New Products

Thermal Star™
Thermal pointer allows user to pinpoint features in scene live while viewing through thermal imagers. Compatible with FLIR SC-600 and other uncooled microbolometer thermal imagers sensitive in the 8-12 micron band.

Useful for applications in home inspection and construction (water damage, heat loss), wildlife observation, etc.
Learn more...

High Brightness & Circular Beam Lasers
LaserMax’s industrial & scientific lasers are now available in 35 mW 635 nm versions, as well as, 5 & 10 mW 635 nm circular versions. Innovations in laser diode technologies allow us to offer lasers that emit nearly circular beams with high efficiency and low divergence. This means lower cost, higher brightness and better collimation for your application!

Fiber Coupled Laser System
LaserMax laser system reliability and versatility is now available in a fiber coupled package!

Visible Applications • Fault Finding • Process Control • Medical Systems • Sensing & Alignment IR Applications • Test Referencing & Calibration • Communications • Sensing & Alignment

FCL Specifications >>

Fiber Coupled Lasers available in the most popular LaserMax System Configurations:
• LAS (CW, adjustable)
• MDL (CW)

Standard features include:
• 1 meter fiber length
• 900 micron fiber protection
• FC/PC connector (many other connectors also available)

Scientific / R&D FCLs
We can fiber couple any of our lasers for scientific and R&D applications. Please see our laser specification for output power. Multiply the laser output power by the coupling efficiency for the maximum output power out of the fiber. The fiber coupling efficiency is adjustable with the maximum coupling efficiencies as follows.

Maximum Single Mode Fiber Coupling Efficiency: 55% - 90%
The visible wavelengths are closer to the maximum 55% coupling efficiency while the near infrared wavelengths are closer to the maximum 90% coupling efficiency.

Maximum Multimode Fiber Coupling Efficiency: 75% - 95%
The visible wavelengths are closer to the maximum 75% coupling efficiency while the near infrared wavelengths are closer to the maximum 95% coupling efficiency.