Model |
Working Table Size (W * L) |
Laser Power |
Machine Size (W*L*H) |
F-1060 |
1000mm * 600mm |
60W/80W/100W |
1700mm*1150mm*1200mm |
F-1390 |
1300mm * 900mm |
80W/100W/130W/150W/300W |
1900mm*1450mm*1200mm |
F-1325 |
1300mm * 2500mm |
150W/300W/450W/600W |
2050mm*3555mm*1130mm |
Laser Type | CO2 Glass Laser Tube/ CO2 RF Laser Tube |
Max Cutting Speed | 36,000mm/min |
Max Engraving Speed | 64,000mm/min |
Motion System | Servo Motor/Hybrid Servo Motor/Step Motor |
Transmission System | Belt transmission
/Gear & Rack Transmission /Ball Screw Transmission |
Work Table Type | Mild Steel Conveyor Working Table
/Honeycomb Laser Cutting Table /Knife Strip Laser Cutting Table /Shuttle Table |
Number of Laser Head | Conditional 1/2/3/4/6/8 |
Focal Length | 38.1/50.8/63.5/101.6mm |
Location Precision | ±0.015mm |
Min Line Width | 0.15-0.3mm |
Cooling Mode | Water Cooling and Protection System |
Operation System | Windows |
Controlling System | DSP High Speed Controller |
Graphic Format Support | AI, PLT, BMP, DXF, DST, TGA, etc |
Power Source | 110V/220V(±10%), 50HZ/60HZ |
Gross Power | <1250W |
Working Temperature | 0-35℃/32-95℉ (22℃/72℉ recommended) |
Working Humidity | 20%~80% (non-condensing) relative humidity with 50% recommended for optimal performance |
Machine Standard | CE, FDA, ROHS, ISO-9001 |
Customized Machine Sizes can be available
If you need more configurations and parameters about the foam laser cutter, please email us to discuss them further with our laser expert. (email: info@mimowork.com)
The bed frame is welded using thick square tubes and reinforced internally to enhance structural strength and tensile resistance. It undergoes high-temperature annealing and natural aging treatment to eliminate welding stress, prevent deformation, reduce vibrations, and ensure excellent cutting precision.
The enclosed design of the CO2 laser cutting machine enhances safety, efficiency, and usability during foam cutting operations. This thoughtfully engineered structure surrounds the working area, creating a secure environment for operators and protecting against potential hazards.
The CNC (Computer Numerical Control) system is the brain behind the CO2 laser cutting machine, ensuring precise and automated operation during the foam cutting process. Designed for efficiency and reliability, this advanced system allows seamless coordination between the laser source, cutting head, and motion control components.
The enclosed design of the CO2 laser cutting machine enhances safety, efficiency, and usability during foam cutting operations. This thoughtfully engineered structure surrounds the working area, creating a secure environment for operators and protecting against potential hazards.
The honeycomb laser cutting bed supports a wide range of materials while allowing the laser beam to pass through the workpiece with minimal reflection, ensuring the material surfaces are clean and intact.
The honeycomb structure provides excellent airflow during cutting and engraving, which helps prevent the material from overheating, reduces the risk of burn marks on the underside of the workpiece, and effectively removes smoke and debris.
We recommend the honeycomb table for cardboard laser cutting machine, for your high degree of quality and consistency in laser-cut projects.
All MimoWork Laser Machines are equipped with a well-performed Exhaust System, including the cardboard laser cutting machine. When laser cutting cardboard or other paper products, the smoke and fume produced will be absorbed by the exhaust system and discharged to the outside. Based on the size and power of the laser machine, the exhaust system is customized in ventilation volume and speed, to maximize the great cutting effect.
If you have higher requirements for the cleanliness and safety of the working environment, we have a upgraded ventilation solution – a fume extractor.
The water chiller is a vital component of the CO2 laser cutting machine, ensuring the laser tube operates at optimal temperature during foam cutting processes. By efficiently regulating heat, the water chiller prolongs the lifespan of the laser tube and maintains stable cutting performance, even during extended or high-intensity operations.
