Stable Laser Systems

Take your mind off your laser electronics and stay focused on your experiments.  The SLS Laser Servo and Offset Lock combines a highly configurable laser servo, frequency offset architecture, and automated locking packages, all with a speedy FPGA backbone to make optical cavity Pound-Drever-Hall locking a breeze.  Designed for ease of use, this servo package seamlessly integrates with industry diode, Ti:Sapphire, and fiber lasers; providing push-button or remote control rock-solid locking.  Supervisory monitoring of the lock state quickly corrects for any unlocks—as infrequent as they will be.

We meticulously engineer our laser frequency stabilization systems to deliver narrow, stable linewidths right out of the box, saving you thousands of hours in design, assembly, and testing.  Each system is built and guaranteed to deliver the exact performance you need for your application upon startup, for the first user or the tenth. 

• Ti:S, diode, or fiber lasers
• Ultra-low drift, narrow linewidths in a low-maintenance, turnkey system
• Push-button locking and automated re-locking
• Each system arrives fully tested with precision characterization and documentation

We’ve accumulated decades of experience in designing, testing, and optimizing Fabry-Perot cavities and housings for laser frequency stabilization. Let our experience work for your success. For many applications, a custom mirror coating, a standard cavity spacer, and matching vacuum housing allow for a quick delivery. For custom cavity lengths or applications, we build exactly what you need.

• Assistance selecting a cavity geometry & housing for your application
• Fully characterized zero-crossing temperature of the spacer or cavity
• High finesse Fabry-Perot cavity and/or multi-wavelength-band cavity options
• We can clean cavity mirrors or upgrade your cavity with new mirrors

Check out some of our new products for 2021! 

• sub-Hz linewidth 1762 nm laser systems with auto-locking functionalities
• integrated frequency stabilized Ti:Sapphire systems
• Broadband and multiline cavities
• low-noise femtosecond lasers

All with the same quality and performance that we are known for.