More Details
This shift panel assembly represents a typical interior HMI component where appearance, tactile response, and component integration are validated together.
The main structure was injection-molded using automotive ABS, selected for durability, dimensional stability, and moldability suitable for interior applications.
Surface treatments ranged from piano-black high gloss to matte or textured finishes to reduce fingerprints and enhance daily usability.
Decorative trims were realized through vacuum electroplating on plastic, providing a metallic appearance while controlling weight and structural complexity.
Functional button areas were produced using in-mold injection combined with durable printing to maintain clear, wear-resistant symbols under repeated operation.
Crystal-style gear selector components were precision cut and polished in acrylic or resin to enhance light reflection and perceived quality.
This approach allowed appearance, interaction, and assembly feasibility to be validated in a single integrated prototype, reducing fragmented verification steps.
Key Features & Advantages
1️⃣Engineering-Driven Decision Making
Material and process selections were determined by interior use conditions, tactile requirements, and integration risks, minimizing trial-and-error during validation.
2️⃣High-Fidelity Appearance and Interaction
Surface finishing, electroplated trims, and precision-cut transparent components ensured the prototype closely matched intended production appearance and user perception.
3️⃣Integrated Functional Validation
Structural parts, decorative elements, buttons, and PCB were assembled into a compact module, enabling full functional testing rather than isolated part evaluation.
4️⃣Fast Validation Loop
By combining appearance, interaction, and assembly checks into one prototype cycle, the development timeline is streamlined for efficient system-level validation.
Technical Specifications
| Parameter | Value |
|---|---|
| Tolerance | Interior-grade dimensional control |
| Surface Finish | Piano black high gloss / matte / textured / electroplated |
| Assembly | Test-fit and functional assembly with PCB integration |
| Lead Time | 25–30 days |
| Process | Injection molding, surface finishing, electroplating, assembly |
| Material | ABS, electroplated plastic, acrylic / resin |
Application Scenarios
▶️Automotive interior HMI concept validation
▶️Button layout and interaction testing
▶️Surface finish and fingerprint resistance evaluation
▶️Functional integration testing with PCB
▶️Small-batch pilot builds for internal review or demos
FAQs
Q1: Do you support custom size, material, or finish?
Yes. All prototypes are customized based on project requirements.
Q2: Can this be used for functional testing?
Yes. Button operation, assembly fit, and PCB integration can be validated at the prototype stage.
Q3: Do you support small-batch builds after prototyping?
Yes. Pilot runs and small-batch production are supported.
Q4: How do you ensure consistency across parts?
Through controlled molding parameters, surface process control, and engineering inspection.
Q5: Can you help optimize design for manufacturability?
Yes. DFM feedback is part of the prototyping workflow.
Why Choose Us
We provide rapid prototyping as a system-level service rather than isolated part manufacturing.
By coordinating materials, processes, surface treatments, and assembly from an engineering perspective, prototypes are validated with high reliability while shortening development cycles.
