What's New:
SARAH W. JOINS ALL-MARKS!
April, 2011
Sarah
W. is the newest full time member of the All-Marks team. Outstanding with
communications and marketing, Sarah is a tremendous asset to All-Marks. She
will be selling all of our products and job shop services which include laser
marking, UID labels and related products, and all manner of product
identification. She can be reached at 877.847.8076 ext. 3.
Current News:
ALL-MARKS IS GROWING!
All-Marks
has just been appointed the regional distributor for all Datalogic Automation
laser marking products. This includes all green lasers, CO2 lasers, pulsed fiber
lasers, UV lasers, DPSS lasers, continuous wave fiber lasers, and more!
Kudos to All-Marks!
ON APPROVED VENDOR LIST
All-Marks is now on the SpaceX approved vendor list for job shop laser marking. SpaceX is also a long time customer of All-Marks,
utilizing our industrial laser marking equipment.
GREEN-LASE Series – Green laser 4W and 10W lasers
The Green-Lase 4W and 10W laser sources and 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 wavelength results in a lower “heat affected zone” 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).
Features & Benefits
- Easy integration and configuration
- High reliability
- Lower “heat affected zone”
- Ideal solution for PCB marking
- Excellent marking results on semiconductors and silicon and on materials such as non-doped plastics not interacting with IR
- State-of-the art marking kit including user friendly marking software
| Wavelength | 532nm | 532nm |
| Average Power Output (Typical) | 4W ± 5% @ 50kHz | 10W ± 5% @ 50kHz |
| Repetition Range Rate | 15 – 200kHz | 20 – 100kHz* |
| Pulse Width | 20ns @ 50kHz @ 100% Current Level | 18ns @ 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 | Operative 100C to 35°C Storing 0 to 500C | |
| 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 | |
| Resonator Dimension & Weight | mm 114 x 119 x 526 kg 7 | |
| Rack Dimension & Weight | mm 499 x 437 x 87 kg 12 | |
| 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) | 35x35 | 50x50 | 100x100 | 140x140 |
| - Other focal lengths available upon request | ||||
S (small) > Ø = 47mm
