Advanced Manufacturing

New materials and processes for demanding parts.

Explore verified options for surface finish, lower weight, in-mould decoration and process integration. Suitability is confirmed for each application through engineering review and trials.

Application-led development

The application, geometry, finish and performance determine which option is suitable.

Hot Foil Stamped Grille
Decorative polymer and foil processes support controlled surface intent.
Carbon Fibre Wheel Hub
Reinforced polymer architecture is evaluated against stiffness and weight objectives.
In Mould Decoration Interior
In-mould decoration integrates the finished surface during moulding.
Mucell Expansion Process
Microcellular structure is evaluated against material, weight and dimensional objectives.
Three Dimensional Mat
Formed mat geometry combines fit, surface definition and protection.

Materials and processes

Start with the result the part must achieve.

The application, geometry, finish and performance determine which option is suitable.

Hot-foil stamped grille demonstrating a decorative polymer surface
Decorative polymer and foil processes support controlled surface intent.
01

Surface

Chrome replacement

Polymer and foil options for a metallic or decorative appearance without conventional chrome plating, where suitable.

Carbon-fibre reinforced polymer wheel-hub application
Reinforced polymer architecture is evaluated against stiffness and weight objectives.
02

Lightweight

Carbon-fibre reinforced plastic

Reinforced polymer structures considered when stiffness and weight are important.

Interior component with an in-mould decorative surface
In-mould decoration integrates the finished surface during moulding.
03

Decoration

IML and IMD

Graphics or finished surfaces applied during moulding.

MuCell microcellular expansion process detail
Microcellular structure is evaluated against material, weight and dimensional objectives.
04

Process

MuCell

Microcellular moulding assessed for material use, weight and dimensional performance.

Decorative trim applications produced with controlled surface-transfer processes
Surface-transfer development is matched to the intended geometry and finish.
05

Surface

Hot foil stamping

Controlled foil transfer for decorative detail on moulded parts.

Mould-flow analysis used to study filling and thermal behaviour
Thermal and filling behaviour is reviewed before the process window is released.
06

Thermal Control

Vario-Therm moulding

Dynamic mould-temperature control for demanding filling or surface-finish requirements.

Vehicle-specific three-dimensional moulded mat
Formed mat geometry combines fit, surface definition and protection.
07

Interior

Three-dimensional mats

Formed mat systems designed for vehicle fit, surface definition and protection.

Component set demonstrating integrated in-mould decorative surfaces
Decoration and component function are consolidated where the programme permits.
08

Integration

In-mould functional surfaces

Decoration and function combined in the moulding cycle where the part permits it.

Development process

From the required result to a validated part.

  1. 01

    Define the required result

    Confirm the function, finish, weight or performance target.

  2. 02

    Study the options

    Review suitable materials and manufacturing processes.

  3. 03

    Run trials

    Test the selected material and process against the part requirement.

  4. 04

    Set production conditions

    Define measurable settings and acceptance limits.

  5. 05

    Validate the part

    Confirm the agreed performance, finish and repeatability.

Start a project

Tell us what you need to make.

Share the part or drawing, material if known, expected volume, current tooling and target timing. We will connect you with the relevant engineering, tooling, manufacturing or quality team.

Start an enquiry