| Model: | B-1812 |
|---|---|
| Brand: | KC |
| Origin: | Made In China |
| Category: | Industrial Supplies / Machinery / Welding Machinery |
| Label: | Laser cutter , Laser machine , Fabric laser cutter |
| Price: |
US $13000
/ pc
|
| Min. Order: | 1 pc |
| Last Online:24 Dec, 2024 |
Human clothing is sewn from multiple pieces, and these pieces are divided into different shapes according to the designer's intention. Initially, the pieces of clothing were divided by a die cutter. With the development of technology, the advantages of laser cutting machines in dividing pieces have become more and more obvious. The laser cutting machine can produce high-precision and high-energy laser beams, and the computer-controlled laser head can move quickly at any position in the horizontal and vertical directions, and it is very easy to cut into very complex shapes on the surface of the cloth.
The laser cutting machine avoids the production process of complex knife molds, and is directly controlled by the human-machine interface. The cutting shape can be arbitrary, and can be cut in a single piece or customized in batches. For designers, it is possible to quickly customize clothing patterns and establish market information feedback. channel.
Technical parameters
| Model | B1012 | B1610 | B1810 | B1812 | B1820 |
| Laser types | Glass tube closed CO2 laser | ||||
| Laser wattage | 80W | 100W | 130W | 180W | 200W |
| Process size | 100*120CM | 160*100CM | 180*100CM | 180*120CM | 180*200CM |
| Cutting speed | 0-6400MM/MIN | ||||
| Repeat accurate | +-0.05mm | +-0.05mm | +-0.05mm | +-0.05mm | +-0.05mm |
| Table | Metal belt 360 Rotating flatform | ||||
| Action system | CNC | CNC | CNC | CNC | CNC |
| Cooling system | water | Water | water | water | water |
| Blowing system | Bump | bump | bump | bump | bump |
| Exhaust system | 550w Fan | 550W fan | 750WFan | 750W Fan | 750W Fan |
| Power | AC-220+-10%, 50/60HZ. 10Amax | ||||
| Total wattage | 2350w | 2350w | 2350w | 2350w | 2350w |
| document format | DWD, DXF, JPEG,AI,TIFF, PLT, CDR, BMP, GIF | ||||
| Outer size | |||||
| Net weight | 450kg | 525kg | 600kg | 750kg | 1000kg |
Features:
1. Using high-precision image recognition technology, automatically find all kinds of printed graphic edge cutting lines or positioning feature points.
2. After the pattern is input into the computer, it can be automatically identified and accurately, and quickly positioned to cut, avoiding the user's material loss due to inaccurate positioning;
3. Fast continuous cutting, powerful data processing capability of fine DSP technology, professional image recognition technology software; precise mechanical organization coordination, high-speed stability of plastic coated equipment;
4. Automatic backlight compensation, the software can automatically correct and establish a model for circular feature points, avoiding manual intervention.
5. Adopt high-listing reverse camera to ensure accurate image recognition and capture;
6. Servo CNC laser head motion control, stable operation, fast and smooth motion;
7. Automatic feeding metal mesh belt, especially suitable for precise cutting of independent printing patterns after roll printing.
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| Application: | Laser cutting machine is a device that uses high -energy beams generated by laser as a cutting tool to cut the fabric. It is mainly composed of laser, cutting head, CNC system, driving system, cooling system, auxiliary gas and other parts. The clothing is sewn by different shapes of cutting films, and the cutting piece is made of molded fabrics. The laser cutting machine has fast cutting speed, flat cutting, high cutting accuracy, hot cutting heat in the cutting process It affects the advantages of small and narrow cutting seams. It is mainly reflected in the following aspects: 1. Precision: Laser cutting machines can be accurately cut according to the design pattern. Whether it is a straight line or a complex curve, it can be easily cope. This greatly improves the accuracy and efficiency of cutting, and reduces the error of artificial cutting. 2. No contact: Laser cutting is a wayless processing method that does not cause any form of pressure on the fabric to ensure the original form of the fabric. 3. High -speed: The cutting speed of the laser cutting machine is very fast, which greatly improves production efficiency. 4. Innovation design: Laser cutting machines can achieve various complex and innovative design, providing more design possibilities. |
| Advantages: | Laser cutting machines cut rolls of cloth into garment pieces according to the designer's requirements and then sew them into ready-made clothes, which is the most important technological innovation in the clothing industry. • It can accurately cut various fabrics according to the design pattern, whether it is silk, cotton, denim or leather. For example, when making high-end custom clothing, expensive silk fabrics need to be accurately cut. Laser cutting machines can ensure neat cutting edges and avoid wear and drawing on the edges of the fabric. • For clothing parts with complex patterns and shapes, such as curved skirts and irregular collars, laser cutting machines can quickly and accurately complete cutting tasks, greatly improving cutting efficiency. • It can cut exquisite lace, lace and other decorative elements. Through laser cutting, fine patterns can be produced, and the edges are smooth without burrs, adding a sense of refinement to clothing. • It is used to cut decorative parts such as applique embroidery and badges on clothing. It can accurately cut the designed pattern from the cloth or other materials, and then attach it to the clothing through heat transfer or sewing, etc., to enhance the beauty and personalization of the clothing. • In the clothing proofing stage, the laser cutting machine can quickly make samples according to the design drawings. Due to its flexible operation and ability to quickly adjust the cutting parameters, it is convenient for designers to see the design effect in time and make modifications, shortening the development cycle of clothing. It can complete high-quality cutting tasks without relying on a large number of molds, reducing the cost of small-batch production. |
