TYPE | LH-1210 | LH-1813 | LH-3017 | ||||
---|---|---|---|---|---|---|---|
Size | 1200mmX1000mm | 1800mmX1300mm | 3000mmX1700 | ||||
Chuck lift height | 10mm | ||||||
Speed | 25-10000mm/min | ||||||
Repeat postioning accuracy | ±0.01mm | ||||||
Supported File Format | PLT、DXF、AI、BMP | ||||||
Compatible Software | CORELDRAW、ILLUSTRATOR、AUTOCAD、Photoshop | ||||||
Work Environment | Room temperature 3-45 degrees C, humidity 30-80% | ||||||
Electricity | 220V±5%/50HZ | ||||||
Rated Power | 500W | 600W | 700W | ||||
Weight | 220kg | 280kg | 400kg | ||||
Machine Size(mm) | 1700mmX160mm0X850mm | 990mmX800mmX850mm | 3410mmX2300mmX850mm |
◆Control system: High-speed motion control system of independent intellectual property rights could draw various complex graphics
quickly and be perfectly compatible with CA systems of Boye Industries’ laser engraving machine, which lead to data interoperability
and more convenient and faster operation;
◆Working platform: Using laser light guide plate with LED backlight possesses advantages of clear and soft lightning, long lifespan and
low power consumption. Addintionally, the platform is equipped with scaleplate for consumers’ convinience of location and adhesion of
rubber plate;
◆Pasteboard quality:The CNC technology used can outline the details of every part of the box roundly with 0.1mm repetitive position
accuracy, which is 15 times of traditional manual drawing. It can avoid the influence of subjective factors and ensure product quality;
◆Motion structure:Imported ball bearing linear guide way is used to ensure stability and accuracy of the device operating at high-speed;
◆Work efficiency: Mechanical drawing with the efficiency more than 10 times of traditional manual drawing can significantly improve the
speed of board changing subsequently.
Mainly used in packaging, printing, engraving industry, printing corrugated boxes, bags printing and other industries, for PVC board, PP board, yellow cardboard, cardboard red, white cardboard, brown paper, kraft paper, fiber and other floor material.