Facilities and Engineering
Infrastructure Built for Precision and Repeatable Production
A fully equipped plastics and composites facility designed to support prototyping, tooling, scalable manufacturing for demanding OEM programs.
Overview
- Dedicated plant areas for vacuum forming, FRP lay up, RTM, trimming, bonding and finishing.
- In-house mould and pattern development for faster iterations and stable long-term production.
- Integrated engineering support for DFM, material selection, feasibility, process planning.
- Proven capability across automotive, construction equipment, healthcare and general engineering applications.
Purpose-Built for Complex Plastics and Composite Manufacturing
Facilities and engineering
A Complete Ecosystem for Plastic and Composite Part Manufacturing
Six key infrastructure strengths that support accuracy, scale and process reliability.
Thermoforming and Vacuum Forming Units
Complete control over moulds, faster development cycles, stable production.
FRP and Composite Moulding Bays
Large format forming beds with controlled heating zones for consistent output across complex shapes.
RTM and Silicon Bagging Systems
Closed moulding setups that deliver superior surface finish, uniform thickness and repeatable strength across batches.
Tooling and Pattern Fabrication Workshop
In-house CNC pattern development and mould building for quicker revisions and stable geometry.
Trimming, Bonding and Assembly Lines
Ultrasonic welding, chemical bonding, mechanical fastening and trimming stations designed for ready-to-fit assemblies.
Surface Finishing and Coating Areas
PU painting, sanding, surface preparation and final finishing zones to deliver clean aesthetics and consistent appearance.
Engineering advantage
Manufacturing Infrastructure Backed by Practical Engineering.
Our engineering team supports every program with tool design, feasibility checks, DFM guidance and practical feedback from production. This ensures each part is manufacturable, stable in long-term use and aligned with OEM expectations.
- CAD based tooling development and CNC pattern making
- Reverse engineering support using customer samples
- Material selection guidance for strength, weight and life
- Process routing and optimisation for high repeatability
- Early validation to reduce redesign and development delays
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