MDF Laser Cutter

Ultimate Customized Laser Cutter for MDF (Cutting & Engraving)

MDF (medium-density fiberboard) is suitable for laser cutting and engraving. The MimoWork Flatbed Laser Cutter 130 is designed for solid materials processing such as MDF laser cut panels. Adjustable laser power helps to result in the engraved cavity at different depths and clean & flat cutting edge. Combined with set laser speed and the fine laser beam, the laser cutter can create perfect MDF products in a limited time, which broadens MDF markets and demands wood manufacturers. Laser-cut MDF terrain, laser-cut MDF craft shapes, laser-cut MDF box, and any customized MDF designs can be completed by the MDF laser cutter machine.

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SPECIFICATIONS

MULTIFUNCTION

UPGRADE OPTIONS

SAMPLES

▶ MDF wood laser cutter and laser engraver

Technical Data

Working Area (W *L)	1300mm * 900mm (51.2” * 35.4 ”)
Software	Offline Software
Laser Power	100W/150W/300W
Laser Source	CO2 Glass Laser Tube or CO2 RF Metal Laser Tube
Mechanical Control System	Step Motor Belt Control
Working Table	Honey Comb Working Table or Knife Strip Working Table
Max Speed	1~400mm/s
Acceleration Speed	1000~4000mm/s2
Package Size	2050mm * 1650mm * 1270mm (80.7'' * 64.9'' * 50.0'')
Weight	620kg

Multifunction in One Machine

Vacuum Table

With the aid of the vacuum table, the fume and waste gas can be timely dispelled and sucked into an exhaust fan for being further dealing. The strong suction not only fixes the MDF but protects the wood surface and back from scorching.

Two-way Penetration Design

Laser cutting and engraving on the large format MDF wood can be realized easily thanks to the two-way penetration design, which allows wood board placed through the whole width machine, even beyond the table area. Your production, whether cutting and engraving, will be flexible and efficient.

Stable and Safe Structure

◾ Adjustable Air Assist

Air assist can blow the debris and chippings from the surface of wood, and protect the MDF from scorching during laser cutting and engraving. Compressed air from the air pump is delivered into the carved lines and incision through the nozzle, clearing the extra heat gathered on the depth. If you want to achieve burning and darkness vision, adjust the pressure and size of airflow for your desire. Any questions to consult us if you are confused about that.

◾ Exhaust Fan

The lingering gas can be absorbed into the exhaust fan to eliminate the smoke bothering the MDF and laser cutting. Downdraft ventilation system cooperated with fume filter can bring out the waste gas and clean the processing environment.

◾ Signal Light

Signal light can indicate the working situation and functions exerting of laser machine, helps you to do the right judgment and operation.

◾ Emergency Button

Happen to some sudden and unexpected condition, the emergency button will be your safety guarantee by stopping the machine at once.

◾ Safe Circuit

Smooth operation makes a requirement for the function-well circuit, whose safety is the premise of safety production.

◾ CE Certification

Owning the legal right of marketing and distributing, MimoWork Laser Machine has been proud of the solid and reliable quality.

▶ MimoWork Laser options contributes to your mdf laser cut projects

Upgrade options for you to choose

>> More Laser Options

Auto Focus

For some materials with uneven surfaces, you need the auto-focus device that controls the laser head to go up and down to realize a consistently high cutting quality. Different focus distances will affect the cutting depth, so the auto-focus is convenient to process these materials (like wood and metal) with varied thicknesses.

CCD Camera

The CCD Camera can recognize and position the pattern on the printed MDF, assisting the laser cutter to realize accurate cutting with high quality. Any customized graphic design printed can be flexibly processed along the outline with the optical recognition system. You can use it for your customized production or hobby of hand-making.

