New Focus Tunable Lasers

The New Focus™ tunable external cavity diodes lasers lead the market with high performance, delivering true continuous mode-hop-free tuning over wide wavelength ranges. The Velocity TLB-6700 is our premier tunable diode laser system offering both wide and fine wavelength scanning. The laser cavity housing is shock proof and thermally insulated with active temperature control and incorporates our unique magnetic damping technology providing higher power, stability, and narrow linewidths.
The fiber coupled option includes a robust, permanently fixed fiber port for optimal coupling efficiency maintained across the wavelength tuning range. Both the isolator and coupling are within the laser housing to ensure the highest power stability.
 - True mode-hop-free wide tuning
 - Exceptional stability with shock-proof, thermally insulated housing and magnetic damping technology
 - Fiber coupled option with robust, permanent fiber coupling
 - Easy-to-use wavelength control

HeNe Lasers

Helium-Neon or HeNe Lasers are gas lasers that use a mixture of Helium and Neon as the gain medium excited by an electrical discharge. HeNe lasers are preferred for many optics lab applications due to their ease of operation and low cost compared to other laser types. Whether you need the flexibility of multiple wavelengths from a single laser, the stability inherent in an atomic transition, or the confidence that comes from keeping an established process, there are many reasons for selecting a He Ne Laser for your research or equipment manufacturing needs.

Laser Diode Modules

Diode lasers are the most common type of laser and are used in multiple applications due to their small footprint and low cost. We offer Laser Diode Modules with free space or fiber coupled output for industrial and scientificapplications. Laser Diode Modules typically include the laser diode driver and temperature control electronics. We also offer TO-Can and cylindrical diode lasers that can be controlled using standard Newport Laser Diode Instrumentation.

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