The CO2 laser cutting machine has many advantages, such as high engraving accuracy, no burrs, and can process any shape. Equipped with a CCD camera are professionally used for rapid information collection of irregular materials to achieve fast and accurate cutting.
Laser cutting (84561000)
Automatic camera positioning by computer vision system to design intake at work, after processing, can automatically search the workpiece and accurate positioning of cutting, avoid the user for positioning are not allowed to be struggling to keep up.
3 in 1 Digital Camera, Take it with you everywhere PC Camera, Digital Camera, Digital Camcorder
The UV laser marking machine is developed by using a 355nm UV laser. This machine uses a third-order intracavity frequency doubling technology. Compared with infrared lasers, the 355nm UV laser has a very small spot, and the marking effect is directly interrupted by a short-wavelength laser. The molecular chain greatly reduces the mechanical deformation of the material. Thermal deformation (cold light), because it is mainly used for ultra-fine marking and engraving. It is especially suitable for applications such as marking, micro-hole drilling of food and pharmaceutical packaging materials, high-speed dicing of glass materials, and complex pattern cutting of silicon wafers.
The price depends on the demanded products as well as on the buyer's location PDF prospect will be provided on request What we can reliably offer: + High Power Fiber Laser Cutting Machines + Medium Power Fiber Laser Cutting Machines + Large Format Fiber Laser Cutting Machines + Super Large Format Fiber Laser Cutting Machines + Small Format Seald Fiber Laser Cutting Machines + Ultra Precision Cutting Machine + Open Single Platform Laser Cutting Machines + Exchange Table Fiber Laser Cutting Machines + Full Cover Auto Coil Fed Fiber Laser Cutting Machines
With cameral, Laser power:85w, Cutting size: 850mmx600mm . 2200x1160x1320mm(lxwxh).
Functions and Features Adopting the combination or automatic camera locating system and laser head with the assistance of computer software, lable cutting machine can compensate automatically to pinpoint deformation of the fabric, it ensures the accuracy of cutting. The application of camera systems, making laser technology, automation technology, shortest cutting path of human-based software design, save time and increases efficiency for user. Principle Camera locating cutting machine gets the picture by high-resolution when working, searches automatically and locates accurately, laser cutting and reaches intelligence, automation of follow-up production. Applicable Materials Leather, garment, cloth, fabrics, jeans, paper, etc. Applicable Industry Cloth, shoes, textile, computerized embroidery, trademark, leather, lable, cloth toy, gifts and crafts, knitting etc. Technical Parameters Laser Power í¦60W Power Supply AC220í+10% 50HZ/ AC110í+10% 50HZ Min shaping character Character:3*3mm,letter:2*2mm Working Area 900mm*600mm Engraving Speed 1500mm/s Locating Precision ú+0.015mm Operating Temperature 5íµ-35íµ Camera Pixei 3200,000 Resolution í_4500dpi Shooting way Continuous, automatical and moving array shooting Laser energy control 1-100%set by hand or software Control Configuration DSP Data Transfer Interface USB System Environment Windows 2000/ Windows XP Cooling Way Water Cooling and Protection System Graphic Format Temperature BMP,GIF,PCX,TGA, CDR,DMG,DXF,AI Cutting Thickness 0-15mm Color Separation Separation of cutting up to 256 colors Cuts off the water supply the protection Yes Slope Engraving Yes, slope can be designed discretionarily Net Weight 200kg Machine Dimension 1480*1000*1170(mm) Net Weight 200kg Machine Dimension 1480*1000*1170(mm)
1. Fully automatic camera scanning and positioning system:The pattern is taken into the computer through the vision system. After computer processing, the device automatically search for the material and accurately position the pattern for cutting, avoiding the user to be tired of operating due to inaccurate manual positioning. 2. Cutting path optimization function:Optimized cutting sequence, saving an average of 10%-20% of working time compared to software design without path optimization. 3. High-end DSP technology:strong data processing capability, targeted design of computer software, and cooperation with precision mechanical systems, in the case of high-speed running, the cutting lines and curves will not be deformed, thus achieving rapid continuous cutting. 4. Break point memory function: even if power cuts during machine working, when resume working, it continues cutting from the break point and connects well, which ensures expensive material will not be damaged and wasted. 5.Smooth cutting edge,locking by high temperature, no fins or burrs, and improves your product quality.
1. Fully automatic camera scanning and positioning system: The pattern is taken into the computer through the vision system. After computer processing, the device automatically search for the material and accurately position the pattern for cutting, avoiding the user to be tired of operating due to inaccurate manual positioning. 2. Cutting path optimization function: Optimized cutting sequence, saving an average of 10%-20% of working time compared to software design without path optimization. 3. High-end DSP technology: strong data processing capability, targeted design of computer software, and cooperation with precision mechanical systems, in the case of high-speed running, the cutting lines and curves will not be deformed, thus achieving rapid continuous cutting. 4. Break point memory function: even if power cuts during machine working, when resume working, it continues cutting from the break point and connects well, which ensures expensive material will not be damaged and wasted. 5. Smooth cutting edge, locking by high temperature, no fins or burrs, and improves your product quality.
