image

785 nm Laser Module

We offer a range of 785 nm laser modules designed for various research, OEM integration, and advanced analytical applications. Each model is tailored to meet specific optical layouts, mechanical constraints, and performance requirements. The following variants help you select the right 785 nm laser for your needs.
Flow Cytometry
Food Sorting
Confocal Microscopy
Laser Diffraction Particle Analysis
Raman Spectroscopy

If you would like more information on our products or wish to request a non-binding quote, feel free to contact us at any time.

Technical overview

Laser Lambda Beam Lambda Beam pigtailed Lambda Beam Wavelock Lambda MINI Lambda MINI Fiber
Output power single-mode 100 mW, 200 mW, 300 mW, 400 mW 10 mW, 20 mW, 50mW, 100 mW 100 mW, 225 mW 75 mW 50 mW
Output power multi-mode

Lambda Beam: 785 nm Laser Module

The Lambda Beam is designed for free space applications and offers output powers of 100 mW, 200 mW, 300 mW and 400 mW. It is ideal for laboratory setups, microscopy, and spectroscopy where direct optical access and flexible beam manipulation are essential. This version provides stable output and high beam quality, making it suitable for demanding applications like Laser Diffraction and Raman Spectroscopy.
image
image

Lambda Beam Pigtailed: Fiber-Coupled 785 nm Laser

The Lambda Beam Pigtailed is a fiber-coupled version with output power options of 10 mW, 20 mW, 50 mW, and 100 mW. It is perfect for OEM systems and applications where the laser needs to be separated from the experiment. Fiber delivery simplifies integration into compact or sealed systems, ensuring stable performance and ease of use in environments with limited space.

Lambda Beam Pigtailed 785 nm VHG-stabilized lasersystem

The Lambda Beam Pigtailed 785 nm VHG-stabilized lasersystem is a wavelength-stabilized single-mode laser optimized for demanding spectroscopy applications. It delivers 50 mW of output power through a pigtailed single-mode fiber with an ultra-narrow typical linewidth of 10 MHz (CW), providing extremely precise spectral output and excellent wavelength stability. The system includes an integrated optical isolator to protect the laser against back reflections, and its design ensures consistent performance over long measurement periods. This VHG-stabilized version is particularly suitable for high-resolution Raman spectroscopy and microscopy where narrow linewidth and stable output are critical.
image
image

Lambda Beam Wavelock: Wavelength-Stabilized 785 nm Laser

The Lambda Beam Wavelock offers actively stabilized wavelength output with 100 mW and 225 mW output power. This version ensures consistent spectral performance, making it ideal for applications requiring high wavelength stability, such as Raman Spectroscopy, interferometry, and precision metrology. A narrow spectral line width of <175 MHz / 0.4 pm at 100 mW output power and <10 MHz / 0.05 pm at 225 mW output power make the Lambda Beam Wavelock an excellent choice.

Lambda MINI: Compact 785 nm Laser Modules

The Lambda MINI offers 75 mW output power in a compact design. Available as fiber-coupled (50 mW) or free-space, it’s perfect for portable instruments, OEM systems, and space-limited applications, ensuring reliable performance in tight setups.
image

Ready to Find the Right 785 nm Laser?

Whether you’re looking for a high-power solution for laboratory setups, a compact option for OEM systems, or a fiber-coupled version for integrated setups, RGB Lasersystems has the right 785 nm laser module for you. Contact us today to learn more about our 785 nm laser modules, request a quote, or get technical support. We’re here to assist you every step of the way!