UT5-1G-635 Laser Diode Module: 635nm Wavelength, 1mW Output, Adjustable Focus
Description
The UT5-1G-635 is a state-of-the-art laser diode module, embodying precision and versatility. With a distinct 635nm wavelength and 1mW optical output power, this unit ensures unparalleled accuracy. Designed for seamless integration into various applications such as measurement, automation, and alignment, it stands out due to its single mode laser structure and continuous operation mode.
What makes the UT5-1G-635 exceptional is its adjustable focus beam, ensuring flexibility across different use-case scenarios. Additionally, its high stability & low noise operation guarantee reliable performance, while features like ESD & reverse polarity protection enhance its durability. If an application demands extended use, a heat sink is recommended, emphasizing the module's adaptability.
Safety and Usage Notes: Direct exposure to the laser emission may cause harm. Proper safety precautions are recommended during usage. Ensure the module's anodized surface remains intact to prevent potential malfunction.
Warranty: One year, with exclusions on disassembly, modifications, or damage due to misuse.
UT5-1G-635 Laser Diode Module: 635nm Wavelength, 1mW Output, Adjustable Focus
Specifications |
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|---|---|
| Center Wavelength: | 0.635 um |
| Output Power: | 1 mW |
| Laser Power Stability (with Heat Sink): | < 1% |
| Laser Class: | Class 2 |
| Spot Size: | Elliptical Adjustable (default) or Collimated (5mm) at 1m |
| Min Spot Size: | < 100 μm at < 10” distance |
| Operating Voltage: | 3.3 to 5V DC |
| Operating Current: | < 30 mA |
| Control Circuit: | Auto Power Control |
| Dimension: | 12mm (D) x 51mm (L) |
| Operating Temperature: | +10°C to +50°C |
Features
- Adjustable Focus Beam
- High Stability & Low Noise
- ESD & Reverse Polarity Protected
- 1MHz Modulation
Applications
Measurement:
- Precision Metrology: With its 635 nm wavelength and 1 mW output, the laser module is ideal for applications that require precise measurements, ensuring accurate results.
- Distance Measurement: The laser module can be used in tools designed to measure distances, especially where pinpoint accuracy is required.
- Spectroscopy: Given its specific wavelength, the module can be beneficial for spectroscopy applications to analyze materials.
Automation:
- Industrial Automation: The UT5-1G-635 can play a crucial role in automating tasks in industries, especially where a laser source is needed to guide or detect objects.
- Robotic Guidance: For robots that need visual guidance, this laser diode module can be used as a reference or tracking point.
- Quality Control: In manufacturing lines, the laser can help in detecting defects or ensuring alignment of parts during assembly.
Alignment:
- Machine Alignment: For industries that employ heavy machinery, proper alignment is essential to ensure efficient operations. The laser module can assist in this by providing a clear reference point.
- Construction and Surveying: The laser module can be utilized for alignment in construction projects, ensuring that structures are straight and true.
- Optical Systems Calibration: In systems that employ optics, such as microscopes or telescopes, the laser module can help in calibrating and aligning components.
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 UT-Series Laser modules include a compact anodized aluminum body, fine adjustable focus, clean beam, low divergence, high boresight accuracy, and industrial strength.
Yes, most of the UT-Series Laser modules can be modulated up to 1MHz.
Yes, beam shaping optics can be added to the UT-Series lasers. Please contact us for your custom requirements.
The UT-Series Laser modules are commonly used in measurement, automation, and alignment applications.
No, 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.