For tombstone photo engraving
EFR F2 80W Co2 laser tube
RuiDa 6445G control system
Split type for heavy stone
Newly design, More in according with mechanical engineering. Safe and Durable. Simple Operation with high engraving/cutting speed and high laser power convert ratio.
Adopted high quality EFR F2 80W Co2 laser tube, long working time time and stable
Honey Comb Table: applicable to various soft materials with good adsorption effect and low reflection ratio.
Beam Path System
Adopting imported focus lens with high luminousness and mirror with high relativity ensure stable power transference.
Imported High precision, low friction force and stand wear and CSK Taiwan linear square guide rails and blocks with 3M belt ensured stable transmission, lower noise
Advanced USB port RuiDa RDC 6445G DSP control system with large inner memory device and Fast curve cutting and Optimized shortest path function, Greatly improved the working efficiency .
With full-process automatic laser power attenuation compensation , ensuring the performance consistency of engraving/cutting. The High speed motion control program with pre-buffering function enhances productivity more.
Completely compatible with various CAD&CAM softwares such as AuotCAD, CorelDAW, supporting the designs directly exporting. With advanced Color management and defining the working turns with different colors , All or a part work can done in one time.
Rationalized placement of the electronic parts. Optimized heat dissipation effect.
Industrial chiller CW-3000, ensuring the laser tube long time continus working.
Effective working area
Co2 sealed-off laser tube
Laser tube power
80W ( EFR F2)
3 phases stepper motor and Driver, Yako brand
Linear square guide rail ( CSK,Taiwan)
Laser output control
1-100% software setting
RuiDa RDC 6445G
Design software when delivery
Highest scanning accuracy
Type of cooling
Industrial chiller CW-3000cooling
Water protection system
Air pump and air blower
5-95% (without condensed water)
Supporting picture format
AC220/110V +10% 50/60Hz, single phase