Mixed Laser Head

A mixed laser head, also known as a metal non-metallic laser cutting head, is a very important part of the metal & non-metal combined laser cutting machine. With this professional laser head, you can cut both metal and non-metal materials. There is a Z-Axis transmission part of the laser head that moves up and down to track the focus position. Its double drawer structure enables you to put two different focus lenses to cut the materials of different thicknesses without adjustment of focus distance or beam alignment. It increases cutting flexibility and makes the operation very easy. You can use different assist gas for different cutting jobs.

Ball & Screw

A ball screw is a mechanical linear actuator that translates rotational motion to linear motion with little friction. A threaded shaft provides a helical raceway for ball bearings which act as a precision screw. As well as being able to apply or withstand high thrust loads, they can do so with minimum internal friction. They are made to close tolerances and are therefore suitable for use in situations in which high precision is necessary. The ball assembly acts as the nut while the threaded shaft is the screw. In contrast to conventional lead screws, ball screws tend to be rather bulky, due to the need to have a mechanism to re-circulate the balls. The ball screw ensures high speed and high precision laser cutting.

Motors

DC Brushless Motor

It's perfect for the intricate engraving while ensuring ultra-speed. For one, the brushless DC motor helps the laser head move with a high revolution per minute for detailed image engraving. For another, superspeed engraving that can reach a maximum speed of 2000mm/s come true by the brushless DC motor, greatly shortening the production time.

Servo Motor

Servo motors ensure higher speed and higher precision of laser cutting and engraving. The motor controls its motion and position by the position encoder which can provide feedback of position and speed. Compared with the required position, the servo motor will rotate the direction to make the output shaft in the appropriate position.

>> Learn more about motors

(MDF Laser Cut Letters, MDF Laser Cut Names, MDF Laser Cut Terrain)

MDF Samples of Laser Cutting

Pictures Browse

• Grill MDF Panel

• MDF Box

• Photo Frame

• Carousel

• Helicopter

• Terrain Templates

• Furniture

• Flooring

• Veneer

• Miniature Buildings

• Wargaming Terrain

• MDF Board

>> learn about MDF laser

Other Wood Materials

— laser cutting and engraving wood

Bamboo, Balsa Wood, Beech, Cherry, Chipboard, Cork, Hardwood, Laminated Wood, Multiplex, Natural Wood, Oak, Plywood, Solid Wood, Timber, Teak, Veneers, Walnut…

# Video Gallery for wood cutting

# Wood Laser Cutting & Engraving

# Mimo-Pedia for laser knowledge

Any questions about laser cutting & laser engraving MDF

Inquire Us

Laser Cutting MDF: Achieve Optimality

To achieve optimal results in both cutting and engraving medium-density fiberboard (MDF), it's essential to understand the laser processes and adjust various parameters accordingly.

Laser cutting involves the use of a high-power CO2 laser, typically around 100 W, delivered through an X-Y scanned laser head. This process enables efficient single-pass cutting of MDF sheets with thicknesses ranging from 3 mm to 10 mm. For thicker MDF (12 mm and 18 mm), multiple passes may be necessary. The laser light vaporizes and removes material as it moves along, resulting in precise cuts.

On the other hand, laser engraving employs lower laser power and refined feed rates to partially penetrate the material's depth. This controlled approach allows for the creation of intricate 2D and 3D reliefs within the MDF thickness. While lower-power CO2 lasers can yield excellent engraving results, they have limitations in terms of single-pass cut depth.

In the quest for optimal results, factors like laser power, feed speed, and focal length must be carefully considered. The choice of focal length is particularly crucial, as it directly impacts the spot size on the material. Shorter focal length optics (around 38 mm) produce a small-diameter spot, ideal for high-resolution engraving and fast cutting but suitable mainly for thin materials (up to 3 mm). Deeper cuts with shorter focal lengths may result in non-parallel sides.

In Summary

Achieving the best outcomes in MDF cutting and engraving necessitates a nuanced understanding of laser processes and meticulous adjustment of laser settings based on the MDF type and thickness.