Rapid Prototyping of Medical Laboratory Instrument Housings

Process Introduction

Rapid prototyping of laboratory medical instrument housings primarily utilizes CNC machining and vacuum molding to ensure chemical resistance and structural stability. These parts are commonly used in the development of housings for testing equipment and laboratory analytical instruments.

Process Flow:

1. Document Confirmation
2. Material Selection (Chemical Resistance)
3. CNC/Moulding
4. Polishing and Painting
5. Assembly and Laboratory Environment Simulation
6. Finished Product Delivery

Product Parameters

Applications and Advantages

Applications: Suitable for the development and functional testing of laboratory instrument housings.

Advantages:

• High corrosion resistance
• High assembly precision
• Flexible delivery for small batches
• Various surface finishes available
• Short turnaround time and rapid R&D

FAQ

Q1: Is it chemically resistant?

A1: Yes.

Q2: Is it suitable for laboratory equipment?

A2: Yes.

Q3: Is there a quantity limit?

A3: Minimum order quantity is 1 piece.

Q4: Turnaround time?

A4: 7–15 days.

Q5: Is surface treatment available?

A5: Painting and polishing are available.

Customized mold customization

We offer corrosion-resistant materials, custom logos, and custom colors to meet the unique needs of laboratory equipment.