1) Restriction on graphic resolution because laser mechanics and image processing speed, can not cope with speed of data transfer typical 1270 DPI on many designs;
2) Increasing the number of lasers, gives proportional increase in chance of mis-alignment of the multiple laser beams;
3) Beam in-stability is more frequent, leading to higher downtime and maintenance time;
4) SKIP can only happen in areas > 50 mm.
Laser power and processing speed are directly related to the production output from the direct engraving system. Laser reliability and stability are essential to minimise maintenance and downtime.
Multiple lasers:Less stable beam alignment Higher potential downtime
Higher potential maintenance
Lower SKIPPING rate
Single laser:Stable beam alignment
Reliable engraving
Low maintenance
Maximum SKIPPING rate
= less stable beam alignment
= less reliable engraving
= higher maintenance
= lower SKIPPING potential
1) Fastest possible data transfer, to optimise graphic resolution and production speed 3600 DPI possible for MOST images, all size designs;
2) Simple and reliable beam alignment;
3) Beam stability is consistent;
4) Rapid traverse SKIP happens automatically for full
engraved areas >1mm.
2) Simple and reliable beam alignment;
3) Beam stability is consistent;
4) Rapid traverse SKIP happens automatically for full
engraved areas >1mm.
