We offer a wide variety of CW laser modules suitable for a large range of applications, including those utilizing a diode laser module as their core component. These lasers, made by German manufacturer RGB-Lasersystems, feature excellent beam quality and wavelength stability, as well as exceptional reliability and impressive cost/performance ratio. Each continuous wave laser in our selection is designed to deliver consistent, uninterrupted output for demanding tasks, ensuring stable performance over extended periods.

RGB CW high-performance modulatable lasers feature a very compact design, with optical powers up to 1 W. Given their high durability, excellent beam quality, and various options for system integration, they are ideal for industrial, scientific, and medical applications. The robust diode laser module at the heart of these systems ensures long operational lifetimes, making them a reliable choice for critical processes where a dependable continuous wave laser source is essential.

Features of RBG high-performance continuous wave laser modules:

• Available wavelengths from 375nm to 1550nm
• Compact design, facilitating easy integration 
  
• Optical power up to 1 W, demonstrating the capabilities of our continuous wave laser technology
• Active temperature stabilization for optimal performance of the diode laser module
• Optional fiber coupling for flexible beam delivery
• Analog or digital Modulation for precise control of the continuous wave laser output
• Digital control via USB for convenient operation and integration of the diode laser module

Relevance and Applications of Diode Laser Modules

Compact continuous wave lasers, often built in the form of diode laser modules, are highly versatile and find applications across numerous fields due to their stable, uninterrupted output, excellent beam quality, and small footprint. In scientific research, diode laser modules are indispensable for demanding tasks like high-resolution spectroscopy, including Raman and fluorescence spectroscopy, where their narrow linewidth and stable intensity enhance signal-to-noise ratios. These continuous wave lasers are also crucial in medical diagnostics and treatments, such as laser surgery, phototherapy, and dermatological procedures, where precise and controlled energy delivery is paramount. Industrially, diode laser modules excel in precision material processing. Furthermore, their compact design makes them ideal for integration into portable devices for field-deployable spectroscopy, remote sensing, and various types of microscopy, including scanning and confocal microscopy, enabling high-resolution imaging in biological and material sciences. Their reliability and consistent performance also make them valuable in optical trapping and manipulation, interferometry, and telecommunications for stable, high-speed data transmission.