• Efficient Cooling Performance
• Precise Temperature Control
• User-Friendly Interface
• Compact and Space-Saving
This air assist for laser machine directs a focused stream of air onto the cutting area, which is designed to optimize your cutting and engraving tasks, especially when working with materials like cardboard.
For one thing, the air assist for the laser cutter can effectively clear away the smoke, debris, and vaporized particles during laser cutting cardboard or other materials, ensuring a clean and precise cut.
Additionally, the air assist reduces the risk of material scorching and minimizes the chances of fire, making your cutting and engraving operations safer and more efficient.
One Tip:
You can use small magnets to hold your cardboard in place on the honeycomb bed. The magnets adhere to the metal table, keeping the material flat and securely positioned during cutting, ensuring even greater precision in your projects.
The dust collection area is located below the honeycomb laser cutting table, designed for collecting the finished pieces of laser cutting, waste, and fragment dropping from the cutting area. After laser cutting, you can open the drawer, take out the waste, and clean the inside. It’s more convenient for cleaning, and significant for next laser cutting and engraving.
If there is debris left on the working table, the material to be cut will be contaminated.
The shuttle table, also called pallet changer, is structured with a pass-through design so as to transport in two-way directions. To facilitate the loading and unloading of materials which can minimize or eliminate downtime and meet your specific materials cutting, we designed various sizes to suit every single size of MimoWork laser cutting machines.
Servo motors ensure higher speed and higher precision of the laser cutting and engraving. A servomotor is a closed-loop servomechanism that uses position feedback to control its motion and final position. The input to its control is a signal (either analog or digital) representing the position commanded for the output shaft. The motor is paired with some type of position encoder to provide position and speed feedback. In the simplest case, only the position is measured. The measured position of the output is compared to the command position, the external input to the controller. If the output position differs from that required, an error signal is generated which then causes the motor to rotate in either direction, as needed to bring the output shaft to the appropriate position. As the positions approach, the error signal reduces to zero, and the motor stops.
Brushless DC (direct current) motor can run at a high RPM (revolutions per minute). The stator of the DC motor provides a rotating magnetic field that drives the armature to rotate. Among all the motors, the brushless dc motor can provide the most powerful kinetic energy and drive the laser head to move at tremendous speed. MimoWork’s best CO2 laser engraving machine is equipped with a brushless motor and can reach a maximum engraving speed of 2000mm/s. You only need small power to engrave graphics on the paper, a brushless motor equipped with the laser engraver will shorten your engraving time with greater accuracy.
The auto-focus device is an advanced upgrade for your cardboard laser cutting machine, designed to automatically adjust the distance between the laser head nozzle and the material being cut or engraved. This smart feature accurately finds the optimal focal length, ensuring precise and consistent laser performance across your projects. Without manual calibration, the auto-focus device improves your work more precisely and efficiently.
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• Working Area: 1000mm * 600mm
• Laser Power: 40W/60W/80W/100W
• Max Cutting Speed: 400mm/s
• Drive System: Step Motor Belt Control
• Working Area: 1600mm * 1000mm
• Collecting Area: 1600mm * 500mm
• Laser Power: 100W / 150W / 300W
• Max Cutting Speed: 400mm/s
• Drive System: Belt Transmission & Step Motor Drive / Servo Motor Drive
• Working Area: 1300mm * 2500mm
• Laser Power: 150W/300W/450W
• Max Cutting Speed: 600mm/s
• Drive System: Ball Screw & Servo Motor Drive
The CO2 laser is the most popular choice for cutting foam due to its effectiveness, precision, and ability to produce clean cuts. The co2 laser has a wavelength of 10.6 micrometers that the foam can absorb well, so most foam materials can be co2 laser cut and get the excellent cutting effect. If you want to engrave on foam, a CO2 laser is a great option. Although fiber lasers and diode lasers have the ability to cut foam, their cutting performance and versatility are not as good as CO2 lasers. Combined with cost-effectiveness and cutting quality, we recommend you choose the CO2 laser.
Yes, CO2 lasers are commonly used to cut EVA (ethylene-vinyl acetate) foam. EVA foam is a popular material for various applications, including packaging, crafting, and cushioning, and CO2 lasers are well-suited for precise cutting of this material. The laser’s ability to create clean edges and intricate designs makes it an ideal choice for EVA foam cutting.