Custom component development

From your reference to a clear development plan.

Some automotive interior and exterior components require custom development. We work from samples and drawings to support reverse engineering, mold development, injection molding and surface finishing.

Discuss a custom project
Mold preparation area in a tooling workshop
Start with the component. Plan the tooling around its requirements.

Structure. Appearance. A defined purpose.

Bring a replacement component, an interior trim concept or an exterior component with custom branding. We review the reference, mounting interfaces and surface finish to define the development scope.

Body components in a production area
Body and exterior components
Lighting and exterior component samples on display racks
Samples showing appearance and component details
Body panel illustration

Start with the part you need

Confirm the installation position, neighboring components and visible surfaces. Development scope is assessed for the requested part.

Illustrated vehicle range for exterior-parts sourcing
Vehicle illustrations show examples of sourcing requests. Fitment must be confirmed for each part.

More than a change of shape.

Specify what buyers will see and touch, as well as how the part will fit. Color, texture and branding are evaluated together with the manufacturing method.

01

Color matching

Define the color using a Pantone reference, RAL code or physical sample. Review the result on the selected material.

Pantone / RAL
02

Surface finishes & textures

Discuss smooth, matte or leather-grain finishes. Confirm the texture and visible surfaces during sample review.

Smooth / Matte / Leather grain
03

Molded-in branding

Evaluate embossed or debossed branding formed in the mold. Logo placement and dedicated tooling arrangements are agreed per project.

Embossed / Debossed

Decisions made in the right order.

  1. 01

    Define the requirements

    Share a reference sample, drawing or design brief. Identify the vehicle, model year, part position and intended use so the starting point is clear.

  2. 02

    Review engineering & tooling

    Assess geometry, materials and manufacturing requirements through reverse engineering and mold design. Agree on the tooling scope before committing to production.

  3. 03

    Confirm the sample

    Check fit, mounting features, color and texture against the agreed reference. Record revisions and sample approval before the production specification is finalized.

  4. 04

    Plan production & delivery

    Agree on inspection checkpoints, packaging, labeling and order quantities. Confirm tooling ownership, lead times and commercial terms for the project.

What to prepare.

You do not need a complete engineering package to get started. Share the information you have and the requirements that still need to be defined.

  • Reference photos, samples or drawings
  • Vehicle, model year and installation position
  • Material, color, texture and logo requirements
  • Expected quantity, packaging and target schedule

Clear specifications and project terms.

Minimum order quantities, tooling costs and ownership, exclusivity, manufacturing tolerances and lead times are agreed per project and confirmed in the quotation or project agreement.

Have a sample or a drawing?

Tell us what should stay the same, what should change and how you intend to use the part.

Discuss your requirements