Wood Cutting Laser Machine - MimoWork Laser
Laser Solution
Production Description
Our laser cut wood machine are fully customizable to suit your specific needs and budget. The MimoWork F-1060 and F-1390 models are designed for engraving and cutting wood, making them perfect for home use, hobbyists, and beginners. Despite their compact size, these machines offer impressive cutting capabilities, providing an excellent balance between affordability and performance. These machines are ideal for cutting and engraving common wood types such as balsa, plywood, and MDF.
For larger wood pieces used in sign-making or furniture production, the MimoWork F-1325 is the optimal choice. Featuring a spacious working area of 1300mm x 2500mm, this model offers a convenient four-way access design. With high-speed capabilities, the F-1325 can achieve cutting speeds of up to 36,000mm per minute and engraving speeds of 60,000mm per minute, ensuring fast and efficient production.
Equipped with a ball screw and servo motor transmission system, the F-1325 ensures stable and precise movement at high speeds, enabling smooth cutting of large-format wood while maintaining both quality and efficiency.
Technical Specification
| Model |
Working Table Size (W * L) |
Laser Power |
Machine Size (W*L*H) |
| F-6040 |
600mm * 400mm |
60W |
1400mm*915mm*1200mm |
| 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 |
| F-1530 |
1500mm * 3000mm |
150W/300W/450W/600W |
2250mm*4055mm*1130mm |
| F-1610 |
1600mm * 1000mm |
100W/130W/150W/300W |
2210mm*2120mm*1200mm |
| F-1810 |
1800mm * 1000mm |
100W/130W/150W/300W |
2410mm*2120mm*1200mm |
| F-1630 |
1600mm * 3000mm |
150W/300W |
2110mm*4352mm*1223mm |
| F-1830 |
1800mm * 3000mm |
150W/300W |
2280mm*4352mm*1223mm |
| C-1612 |
1600mm * 1200mm |
100W/130W/150W |
2300mm*2180mm*2500mm |
| C-1814 |
1800mm * 1400mm |
100W/130W/150W |
2500mm*2380mm*2500mm |
| 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 |
0-35ºC/32-95ºF (22ºC/72ºF recommended) |
| Working Humidity |
20%~80% (non-condensing) relative humidity with 50% recommended for optimal performance |
| Machine Standard |
CE, FDA, ROHS, ISO-9001 |
How Thick of Wood Can Laser Cut? - Choose a Laser Machine
The maximum thickness of wood that can be cut using laser technology is contingent upon a combination of factors, primarily the laser power output and the specific characteristics of the wood being processed.
The Laser Power determines the max thickness of wood can be laser cut.
In general,
Higher Power → Stronger Cutting Ability → Thicker Wood can be laser cut
For Example,
Pay Attention to the Cutting Speed
Besides, in situations where different power levels can cut through the same thickness of wood, the cutting speed becomes a crucial factor in selecting the appropriate power based on the cutting efficiency you aim to achieve.
Who Should Buy the Wood Cutting Laser Machine?
If You Have These Requirements, The Wood Laser Cutter & Engraver is Your Best Choice.
Both wood laser cutting machines and CNC routers can be invaluable assets for woodcraft businesses. These two tools complement each other rather than compete. If your budget allows, consider investing in both to enhance your production capabilities, though I understand that may not be feasible for most.
1. If your primary task involves intricate carving and cutting wood up to 30mm in thickness,
a CO2 laser cutting machine is the optimal choice.
2. However, if you're part of the furniture industry and require cutting thicker wood for load-bearing purposes,
CNC routers are the way to go.
3. Given the wide range of laser functions available, if you're an enthusiast of wooden craft gifts or just starting your new business, we recommend exploring desktop laser engraving machines that can easily fit on any studio table. This initial investment typically starts at around $3000.
Production Information
Product Features: What Benefits can you get?
