Green-Lase Series - 532nm Green Laser Marking Systems; 4 & 10 watt
The Green-Lase 4W and 10W laser sources and laser markers operate on the V-Lase platform and use Second Harmonic Generation (SHG) in an intracavity architecture which maximizes LBO non-linear crystal conversion efficiency. The Green-Lase 532nm wavelength results in a lower “heat affected zone” as compared with an infrared laser. This effective laser source thus offers significant advantages in marking applications with materials such as plastics that do not interact with the original infrared wavelength, as well as with semiconductors such as silicon (e.g. wafer marking). Superior absorption coefficient in semiconductor material used in solar cells makes this source ideal for photovoltaic applications (e.g.: thin film scribing).
The Green-Lase product
series of laser markers has been developed to
satisfy the requirements of laser marking
applications in automotive, electronics, solar and
|FEATURES & BENEFITS|
|The V-Lase platform
derives from the long experience in the
production of high performance and high quality
DPSS laser sources.
The V-Lase @ 532nm use state-of-the-art End Pumped Coupling Technology which represents the leading-edge solution in the feld of laser sources. The green-lase platform is characterized by a standard compact case, continuous and precise power control and low power consumption. Moreover, special attention has been paid to laser safety. The proprietary end-pumped architecture using a TE cooled diode laser pump with unmatched MTBF assures the reliability and availability of the system.
The V-Lase platform offers lasers with excellent beam quality, high peak power and short pulse width. The operator is able to precisely tune the power and pulse repetition rate. Very high brilliance in the laser spot at longer focal lengths makes the V-Lase platform ideal for marking a broad range of materials ... even with large marking fields.
Designed for very demanding 24/7 processes, the V-Lase platform offers unparalleled performance and represents the ideal solution for both direct part marking and label marking in every market segment including automotive, solar & electronics, packaging, as well as in medical surgical tools marking and other applications.
|GREEN-LASE 4W||GREEN-LASE 10W|
|Average Power Output (Typical)||4W ± 5% @ 50kHz||10W ± 5% @ 50kHz|
|Repetition Range Rate||15 – 200kHz||20 – 200kHz*|
|Pulse Width||20ns @ 50kHz @ 100% Current Level||218ns @ 50kHz @ 100% Current Level|
|Max Pulse Engergy (typical)||200uJ @ 20kHz||340uJ @ 20kHz|
|Aiming Beam||Class 2M Red Laser Diode; λ=635nm +/-5nm; 3mW|
|Temperature Range||Operational 10°C to 35°C; Storing 0°C to 50°C|
|Cooling System||Air cooled|
|Power Supply||DC 24V:28V+/- 5%|
|Laser power Consumption||Typical 450 W; maximum 600 W|
|Connectivity||I/0 signal; RS 232 & Ethernet for monitoring|
|Optical Fiber Length||Sl ST600F D80LKA, 3m length; allowable bend radius 150 mm|
|Rack Dimension & Weight||114 x 119 x 526 mm 7 kg|
|ECC Rules Compliance||
2004/108/EEC: "Electromagnetic Compatibility"
2006/95/EEC: "Low Voltage"
|EU Standard Compliance||EN 61000-6-4, EN 61000-6-2, EN60204-1, EN60825-1|
|Standard Marking Configuration||Basic---+
BEX 4X, MiniScan8_ 532nm, f-theta 160S
Evo---+ BEX 4X, MiniScan8_ 532nm with f-theta 160S, with Mechanical Shutter & Power Meter
|Options||Beam Expander: 2X, 6X, 7.5X, 9X|
|Objective F-Theta (mm)||63S||100S||160S||254S|
|Working Distance (mm)||71||115||181||290|
|Working Area (mm x mm)||35 x 35||50 x 50||100 x 100||140 x 140||S (small) > Ø = 47mm|
|- Other focal lengths available upon request -|
This Green-Lase laser marker product series has been
developed to meet the requirements of the
automotive, electronics, solar, etc. industries.
Examples are marking of plastic (when not sensitive to IR) and silicon solar cells.