Working Area (W*L) | 900mm * 500mm (35.4” * 19.6”) |
Software | CCD Software |
Laser Power | 50W/80W/100W |
Laser Source | CO2 Glass Laser Tube or CO2 RF Metal Laser Tube |
Mechanical Control System | Step Motor Drive & Belt Control |
Working Table | Honey Comb Working Table |
Max Speed | 1~400mm/s |
Acceleration Speed | 1000~4000mm/s2 |
◉ Flexible and fast label laser cutting technology helps your products quickly respond to market needs
◉ Mark pen makes the labor-saving process and efficient cutting & marking operations possible
◉ Upgraded cutting stability and safety – improved by adding the vacuum suction function
◉ Automatic feeding allows unattended operation which saves your labor cost, lower rejection rate (optional auto-feeder)
◉ Advanced mechanical structure allows laser options and customized working table
The CCD Camera can accurately locate the position of the small patterns through precise calculation, and every time positioning error is only within one-thousandth of a millimeter. That provides accurate cutting instruction for the woven label laser cutting machine.
With the optional Shuttle Table, there will be two working tables that can work alternately. When one working table completes the cutting work, the other one will replace it. Collecting, placing material and cutting can be carried out at the same time to ensure production efficiency.
Contour Laser Cutter 90 is like an office table, which does not require a large area. The label cutting machine can be placed anywhere in the factory, no matter the proofing room or workshop. Small in size but provides you with great help.
Find more videos about our laser sticker cutters at our Video Gallery
The CCD camera captures images of the material or work surface. The images may contain printed patterns, embroidery designs, or colorful elements.
The CCD processes the captured images and uses pattern recognition algorithms to identify specific designs or patterns. It breaks down the images into pixels and analyzes the color and shape of each pixel.
The information gathered from the pattern recognition is processed by a computer system associated with the laser cutter. The computer translates the recognized patterns into cutting instructions for the laser.
The laser cutter receives the instructions from the CCD system. It then uses a high-powered laser to cut or engrave the material precisely based on the identified patterns.
The CCD system continuously monitors the material’s position and adjusts the cutting path in real-time. This ensures precise alignment and accurate cutting according to the identified patterns.
In MimoWorkry, the CCD-equipped laser cutter uses the camera system to “see” and recognize patterns on the material, and this information is used to guide the laser for precise cutting or engraving. This technology is particularly useful in applications where precise alignment with existing patterns or designs is crucial, such as in textile and embroidery industries.
Learn more about our: CCD Camera Laser Positioning System
Laser-friendly Materials: dye sublimation fabric, film, foil, plush, fleece, nylon, velcro, leather, non-woven fabric, and other non-metal materials.
Typical applications: embroidery, patch, woven label, sticker, applique, lace, clothing accessories, home textiles, and industrial fabrics.
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