Your Partner for Precision Fiber Optic Solutions
At XSOF™, we specialize in designing and manufacturing custom fiber optic assemblies tailored to your exact project requirements. Our experienced team collaborates closely with you from concept to delivery, ensuring every assembly meets your unique application needs—on time and within budget.
Why Choose XSOF™ for Custom Fiber Optic Assemblies?
We manufacture custom fiber optic assemblies for a range of applications. You can tell us exactly what your project requires, or you can browse some of our options for hybrid cables and assemblies.
- Over 30 years of fiber optic manufacturing expertise
- Full-service design, prototyping, and production
- Wide range of specialty fiber optic solutions
- Built-to-order assemblies for any application
- Fast turnaround and reliable delivery
- Rigorous quality assurance and testing for dependable performance
What can XSOF do for you?
Our Capabilities
We offer a comprehensive Optical Toolbox to solve complex challenges in fiber optics. Our custom assemblies can include:
Standard and specialty fiber optic connectors
Square fibers for Lambertian or “Top Hat” output distributions
Polarization-maintaining (PM) fiber alignment and orientation
Mid-IR materials (Fluoride Glass, Chalcogenides)
Hollow waveguides for extended wavelength and high-power applications
Fused splitters and combiners for high-temperature or high-power environments
XSOF solves problems
Specialty Fiber Optic Solutions
We offer a comprehensive Optical Toolbox to solve complex challenges in fiber optics. Our custom assemblies can include:
Square Fibers
Achieve precise output profiles and mode mixing. We expertly terminate and align square fibers for demanding applications.
PM Fiber Alignment
Visualize, rotate, and align the PM axis relative to connector keys for optimal performance.
Mid-IR & Hollow Waveguides
Extend your system’s capabilities beyond silica fibers with advanced materials and waveguide solutions.
Fused Splitters & Combines
Our fused fiber optic splitters and combiners provide:
Enhanced efficiency for small fiber count applications
Superior performance in high-temperature and high-power environments
Elimination of reflective losses with fused, rather than physically contacted, components