CNC Machining to Bring Evolution to the Medical Industry: Let’s Explore!

We are in 2023, and the advancement of technology has now reached that level that was beyond our imagination before. From surgical instruments to ventilators to cartridges and implantable prototypes, the medical manufacturing industry has embraced cutting-edge technology with a vast application of CNC machining. With the huge demand for high-quality and precision medical products, choosing CNC for medical device prototyping is the best way to manufacture parts more efficiently and quickly.

Unlock the Significance of CNC Machining in the Medical Industry

Do you know many medical instruments come with plastic face shields? All these are made of injection molding, where CNC machining plays a great role in creating the best molds to uphold consistency and precision. Compared to manual manufacturing processes, CNC ensures more accuracy and faster production.

CNC Machining in Medical Industry

Since CNC machining medical devices come with more precision and accurate shapes and cuts, its application has become more in demand in the medical manufacturing industry. For example, bone screws. Here, the manufacturers use Swiss CNC machining to create flawless finishes and reduce the chances of part failure and patient discomfort.

Also, there are a few more common applications of CNC in the medical industry:

  • Surgical instruments
  • Handheld devices
  • Cartridges
  • Ventilators
  • Microfluidics and more

Materials Used For CNC Machining to Produce Medical Devices

Different medical instruments come with malleability and specific tension requirements, while disposal and sterilization are needed as well. That’s why four out of five medical devices are made of stainless steel to make them oxidation-resistant and easy to machine. On the other hand, the use of titanium alloys in CNC machining for designing medical instruments is also popular due to its elasticity. However, manufacturers in the medical industry are researching more and more materials to find suitable ones, which can be used in CNC machining and create functional medical instruments.

Capabilities of CNC Machining

Medical device prototyping techniques often come with complications, like CNC machining titanium alloy to produce any medical instrument, maintaining the heat levels, or ensuring tight tolerance. In this case, CAM/CAD suite is mandatory to cut it precisely.

CAM/CAD software allows not just speed during CNC machining but reliability and precision and meets the huge demands of the medical industry. For example:

  • Capability to cut, create, and import any CAD model virtually
  • Different CAM tools to meet the complexity of machining
  • Efficient and quick cutting while minimizing tool wear
  • Streamlining with 5-axis drilling, cutting, and trimming
  • Perfect for cutting extremely small parts with precision
  • Eliminate burrs for critical medical instruments

In Conclusion

At Createproto Rapid System Limited, we are offering top-notch CNC machining medical devices more efficiently, accurately, and faster. From mass-producing healthcare products with personalization to connecting devices through CNC machining and rapid prototyping- We can get you all covered.

Our medical machining experts also use additive manufacturing techniques, known as 3D printing, to produce medical devices matching the anatomy of a patient. We have hands-on experience even creating the smallest medical components. You can rely on us with your precision challenges for medical parts.

So, wait no more! Request an online quote with a FREE analysis, and we will send the price just within 7 hours!