China Wholesale Laser Cutting Twill Quotes Pricelist - CO2 Laser Cutting Machine for Thick Wood (Up to 30mm) – MimoWork Laser

Product Detail

▶ Large format laser cutter for wood

Technical Data

Working Area (W * L)	1300mm * 2500mm (51” * 98.4”)
Software	Offline Software
Laser Power	150W/300W/500W
Laser Source	CO2 Glass Laser Tube
Mechanical Control System	Ball Screw & Servo Motor Drive
Working Table	Knife Blade or Honeycomb Working Table
Max Speed	1~600mm/s
Acceleration Speed	1000~3000mm/s2
Position Accuracy	≤±0.05mm
Machine Size	3800 * 1960 * 1210mm
Operating Voltage	AC110-220V±10%，50-60HZ
Cooling Mode	Water Cooling and Protection System
Working Environment	Temperature:0—45℃ Humidity:5%—95%
Package Size	3850mm * 2050mm *1270mm
Weight	1000kg

▷ Features of 1325 Laser Cutter

A Giant Leap in Productivity

◾ Stable & Excellent Cutting Quality

◾ High Efficiency and Precision

◾ Durable and Long Service Life

◾ High Speed Processing

Why choose MimoWork Laser

130250 laser machine details comparison

	Other manufacturer’s	MimoWork laser machine
Cutting speed	1-15,000mm/min	1-36,000mm/min
Position accuracy	≤±0.2mm	≤±0.05mm
Laser power	80W/100W/130W/150W	100W/130W/150W/300W/500W
Laser path	Half-fly laser path	Constant optical path
Transmission system	Transmission belt	Servo motor + ball screw
Driving system	Step driver	Servo motor
Control system	Old system, out of the sale	New popular RDC control system
Optional electrical design	No	CE/UL/CSA
Main body	Traditional welding fuselage	Reinforced bed, the overall structure is welded with 100mm square tube, and undergoes vibration aging and natural aging treatment.

Samples From Wood Laser Cutter

>> Learn more wood laser cutting

Suitable wood materials

MDF, Basswood, White Pine, Alder, Cherry, Oak, Baltic Birch Plywood, Balsa, Cork, Cedar, Balsa, Solid Wood, Plywood, Timber, Teak, Veneers, Walnut, Hardwood, Laminated Wood and Multiplex

Wide applications

Videos | What can the laser cutter do for you?

Laser Cutting Plywood (7 layers)

Laser Engraving Photo on Wood

Get A Wood Laser Cutter to Improve Your Business

Enjoy the laser wood fun!

▶ Large format laser cutter for wood

Upgrade Options for you to choose

Auto Focus

It is mainly used for metal cutting. You may need to set a certain focus distance in the software when the cutting material is not flat or with different thicknesses. Then the laser head will automatically go up and down, keeping the same height & focus distance to match with what you set inside the software to achieve a consistently high cutting quality.

CCD Camera

The CCD Camera can recognize and position the pattern on the printed acrylic, assisting laser cutter to realize accurate cutting with high quality. Any customized graphic design printed can be flexibly processed along the outline with the optical system, playing an important part in advertising and other industry.

2. What thickness of wood can a CO2 laser cutting machine handle effectively?

CO2 laser cutting machines are versatile and can handle a range of wood thicknesses. However, the ideal thickness often depends on the laser power of the machine. For a standard 150W CO2 laser cutter, you can effectively cut wood up to 20mm in thickness. If your project involves thicker wood, consider a machine with higher laser power to ensure a clean and efficient cut.

>> Video Showcase: 25mm Laser Cut Plywood

3. Are there any safety precautions I should take when laser cutting thick wood?

Yes, safety is paramount when working with lasers. Ensure proper ventilation in your workspace to remove fumes generated during the cutting process. Always wear appropriate personal protective equipment (PPE), including safety glasses. Additionally, make sure the wood is free from any coatings, finishes, or chemicals that might produce harmful fumes when exposed to the laser.

>> You Might be Interested in: Fume Extractor

Wood Cutting: CNC Routers VS Laser

1. Advantages of CNC Routers

Historically, one of the primary benefits of opting for a router as opposed to a laser was its ability to achieve precise cutting depths. A CNC router offers the convenience of vertical adjustments (along the Z-axis), allowing for straightforward control over the depth of the cut. In simpler terms, you can adjust the cutter's height to selectively remove only a portion of the wood's surface.

2. Disadvantages of CNC Routers

Routers excel in handling gradual curves but have limitations when it comes to sharp angles. The precision they offer is constrained by the radius of the cutting bit. In simple terms, the width of the cut corresponds to the size of the bit itself. The smallest router bits typically have a radius of approximately 1 mm. Since routers cut through friction, it's crucial to securely anchor the material to the cutting surface. Without proper fixation, the router's torque can result in the material spinning or shifting abruptly. Typically, wood is fastened in place using clamps. However, when a high-speed router bit is applied to tightly-clamped material, significant tension is generated. This tension has the potential to warp or harm the wood, presenting challenges when cutting very thin or delicate materials.

3. Advantages & Disadvantages of Laser

Similar to automated routers, laser cutters are controlled by a CNC (Computer Numerical Control) system. However, the fundamental distinction lies in their method of cutting. Laser cutters do not rely on friction; instead, they cut through materials using intense heat. A high-energy light beam effectively burns through wood, as opposed to the traditional carving or machining process. As previously noted, the width of a cut is determined by the size of the cutting tool. While the smallest router bits have a radius of slightly less than 1 mm, a laser beam can be adjusted to have a radius as small as 0.1 mm. This capability allows for the creation of extremely intricate cuts with remarkable precision. Because laser cutters utilize a burning process to cut through wood, they yield exceptionally sharp and crisp edges. Although this burning can lead to some discoloration, measures can be implemented to prevent undesired burn marks. Additionally, the burning action seals the edges, thereby minimizing the expansion and contraction of the cut wood.