Integrated Polymer Components

Precision Moulded & Integrated Polymer Components


Manufacturing Scope

ALSPL manufactures precision polymer components used within catheter systems, vascular access devices, monitoring platforms, and interventional assemblies.

Current production includes components such as:

  • Dilators
  • Catheter hubs
  • Luer connectors and rotating interfaces
  • Flow control elements
  • Torque devices
  • Wire clamping mechanisms
  • Sealing components
  • Multi-port and custom connector bodies
  • Structural housings and mechanical interfaces

Components may be supplied as standalone items or integrated into finished device platforms.


Process & Integration Capability

Manufacturing extends beyond moulding into full component integration.

Capability includes:

  • Precision injection moulding of medical-grade polymers
  • Multi-cavity tooling development
  • Tight dimensional tolerance control
  • Component joining and bonding
  • Integrated multi-part assemblies
  • Pressure-rated and sealing interface validation
  • Colour coding and identification features
  • Scaled production aligned to regulated device supply chains

Interfaces between components are controlled to ensure consistent fit, sealing performance, and mechanical stability across assemblies.


Engineering & Tooling Support

ALSPL supports OEM and development programs with:

  • Design-for-manufacture evaluation
  • Tool design and validation
  • Tolerance alignment across assembled components
  • Mechanical and pressure performance assessment
  • Prototype tooling and pilot builds
  • Transition from pilot to commercial production

If a partner provides a design, ALSPL supports tooling creation and scaled manufacturing under controlled parameters.


Custom Manufacturing Programs

Programs may include:

  • Manufacture to customer drawings
  • Redesign for manufacturability
  • Integration of moulded parts into assemblies
  • Component optimisation for performance or cost
  • OEM and private label production

Manufacturing programs are structured around tooling control, dimensional repeatability, and consistent lot-to-lot performance.