Fiber Optic Assemblies - High Power Laser - Spectroscopy
SMA - Cu SMA - TD-80 - Hybrid Cables
Standard Cable Assemblies & Mix & Match End Fittings. Hybrid Optical/ Electronic cables. Just because you don't see it doesn't mean you can't get it! Ask us.
Stainless SMA Air Gap
The stainless steel SMA 905 and Air Gap SMA 905 is a connector style common in Medical applications and general laser coupling. It was one of the first "power connector" types developed, is decades old, and still a workhorse, so of course we do it.
Copper SMA
Take the ubiquitous SMA 905 and make it out of a proprietary copper alloy to promote machinability, robustness and heat conduction and you get the Copper SMA which we have been providing for nearly 20 years! ALSO AVAILABLE AS FREE STANDING AIR GAP!
Copper TD-80
Need a little more heat management than the Cu SMA can provide? That is why the Cu TD-80 format was developed. With a 4mm barrel diameter this connector can handle almost twice the heat that the Cu SMA can, and yes, we've been doing this one for years as well.
End Capping - Cladding Mode Strippers - Water Cooled
Arc Welding of Glass - CO2 Fusing - Etched High Index Stripping - Active Heat Management
All Glass Fused End
The HP2.5 splices the fiber to a beam-expanding endcap which is fused to the outer ferrule. An epoxyless, easy to clean termination that is non absorbing and eliminates problems associated with free-standing fiber tip designs. Modestripping occurs inside the transparent ferrule, dumping residual pump power and giving protection against mis-coupled or back-reflected light. Ideal for high power fiber laser and diode pump applications. Can stand alone or be packaged into FC, Cu SMA, or TD-80.
Cladding Mode Strippers
When power is high and energy is injected into the cladding, it should be stripped before it enters the cable proper or the cable can be destroyed. Doing that takes a Cladding Mode Stripper (CMS). CMS are a section of fiber surrounded by other suitable materials to prevent guiding in the cladding and thereby forcing the dumping of that unwanted energy. While they are primarily useful on the input side, they can also be useful on output to enable effective collimating or focusing.
Water Cooling
When the power is up and things start to heat up, you may just need to resort to active cooling. XSOF™ has been doing active water cooling of end fittings for a long time. Many things govern how much heat can be dissipated, but if one of our standard designs won't work for your application our experience allows us to upgrade to something that will.
Optical Metrology and Spectroscopy
Linear arrays for slit matching, spot to line convertors, instrument and process interfacing
Bundles and Arrays
Building blocks create the fiber optic system you need.
Fixed, Changable, or Variable Path Length Probes. Micro or Process Hardened
Dip Absorption, Transmission, Transflectance, Reflection, Raman, Scattering, Fluorescence.
PCF & HCPCF Sealing - End Capping - Larger Format
Hermetic Sealing - Precision Window and Polishing - Fused End Caps - Medium & Large Format
Photonic Crystal Fiber Packaging
All of the incredible applications for PCF and HCPCF require real world devices where the end of the PCF/HCPCF is sealed or where it is packaged in a sealed fitting. XSOF™ has the tools and knowledge to directly seal the PCF/HCPCF and then polish the end facet to the thinest solid length with great precision. Alternatively, XSOF™ can end cap the PCF sealing it that way. After either operation XSOF™ can package the result in a number of end fittings. XSOF™ is regularly delivering packaged PCF to
End Capping
XSOF™ is end capping all kinds of fibers now. From SM to PMSM to LMA or multimode (MM) or MM Large Core. Typically this is done to focus through the end cap and reduce the energy density on the fiber facet when in air. Therefore, its not just the end capping that matters, it is the precision of the end cap polishing that creates the length of the end cap required to make the focusing effective and with a finish that is pristine. And, if you need and angle polish or AR coating, we do that too!
Larger Format
Connectors for nearly any size fiber with TIR of fiber <10um! When formats beyond the Cu SMA or the Cu TD-80 are required, when the power is high and the energy density is destroying fiber ends, even fused fiber ends, that is when tight tolerances matter and when the medium and larger format windows, waveguide end caps and the larger fittings are required. The Medium formats have end caps approaching 6mm in diameter, while the large format ends can see waveguides used that have up to 10mm input
Fused Ends, Development and Design
Fused Bundles of Fibers - Fused Combiners and Splitters - Square Fibers - Hallow Waveguides - Innovative Partners developing cables and end terminations unique to your needs.
Optical Tool Box & Diode Laser Pigtail Terminating
XSOF™ has always, and is now, constantly innovating and problem solving. As a result we have a "Tool Box" of solutions to fiber optic and optical problems. We are happy to open our tool box in joint development projects with customers . Let us shorten your development time and cost.
Or, did you know that we terminate pigtailed laser diodes with connectors or we can fusion splice exotic end fitting onto diode pigtails? Get us involved... its what we do.
Fused Splitters & Combiners - Bundles.
No, we cannot circumvent or over come LaGrange Invariance though we are asked to on a regular basis. But we can make small fiber count fused components for high temperature applications or applications where slightly more efficient end packing or the elimination of organics can be justified. Additionally, where physical contact combiners or splitters create problems from reflective surfaces shedding too much energy we can eliminate that by fusing the combiner or splitter. We are happy to discuss your unique application.
Square Fibers-PM Alignment-Hollow Waveguides-MIR..
We couldn't be a specialty optical fiber company if we turned our back on the unique properties of Square Fibers for creating more of a Lambertian Distribution on the output of multimode fibers, or being able to rotationally align PM fibers. fabricate assemblies with Fluoride Glasses or Chalcogenides or even Hollow Waveguides. We've learned the hard way so you don't have to suffer through the learning curve.
Semiconductor OES, IEP and other Semicon Tool Metrology with Fiber Optics
Yes we do it! Will be able to talk about it soon!
OES, IEP and other SemiConductor Tool Metrology with Fiber Assemblies.
Yes we do it! Will be able to talk about it soon! Optical Emission Spectroscopy for Endpoint Detection.
OES, IEP and other SemiConductor Tool Metrology with Fiber Assemblies.
Yes we do it! Will be able to talk about it soon! Interferometric
Endpoint Detection.
OES, IEP and other SemiConductor Tool Metrology with Fiber Assemblies.
Yes we do it! Will be able to talk about it soon! Transmit the Deep UV. Pentrate the Plasma and Vacuum. Distribute the energy. Measure orientation, edges, tilt.