Rapid prototyping for industrial testing instrument housings typically utilizes CNC machining, rapid injection molding, or vacuum molding, prioritizing structural strength, wear resistance, and aesthetic quality. This type of prototype is suitable for functional verification, assembly testing, and market demonstration during the R&D phase, helping customers rapidly advance product development.

1. CAD file confirmation and design review
2. Process analysis and material selection (impact-resistant and wear-resistant plastics or resins)
3. Mold manufacturing or CNC machining
4. Molding and preliminary assembly
5. Surface treatment (painting, UV coating, silk screen)
6. Precision testing and delivery

Applications: Primarily used for industrial testing equipment R&D, functional testing, assembly verification, and exhibition prototypes.

• High structural strength, suitable for functional verification
• Appearance close to production parts, suitable for display prototypes
• Various surface finishes meet industrial appearance requirements
• Supports a variety of plastic and engineering material options
• Flexible small-batch delivery and short R&D cycles

Q1: Can it withstand industrial environment testing?

A1: Yes, high-strength engineering plastics are available.

Q2: Is it suitable for functional verification?

A2: Yes, prototypes offer high precision.

Q3: Can the surface be treated for wear resistance?

A3: UV and hard coatings are available.

Q4: Is there a quantity limit?

A4: Minimum order of 1 piece, small batches are supported.

Q5: Turnaround time?

A5: Typical time is 7–15 days.

Supports customized appearance, logo screen printing, wear-resistant spray coating, and specialized structural optimization. Flexible adjustments can be made to meet the needs of different industrial testing equipment to ensure assembly and functional verification.