Customized Parts Manufacturing in The Rapid Prototyping Medical Industry

Precision prototypes with complex geometric shapes

Best Design and Engineering Support

Precision machining with strict tolerances

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Improve the Way You Manufacture Customized Parts

Minghao provides you with high-precision customized processing of medical equipment components. Medical equipment components often require extremely high manufacturing precision, as even the smallest errors may affect the functionality of the equipment or the safety of patients. Through our precision machining, we can achieve very precise control to ensure that each component meets the required dimensions and tolerances.

1. High Precision

Aerospace components have extremely high requirements for size and shape, and any small error can lead to serious consequences. We can provide extremely high precision to ensure that each component meets strict design specifications.

2. Quick Delivery

By uploading drawings through our instant online platform, you can obtain quotes and delivery times in a short period of time, shortening your production cycle.

3. Professional Team

Our production line adopts advanced technology to ensure the accuracy and precision of manufacturing. Each aviation component has the correct size specifications, structural strength, and performance.

Application of CNC Machining and Medical Parts

Medical equipment parts related to CNC machining usually refer to precision components manufactured by CNC machine tools and used in medical equipment. These parts are widely used in the medical industry due to their high precision, good surface finish, and high dimensional consistency.
1. Rapid prototyping of medical devices
2. Surgical knives
3. Orthopedic instruments
4. Diagnostic equipment parts
5. Laboratory equipment parts
6. Dental equipment parts
7. Customized fixtures and fixing devices

Our Manufacturing Services

Our manufacturing capabilities are multi-faceted, allowing us to provide complete machining solutions, from individual parts to high volume production. We are able to accurately manufacture a wide range of complex and high-precision parts and assemblies in accordance with customer-specific requirements and design drawings.

CNC Machining

It is a modern precision manufacturing process that uses computerised systems to control the movements of machine tools to enable the precise removal or shaping of raw materials to create a wide range of complex parts and assemblies.

Sheet Metal Fabrication

A service for manufacturing various metal structural parts by laser cutting, bending, and stamping metal sheets.

Aluminium Profiles

A process for manufacturing aluminium profiles of various cross-sectional shapes by passing a heated aluminium billet through a mould of a specific shape.

3D Printing Service

A manufacturing service that uses digital models to accurately create complex shaped objects by stacking materials in layers.

Injection Molding

A manufacturing process in which molten plastic is injected into a mould and cooled and cured to mass produce parts of the same shape.

Surface Treatment of Medical Devices

The surface treatment of medical equipment components is a key technology that directly affects the performance, reliability, and service life of the equipment. Proper surface treatment can not only improve the appearance, but more importantly, enhance the functional characteristics of components, such as biocompatibility, wear resistance, corrosion resistance, etc. The following are some commonly used surface treatment methods and their applications for medical equipment components:
1. Anodizing
2. Electroplating
3. Sandblasting
4. Polishing
5. Coating
6. Laser processing
7. Passivation
8. Heat treatment

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Application Materials for Medical Devices

The selection of application materials for medical equipment components is extremely important, as they not only need to meet the requirements of mechanical performance, but also need to consider factors such as biocompatibility, corrosion resistance, non toxicity, and sterilization.
1. Stainless steel: 304/304L, 316/316L
2. Titanium: Titanium grades 1, 2, 5
3. Aluminum: 6061-T6, 7075-T6
4. Polymer materials: PC PP、 PE、 PVC 、PEEK

Put your medical device into production today.