Custom Fittings

Custom Fittings for Medical Device, Research, and Industrial Applications.

When standard fittings are not suitable for an assembly, Component Supply manufactures custom fittings designed around the customer’s dimensional, material, and performance requirements. From prototype development through production support, our team works with engineers to create fittings that integrate seamlessly into fluid paths, tubing assemblies, dispensing systems, and minimally invasive device applications.

Custom fittings can be manufactured in a wide variety of configurations, including threaded fittings, barbed fittings, compression-style connections, luer configurations, bulkhead fittings, reducers, adapters, and specialty connection geometries. Components can be produced from stainless steel, polypropylene, polycarbonate, nylon, PTFE, and other application-specific materials depending on pressure, chemical compatibility, sterilization, and performance requirements.

Our team regularly supports engineers who need:

  • Non-standard tubing connections
  • Tight space or low-profile assemblies
  • Leak-resistant fluid path transitions
  • Custom hub or luer configurations
  • Specialized port geometries
  • Material compatibility solutions
  • Prototype fittings for proof-of-concept testing
  • Production-ready fitting assemblies
 

In addition to manufacturing custom fittings, Component Supply can support secondary fabrication and assembly operations, including bonding preparation, machining coordination, drilling, overmolding coordination, tubing integration, and custom assembly support.

Custom fittings are commonly used in:

  • Catheter and medical tubing assemblies
  • Diagnostic equipment
  • Laboratory and analytical systems
  • Fluid handling systems
  • Dispensing applications
  • Pharmaceutical and biotech equipment
  • Research and development prototypes
  • Industrial instrumentation
 

By combining broad material availability with engineering-focused support, Component Supply helps customers move from concept validation to scalable manufacturing while reducing sourcing complexity and development delays.