A Flatbed Digital Cutter utilizes high-frequency blade vibration, moving precisely in all directions through digital control. Operating at tens of thousands of vibrations per minute, it delivers clean, efficient cuts across a wide range of non-metallic flexible materials, including carbon fiber, fiberglass, cotton, prepreg fabric, aramid, ceramic fiber, terrycloth, leather, felt, carpet, soundproofing materials, silicone, rubber, corrugated cardboard and foam boards.
The finished product cut by the flatbed digital cutter is also clean and neat, with smooth edges, and the size of the cut pieces is accurate, odorless, relatively environmentally friendly. It works for both soft and hard materials. Its cutting speed is twice that of a rotary knife, and the equipment is widely used, such as in the clothing industry and advertising industry. It is also the first choice of many companies.
The ultra-high frequency vibration knife cutting technology eliminates the irregularity of manual cutting; it is more efficient and faster, making leather and PU cutting an artistic enjoyment.
Easily solve various problems during die cutting, such as time-consuming and labor-intensive replacement of dies, reducing production efficiency; in addition, feeding system and receiving system can be added according to customer needs, which is more intelligent and labor-saving.
Effectively solve the disadvantages of laser cutting machine scorching/odor, and more in line with environmental protection requirements; when cutting carpets (with PVC at the bottom), the incision is very smooth and will not produce black edges, burnt and other problems caused by laser cutting. Beautiful and more in line with the needs of end users.
The cutting speed is faster and the efficiency is higher. The frequency of the electric vibrating knife can reach 25,000 times/min to provide strong support for high-speed cutting, and the speed can reach 1000mm/s.
Smooth operation, fine and smooth cut, powerful function, can effectively solve various problems such as proofing.
The operation interface is simple and practical, easy to learn and easy to use.
When the accuracy of the worktable is high, the blades on the worktable will cut with high precision. The height of the worktable being too high or too low may cause subtle errors, reducing cutting accuracy and bringing losses to the factory.
The sharpness of the cutting machine blade is also a key factor affecting cutting accuracy. A passivated blade with a lot of wear will affect the cutting of raw materials and accuracy.
High-quality blade material means better sharpness. A good cutter allows blade switching, using different blades for different materials. In terms of blade life, accuracy, speed, and quality, good blades far outperform poor-quality ones.
The difference in cutting materials
The type of material being cut affects blade selection. The cutting precision of cloth versus white cardboard differs due to variations in thickness and hardness. The thicker the material, the lower the precision and the larger the cutting gap.
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