Medical Devices Parts

Medical Industry looks for superior physical properties, flexibility in selection of materials, corrosion resistance properties & reliability. Metal Injection Molding technology is used for manufacturing orthodontic brackets, surgical instruments, forceps, micro-graspers, scissors and suturing devices, drug delivery devices, surgical implants, hearing aids, dental equipment and implants, and joint replacements. While orthodontic devices traditionally have been manufactured using investment casting, manufacturers have realized the cost savings and high-quality products offered by metal injection molding. MIM is capable of producing robust, smooth, and precise parts in a range of metals, including the most commonly used stainless steel.

Metal injection molding (MIM) is a manufacturing process that can be used to produce complex metal parts for various industries, including medical devices. MIM parts are typically used for applications where high strength, corrosion resistance and biocompatibility are important. The use of MIM helps to improve the performance, durability and safety of medical equipments, while also reducing manufacturing costs and shortening delivery times. MIM parts offer several advantages for medical devices, such as:

• Complex geometries: MIM can create complex geometries that are difficult or impossible to produce with traditional manufacturing methods.

• High precision: MIM parts can be manufactured with very tight tolerances, which is very important for medical equipment that require accurate measurements.

• Consistency: MIM parts are highly consistent, with minimal variation between parts.

• Material selection: MIM can be used to manufacture parts from various materials, including stainless steel, titanium and cobalt-chromium alloys.

• Cost-effectiveness: MIM can be an economical and efficient alternative to traditional manufacturing methods for producing small and medium batches of parts.

Some examples of medical equipment that may use MIM parts include surgical instruments, orthopedic implants, dental implants and drug delivery devices. MIM is widely used in the medical equipment: such as scissors, tweezers, orthopedic dental brackets, body suture needles, biopsy sampling forceps, scalpel handles and so on.

Harber Industrial Ltd. has many years of experience in providing metal manufacturing solutions for our medical equipment customers.  

we have the experience, technology and dedication to partner with our customers on their most technically demanding metal product requirements. High performance medical materials (e.g. SS316L, 17-4PH, SS420, SS304), stringent quality control, repeatability in dimensions, maintaining tight tolerances, ensuring product with superior corrosion resistance properties, extensive support in design & engineering, proto-typing activities in product development, support in multiple stage of product modifications, performance testing & supply of fully finished components.

• Very low cost for tooling/molds and PC parts - Fast delivery

• One-stop shop for all your medical metal parts processing needs

• High precision with tolerances up to +/-0.001 and high compliance with surface standards

• Industry-leading expertise in designing unique components for production

• Rapid development system for alloys and new materials

• Rapid and cost-effective prototype development system

• Continuous sintering suitable for high-volume production

• Flexible processing capable of handling parts of various sizes

• Resources to meet the largest production demands
  

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