ULL5-3.5G-650-** LASER DIODE MODULE
Description
ULL-Series Laser modules are fully self-contained with integrated laser driver circuit, surface polished glass asherical lens optics, and laser diode. Unique properties include a compact anodized aluminum body, fine adjustable line laser, clean beam, low divergence, high boresight accuracy and industrial strength. Highly recommended for OEM applications.
ULL5-3.5G-650-** LASER DIODE MODULE
Specifications |
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|---|---|
| Operation Mode: | Continuous Wave (CW) |
| Laser Source Type: | Diode |
| Projection Type: | Dot, Line |
| Wavelength: | 650 nm |
| Output Power: | 3.5 mW |
Features
Collimated or Adjustable Focus Beam
High Stability and Low Noise
ESD & Reverse Polarity Protected
Applications
Measurement
Bioanalytical
Automation and Alignment
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
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How to order?
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Ships from:
Canada
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Sold by:
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On FindLight:
since 2014
Frequently Asked Questions
The unique properties of the ULL-Series Laser modules include a compact anodized aluminum body, fine adjustable line laser, clean beam, low divergence, high boresight accuracy, and industrial strength.
The ULL-Series Laser modules are highly recommended for OEM applications, as well as measurement, bioanalytical, automation, and alignment purposes.
The Laser Module emits radiation that is visible/invisible and harmful to the human eye. Direct viewing of the laser diode emission at close range may cause eye damage. It is advised not to look directly into the laser emitting aperture.
The ULL-Series Laser modules come with a one-year limited warranty. However, disassembly, modifications, or damage due to abuse or misapplication are not covered under warranty.
The focus adjustment of the line generators can be done by rotating lens assembly a to adjust the coarse thickness of the line and lens assembly b to adjust the fine thickness of the line. By rotating lens assembly a, you can achieve the thinnest possible line at a given distance.