaust and ventilation system to remove smoke and fumes from the workspace.
- Use air assist to help clear smoke from the cutting area.
- Regularly clean the exhaust system to maintain efficiency.
Proper ventilation is essential for both the safety of the operator and the longevity of the equipment.
8. How do I adjust the focus on a CO₂ laser machine?
Proper focus is crucial for optimal cutting and engraving:
- Many modern CO₂ laser machines come with an automatic focus feature that adjusts the laser head to the correct distance from the material.
- For machines without auto-focus, manual adjustment is required. This can be done by adjusting the Z-axis or using a focus tool to set the correct distance between the laser head and the material surface.
Regularly check and adjust the focus to maintain cutting quality.
9. What is the typical lifespan of a CO₂ laser tube?
The lifespan of a CO₂ laser tube varies based on usage and maintenance:
- Low usage: Approximately 2,000 to 3,000 hours
- Moderate usage: Approximately 1,500 to 2,000 hours
- High usage: Approximately 1,000 to 1,500 hours
Regular maintenance and proper cooling can extend the lifespan of the laser tube.
10. Do CO₂ laser tubes come with a warranty?
Yes, CO₂ laser tubes typically come with a warranty. For example, Parallax Technology offers a one-year warranty on their CO₂ laser tubes, covering defects in material and workmanship under normal use. It's important to keep the laser tube's label and serial number intact, as removing them may void the warranty. Always check the manufacturer's warranty terms for specific details.