For 1325 - Large Format Laser Cutting Machine
Gear & Rack Drive - High Precision & High Efficiency
A gear and rack drive is a mechanical system commonly used in CO2 laser cutting machines, especially those designed for cutting and engraving acrylic. This system converts rotary motion from a motor into precise linear motion, making it highly effective for high-accuracy and high-speed cutting applications.
Heavy-Duty Welded Bed Frame - Durable and Long Service Life
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.
Integrated Aluminum Gantry - Stable & High Precision
An integrated aluminum gantry is a key structural component in many CO2 laser cutting machines, particularly those designed for cutting and engraving acrylic. This gantry serves as the framework that supports and guides the laser head across the work area. Its lightweight yet robust construction provides exceptional stability and precision, making it ideal for acrylic processing.
Servo Motor
Servo motors ensure higher speed and higher precision of laser cutting and engraving. A servomotor is a closed-loop servomechanism that uses position feedback to control its motion and final position.
Laser Tube
The laser tube is a critical component in large-format CO2 laser cutting machines, responsible for generating the laser beam used to cut or engrave materials like thick acrylic and wood. For such machines, laser tubes are available in two types: glass laser tubes and RF metal laser tubes, with power options ranging from 150W to 600W. Each type is optimized for specific applications, offering a balance of performance, precision, and efficiency.
Industrial Water Chiller
An industrial-grade water chiller is a robust and high-performance cooling solution designed specifically for high-power CO2 laser cutting machines. Essential for machines utilizing 150W to 600W laser tubes, these chillers provide reliable cooling for demanding industrial environments, ensuring stable operation and enhanced productivity.
Exhaust Fan
Exhaust fans are crucial components in fabric laser cutting machines, designed to maintain a safe and efficient working environment. Their primary function is to remove smoke, fumes, and particulate matter generated during the laser cutting process.
Industrial Fume Extractor
An industrial fume extractor is a vital component for CO2 laser cutting machines, designed to efficiently capture and filter harmful fumes, smoke, and particulate matter generated during the laser cutting process. It ensures a safe, clean, and compliant working environment, particularly for high-power operations cutting materials like acrylic and wood, which can release volatile organic compounds (VOCs) and fine particles.
Auto-focus Adjustable Laser Head
The auto-focus adjustable laser head is a key component in modern CO2 laser cutting machines, designed to improve cutting precision and efficiency for materials like acrylic. This system allows the laser head to automatically adjust its focus height, ensuring the optimal focal point is maintained for different material thicknesses and cutting tasks.
CCD Camera
A CCD camera (Charge-Coupled Device camera) is a highly practical accessory for CO2 laser cutting machines, enhancing precision and efficiency in cutting and engraving operations. It enables real-time visual positioning and pattern recognition, making it especially useful for cutting printed, pre-designed, or irregularly shaped materials like acrylic, wood, textiles, or other non-metal substrates.
High Speed of Cutting and Engraving
Our 1300*2500mm laser cutter can achieve 1-60,000mm /min engraving speed and 1-36,000mm/min cutting speed.
At the same time, position accuracy is also guaranteed within 0.05mm, so that it can cut and engrave 1x1mm numbers or letters, totally no problem.
Samples of Laser Cutting & Engraving Wood
Case Sturdy
FAQ
1. Can a Laser Cutter Cut Wood?
Yes!
A laser cutter can cut wood with precision and efficiency. It's capable of cutting through various types of wood, including plywood, MDF, hardwood, and softwood, making clean, intricate cuts. The thickness of wood it can cut depends on the laser's power, but most wood laser cutters can handle materials up to several millimeters thick.
2. How Thick of Wood Can a Laser Cutter Cut?
Within 25mm Recommended
The cutting thickness depends on the laser power and machine configuration. For CO2 lasers, the most efficient option for cutting wood, power ranges typically from 100W to 600W. These lasers can cut through wood up to 30mm thick. Wood laser cutters are versatile, capable of handling delicate ornaments as well as thicker items like signage and die boards. However, higher power doesn't always mean better results. To achieve the best balance between cutting quality and efficiency, it's crucial to find the right power and speed settings. We generally recommend cutting wood no thicker than 25mm (approximately 1 inch) for optimal performance.
