PROdigii digital laser module has been designed to deliver outstanding wavelength stability and thermal management in even the most challenging operating environments. The high-performance digital laser module can be controlled and monitored through a digital RS485 communication interface. The interface enables easy integration and provides in-service system function monitoring.
- Wavelengths: 375nm, 405nm, 450nm, 520nm, 638nm, 660nm, 808nm, 905nm, and 940nm
- Compact, high performance, digital laser module
- RS485 intelligent control and monitoring
- Integral thermal management
- Uniform line, elliptical spot or diffractive patterns available
- Output power up to 500mW (CW); 1W (pulsed)
- 3D measurement especially in high ambient light or temperature conditions
- High precision alignment
- Chemical and biomedical analysis
- High speed automated inspection
- Robotics and Gesture Recognition
- UV Curing
In addition to the RS485 interface, PROdigii incorporates integral thermal management providing exceptional output wavelength stabilization and enhancing laser diode life through superior output power control and maintaining consistent power levels.
The compact, cylindrical form factor and custom mounting options make for straightforward incorporation into OEM products and machine vision systems.
Digital Laser Module Options
The digital laser module is available in a range of wavelengths from 375nm to 940nm with user-defined output power profiles at up to 500mW, continuous wave or 1W, pulsed, for high-speed, precise image capture.
The digital laser module can be configured as a uniform line generator for 3D measurement applications and with a focused elliptical output beam for analytical, spectroscopic, or high-precision alignment applications. Diffractive pattern options are also available.
PROdigii Digital Laser Module Applications
The PROdigii digital laser module is an ideal solution for high-precision alignment, high-speed automated inspection, 3D measurement especially in high ambient light or temperature conditions, robotics and gesture recognition, LiDAR, chemical and biomedical analysis, spectroscopy and UV curing.
Custom Digital Laser Module for Wheel Inspection in the Rail Industry
ProPhotonix recently developed a customized high performance PROdigii laser for an advanced wheel monitoring system for use in a rail inspection system. Accuracy and reliability are critical to ensure safety in these challenging environments. ProPhotonix’ engineers worked to deliver a high uniformity IR laser in a compact package with digital control and monitoring enabling realtime feedback to the system. Watch the video to learn more.
Rail Wheel Inspection Case Study
Wheels are the most loaded components of railway vehicles and are subject to continuous wear and tear. In order to ensure their safety, regular maintenance is needed to check that they are compliant with international safety standards. This case study details the development of a custom PROdigii laser to allow for a more accurate measure of physical conditions such as: wheel thickness, tread hollowing and tread wear.
Key Considerations for Specifying High Performance Lasers
A high-performance laser should deliver more than high output power. When optimized to your application, a high-performance laser module can ease integration, maximize results and deliver a competitive advantage for your business. This paper will discuss key considerations in ensuring a high-performance laser for your system.
The ‘Key Considerations for Specifying High-Performance Laser Modules’ Whitepaper discusses:
- Delivering high power laser modules
- Ensuring high stability optical output
- Digital control for monitoring performance
- Range of Application examples
Laser Diode Technology Experts
A Partnership Approach
We work in partnership with our customers to ensure the best solution configured or custom-designed for your application needs.
We deliver reliable, high-quality products, responsive technical support, and maintain high service levels.
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