Automotive
Automotive Front Fog Lamp Bezel Injection Mold
Custom automotive fog lamp bezel mold development with DFM, slider and lifter design, surface control, cooling review and mold trial support.
Specifications
- Application:
- Automotive Exterior Trim / Fog Lamp Bezel
- Mold Type:
- Injection Mold with Side-Action Tooling
- Surface Control:
- High-Gloss / Visible Surface Quality Control
- Undercut Solution:
- Slider / Lifter, depending on part geometry
- Cooling:
- Balanced Cooling Layout for Dimensional Stability
- Ejection:
- Balanced Ejection for Clips, Ribs and Visible Surfaces
- Material Compatibility:
- ABS / PC+ABS / ASA / PP, according to project requirements
- Tooling Review:
- DFM, Parting Line, Gating, Cooling and Ejection Review
- Mold Trial:
- Filling Balance, Flash, Surface and Dimensional Validation
JST Mould provides custom injection mold development for automotive front fog lamp bezels and similar exterior trim parts. These components often combine visible surfaces, long curved geometry, clips, ribs and local undercuts, so the mold must balance appearance, dimensional stability and reliable demolding.
Key Tooling Features
- Surface quality and parting line control
- Slider / lifter solutions for clips and undercuts
- Gate and filling balance review
- Cooling layout for dimensional stability
- Ejection design for ribs, clips and visible surfaces
- Mold trial and defect validation
Materials & Applications
Suitable materials can include ABS, PC+ABS, ASA and PP, depending on project requirements.
Typical applications include:
- Fog lamp bezels
- Bumper trim
- Exterior decorative parts
- Automotive grille and surrounding trim components
Engineering Support
Our engineering review can cover DFM, parting strategy, side actions, gating, cooling, ejection and mold-trial issues before final tooling approval.
For a more detailed engineering discussion, see our automotive fog lamp bezel injection mold design guide.
Request a Mold Quote
Send us your 3D CAD data, resin requirement, surface specification and expected production volume for an initial tooling review.