The most popular machine structure currently on the market. Model: AL-1325
This machine features a simple optical path structure（fixed-laser-path） and is easy to operate and use. From the end last year to this year, this device has become particularly popular in the die-making market.
- Worktable dimensions perfectly match standard plywood die board sizes 1220×2440mm available on the market.
- The work platform moves parallel front-to-back, resulting in a compact footprint for the entire laser die cutting equipment.
- The laser tube and X-axis move as a whole unit, ensuring the laser beam path remains stable during long time equipment running.
- This machine utilizes a fully enclosed CO2 laser tube, laser power 400W, 600W, and 800W optional, with flexible upgrade and replacement options for future use.
Laser die-cutting equipment remains the best solution for cutting dies base board in the 21st century.
Die-cutting emerged following the First Industrial Revolution (late 18th century to mid-20th century) alongside the growth of industries such as textiles, leather goods, package and printing . As production volumes surged in these sectors, edge cutting via die-cutting became essential. At that time, alternatives like laser technology or CNC Vibrating knives cutter were unavailable. Consequently, die-cutting became the sole method for completing cutting tasks.
However, the nascent die-making industry primarily relied on manual or semi-manual production by some die-making manual tools,almost mechanical equipment. Most work was completed by die-makers manually. During this period, die-board slotting was mainly achieved through manual hacksaw cutting. Good news is that Later, bench-top mechanical hacksaws emerged, though they still required operators with well die-making experience.
From the 1980s to the present, computer technology enabled CAD/CAM software for die-making drawing design. Coupled with advancements in CNC machinery, die base board cutting is now primarily performed by CNC engraving and cutting machines and laser die cutting machines. CNC engraving uses high-speed rotating tools for physical cold processing, preventing die board scorching. However, it has significant shortcomings: low efficiency and a tendency for burrs to form on edges after engraving, often requiring post-processing grinding by hand.
With the development of CO₂ laser technology in the early 21st century, the die-cutting industry adopted high-power CO₂ laser die cutting equipment for slotting. Laser die-cutting machines offer various laser power options ranging from 400W to 2500W. They offer fast cutting speeds, produce burr-free edges, and enable direct steel rules installation without secondary grinding. As the world’s top three laser die cutting equipment manufacturers, AOLANG LASER has supplied cutting equipment to over 1,000 die-makers and provide service. Our laser cutting systems feature simple operation: simply import your CAD design drawings, and our machines will complete the cutting of steel rule slots on the base board via CNC control software.
Our best selling laser die cutting equipment test in our factory .
Every set of equipment you order undergoes multiple rounds of debugging and cutting test at our factory to ensure everything functions properly before being packaged and shipped to you.
- The material is standard 18mm plywood die base board.
Choose Your Laser Die Cutting Equipment by the Die Base Board Materials. (3)
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AOLANG 400W-2500W laser die cutting machines all match
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AOLANG 400W-2500W laser die cutting machines all match
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Recommend 180W laser cutter for PVC 8mm die board/plywood 8mm die board
A Few Applications of Die Cutting in Various Products and Industries
- Laser die cutting samples
AOLANG LASER different models of laser die cutting equipment main function and features.
The principle of laser die cutting equipment involves using a high-energy laser beam to cut through plywood die boards or PVC die boards. Moreover, we can control the width of the cut seam by adjusting the size of the laser spot. Therefore, the core function of laser die-cutting machines in the die-making industry is “slotting.” This involves precisely cutting slots into a solid die board according to your CAD design drawings. These slots are intended for embedding steel rules (die blades). The width of the slots is controlled by adjusting the laser head’s focal length to match the thickness of your steel rules.
Why is laser die cutting equipment still the best cutting solution for flat dies making, unable to be replaced by other machinery? Because it possesses the following features and advantages:
- Controlled by a CNC control system and featuring a highly precise transmission mechanism. The equipment achieves exceptionally high cutting accuracy for die slits. Precision typically reaches ±0.03-0.05mm—a level unattainable by traditional hand madedies.
- Laser cutting employs a non-contact method where the laser propagates through air and directly impacts the sheet material. This avoids physical compression of the material, preventing deformation. Furthermore, the laser beam width can be precisely controlled via the focal length of the focusing lens to achieve different cutting gap widths. This capability is crucial because dieshops typically require various steel ruler thicknesses such as 1pt, 2pt, 3pt, and 4pt.
- Extremely high automation: Die makers only need to design drawings in CAD, dolayoutswell, and upload them into the machine’s operating software. No personnel supervision is required as the machine completes tasks autonomously. This significantly reduces labor costs and boosts die shop efficiency.
Yes, We AOLANG do offer many models for die base board cutting, but their core functionality remains consistent. The primary factors you should consider when selecting a model are the working area, laser power, cutting efficiency (cutting speed), and your investment budget. If still confused about this, please contact our sales team—we will provide you with the most suitable solution.
This equipment is mainly designed for cutting die board materials such as plywood die boards, PVC die boards, and acrylic die boards.
However, theoretically, it can cut almost all non-metallic materials, including real wood(log), HDF, fabrics, and plastics like PP and PET.
If you purchase our 1500W or higher-powered laser die board cutter, it can even cut 1-3mm thin metal materials, such as carbon steel and stainless steel.
You or your machine operators can get one week of free machine operation training at AOLANG’s factory.
We can also dispatch technicians to your die shop to install this equipment and train your people, but you will be responsible for certain necessary costs.