3. How to Laser Engrave Wood?
To laser engrave wood, follow these general steps:
step 1. Prepare Your Design: Create or import your design using graphic design software like Adobe Illustrator or CorelDRAW. Make sure your design is in vector format for precise engraving.
step 2. Set Up Laser Parameters: Configure your laser cutter settings. Adjust power, speed, and focus settings based on the type of wood and desired engraving depth. Test on a small scrap piece if needed.
step 3. Position the Wood: Place your wood piece onto the laser bed and secure it to prevent movement during engraving.
step 4. Focus the Laser: Adjust the laser's focal height to match the wood's surface. Many laser systems have an autofocus feature or a manual method. We have a YouTube video to give you a detailed laser guide.
…
4. What is the difference between laser engraving and wood burning?
Laser engraving and wood burning both involve marking wood surfaces, but they differ in technique and precision.
Laser engraving uses a focused laser beam to remove the top layer of wood, creating highly detailed and accurate designs. The process is automated and controlled by software, allowing for complex patterns and consistent results.
Wood burning, or pyrography, is a manual process where heat is applied using a handheld tool to burn designs into the wood. It's more artistic but less precise, relying on the skill of the artist.
In short, laser engraving is faster, more accurate, and ideal for intricate designs, while wood burning is a traditional, handcrafted technique.
5. What software do I need for laser engraving?
When it comes to photo engraving, and wood engraving, LightBurn is your top choice for your CO2 laser engraver. Why? Its popularity is well-earned due to its comprehensive and user-friendly features. LightBurn excels in providing precise control over laser settings, allowing users to achieve intricate details and gradients when engraving wood photos. With its intuitive interface, it caters to both beginners and experienced users, making the engraving process straightforward and efficient. LightBurn's compatibility with a wide range of CO2 laser machines ensures versatility and ease of integration. It also offers extensive support and a vibrant user community, adding to its appeal. Whether you're a hobbyist or professional, LightBurn's capabilities and user-focused design make it a standout choice for CO2 laser engraving, especially for those captivating wood photo projects.
6. What Else Material Can Laser Cut?
Besides wood, CO2 lasers are versatile tools capable of cutting acrylic, fabric, leather, plastic, paper and cardboard, foam, felt, composites, rubber, and other non-metals. They offer precise, clean cuts and are widely used in various industries, including gifts, crafts, signage, apparel, medical items, industrial projects, and more.
7. What is the HS (Harmonized System) Code for Laser Machines?
8456.11.0090
The HS code of each country will be slightly different. You can visit your government tariff website of the International Trade Commission. Regularly, laser CNC machines will be listed in Chapter 84 (machinery and mechanical appliances) Section 56 of HTS BOOK.
8. What do I Need to Prepare Before the Arrival of the New Machine?
Investing laser system for the first time can be tricky, our team will send you the machine layout and installation handbook (e.g. Power Connection, and Ventilation Instructions) in advance. You are also welcome to clarify your questions directly with our technical specialists.
Packaging & Shipping
Period of Delivery: 15-20 working days after receiving the down payment
Warranty: 12 months (laser tube has a 6-month warranty; reflection mirror & focus lens have no warranty)
Company Profile
About MimoWork Laser
Mimowork is a results-oriented laser manufacturer, based in Shanghai and Dongguan China.
With 20-year deep operational expertise, we produce laser systems and offer comprehensive processing and production solutions to SMEs (small and medium-sized enterprises) in a wide array of industries.
We offer:
√ A Wide Range of Laser Machine Types for Fabric, Acrylic, Wood, Leather, etc.
√ Customized Laser Solution
√ Professional Guidance from Pre-Sales Consultant to Operation Training
√ Online Video Meeting
√ Material Testing
√ Options and Spare Parts for Laser Machines
√ Follow up by a Special Person in English
√ Worldwide Client Reference
√ YouTube Video Tutorial
√ Operation Manual
Certificate & Patent
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