Laserline’s LDL lasers use laser diodes to generate laser light directly, without any need for a pump medium, and use guidance optics to deliver the laser directly to the process. In addition to reducing system complexity, the elimination of pump media and optical fibres means LDL lasers have a plug-to-wall efficiency of over 56%.
LDL lasers are modular in design, consisting of one to eight emission zones which can be used alone or combined together to generate power levels ranging from 3 to 30 kilowatts. Each zone can be controlled individually milliseconds-long response time allowing for extremely precise control offering a significant advantage in process-critical. The individual control also allows for flexible beam shaping – creating intensity distributions from flat “top hat” surface profiles to pyramids, and variable spot shapes and sizes. LDL lasers also offer a flexibly adjustable working distance, from 300 mm to 1500 mm, and allows large (~1m) spots even at close distances. This flexibility allows them to process both small- and large-scale structures efficiently and homogeneously.
Laserline LDL lasers are suitable for a wide range of applications, including conditioning of injection moulds, drying electrode slurry, curing of coatings and semiconductor annealing.
To find out more about Laserline direct diode lasers, contact Raymax on (02) 9979 7646 or fill out the form below.
