More Details
This prototype addresses common challenges in small kitchen appliance development: assembly fit, surface durability, and speed of delivery.
ABS housing is CNC-machined with ±0.05 mm tolerance to ensure precise alignment of internal features such as ribs, heat-dissipation holes, and mounting pillars. This supports direct installation of PCBA and motor assemblies without modification.
Surface finishing simulates production-level quality using high-hardness primer and matte/gloss topcoat. Coating provides resistance to oil and abrasion, while fine silk-screened logos and scale marks maintain visual consistency even on a functional prototype.The design undergoes pre-processing review to identify potential thin-wall areas that could lead to sink marks during injection molding, and engineering suggestions are provided to optimize wall thickness and avoid assembly or cosmetic defects.
Key Features & Advantages
1️⃣Engineering-Driven Decision Making
Tight tolerance CNC machining ensures housing integrity under vibration and functional testing, reducing pre-production risk.
2️⃣High-Fidelity Appearance & Structure
Three-coat two-bake finishing process delivers a premium visual effect (metallic or ceramic-like) while maintaining scratch and oil resistance.
3️⃣Fast Validation Loop
Integrated structural, visual, and assembly validation allows early-stage design verification within 5–7 days, shortening NPI cycles.
Technical Specifications
| Parameter | Value |
|---|---|
| Tolerance | ±0.05 mm |
| Surface Finish | High-hardness primer + Matte/Gloss topcoat |
| Assembly | Test-fit for PCBA and motor installation |
| Lead Time | 5–7 Days |
| Process | CNC Machining, Surface Finishing |
| Material | Engineering-grade ABS |
Application Scenarios
▶️Kitchen appliance functional prototype
▶️Assembly fit verification
▶️Surface finish validation
▶️Early-stage concept demonstration
▶️Small-batch pilot builds
FAQs
Q1: Can the prototype be used for functional testing?
Yes, the housing supports motor and PCBA installation for vibration and functional validation.
Q2: Do you support modifications before prototyping?
Yes, we review wall thickness and provide DFM suggestions to prevent sink marks or assembly issues.
Q3: Can multiple iterations be produced quickly?
Yes, 5–7 day rapid prototype delivery allows iterative testing.
Why Choose Us
We provide system-level prototyping services combining CNC precision, industrial-grade surface finishing, and assembly-ready engineering evaluation.
Our approach ensures functional verification, visual fidelity, and risk reduction before tooling.
