Specifications

equipped with lifting platform
FPGA controlling system
mini size
4G INNER MEMORY
HIGH SPEED HOGH ACCURACY

Model :SL4030  Equipped with lifting platform which can perform process at any height .   The delicate machine body ,adopting DSP controlling system to ensure work off line of computer and support USB flash disk direct output    Brand Model Working Area                                Configuration Suda laser Series SL1515 1500x1500mm  optimization of mechanical and electrical design  Control higher power laser tube ,can cut Acrylic 20-30mm thickness in one step  Adopting DSP controlling system to ensure work off-line of computer and support USB flash disk and direct output ,as well as to make it possible to engrave on flat surface and gradient by 360 degree(optional)  Functions of restoring from power off can stop machine running automatically when power off ,and then resume to work when power on ,and also can save break point from which for later operation to start Adopting THK track made in Japan to grantee more accuracy operation  Adopting rolling ball screw from Germany for transmission Transmit files directly in Coredraw ,AutoCAD etc. Configured lens from USA ,assure of perfect cutting  May optionally configure with more power laser tube (130w) or American laser of radio frequency All S types are configured with Panasonic AC servo motor to ensure more fast process ,engrave and achieve much better engrave effect   SL1325 1300x2500mm SL1630 1550x3000mm SL2030 2000x3000mm SL1515S 1500x1500mm SL1325S 1300x2500mm SL1630S 1550x3000mm SL2030S 2000x3000mm Optional configuration 1 130w laser tube 2 chilling machine for laser   Suda laser Series SL4030 380x280mm  optimization of mechanical and electrical design ,processing speed can be up to 2000mm/s  Configured higher power laser tube ,can cut Acrylic 20mm thickness in one step  Adopting DSP controlling system to ensure work off-line of computer and support USB flash disk and direct output ,as well as to make it possible to engrave on flat surface and gradient by 360 degree (optional)  Functions of r