Injection Moulding

Precision across a broad moulding range.

Injection moulding supports small precision parts, large-format components, co-moulded assemblies and controlled-surface applications.

01

Range

Conventional injection, twin-shot moulding, vertical barrels and rotating platens support diverse component architectures.

02

Control

Centralised material conveying, robotic handling and process controls support repeatable output.

03

Completion

Threads, weld interfaces, cosmetic surfaces and pressure-critical features are developed for downstream operations.

01
Geometry and functional requirements establish the injection-moulding brief.
Programme inputs
Confirm component geometry, resin, finish, volume and critical characteristics.
Review engineering
02
Tool readiness
Review the mould, cooling strategy, interfaces and trial status before production.
Review tooling
03
Controlled material movement precedes the moulding cycle.
Material control
Define resin handling, preparation, conveying and traceability requirements.
04
The process window is established around the component and tool requirement.
Process setup
Establish the equipment configuration, process window and in-process controls.
05
Controlled production
Run the approved process with robotic handling and defined inspection checks.
Review manufacturing
06
Joining and release evidence complete the injection-moulding route.
Completion and release
Complete downstream operations and review dimensional or functional evidence.
Review completion

Injection Moulding programme gates
Stage	Review focus	Expected output
Programme input	Geometry, resin, finish, volume and critical characteristics	Approved input brief
Tool readiness	Mould, cooling, interfaces and trial status	Trial-ready tool
Process control	Material handling, equipment configuration and process window	Controlled production route
Completion and release	Joining plus dimensional or functional checks	Release evidence

Process range, production control and assembly-ready output.