Metal Injection Molding (MIM molding)

JHMIM excels in the field with its advanced Metal Injection Molding (MIM) technology, streamlining the production of metal parts from basic to intricate designs, thereby minimizing the need for extensive machining. Specializing in the manufacture of critical components, our MIM and TiMIM (Titanium Metal Injection Molding) processes are ideally suited for parts typically weighing under 100 grams and measuring up to 3 inches in length and 0.25 inches in thickness. These precision-molded parts are perfect for industries demanding the highest standards of precision and reliability, including firearms, defense, medical, dental, orthodontics, aerospace, automotive, and more.

Further enhancing our commitment to innovation, JHMIM now supports customer R&D efforts with rapid prototyping services, offering 3D printed, MIM-like parts to speed up the development process. This service underscores our dedication to assisting customers from concept through to production. To learn more about how JHMIM can help accelerate your project development, explore our comprehensive range of services.

Titanium 3D printing industrial products

Titanium 3D printing is suitable for both prototyping of products with complex structures and mass production.

Titanium parts

Titanium Metal Injection Molding

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metal mim parts

Discover if MIM Molding is the optimal solution for your parts. Request a quote from JHMIM and explore the advantages of partnering with us. Our state-of-the-art Metal Injection Molding technology provides precision, efficiency, and cost-effectiveness, making it ideal for a wide range of industries. Learn how we can help streamline your production process and deliver high-quality, custom metal parts that meet your specific requirements. Contact us today to see how MIM Molding can benefit your project.


The Basic Knowledge

The Common Pitfalls When Purchasing

MIM cost advantage over parts made of titanium or inconel that need 50% of the material removed

Metal Injection Molding (MIM) offers significant cost advantages, particularly when comparing the production of complex parts from materials like titanium or Inconel, where traditional manufacturing methods may require the removal of up to 50% of the material. Here’s how MIM provides these cost benefits:

  1. Material Efficiency: MIM is highly efficient in terms of material usage. Since the parts are molded to near-net shape, the process minimizes wastage that is typical in subtractive manufacturing methods like CNC machining, where large amounts of the original metal block may need to be cut away.

  2. Reduced Labor Costs: MIM processes are largely automated, reducing the labor costs associated with extensive machining and finishing. Traditional methods requiring significant manual labor not only increase costs but also extend production times.

  3. Less Waste Management: With less material being removed, there is less waste to manage and recycle, further reducing the handling and processing costs associated with waste from materials like titanium and Inconel, which can be expensive to dispose of or recycle.

  4. Energy Efficiency: MIM uses less energy per part compared to extensive machining processes. Energy costs can be a significant part of the manufacturing budget, especially when dealing with hard-to-machine materials.

  5. Consistency and Scalability: MIM provides consistent quality across high volumes of parts, which is crucial for industries requiring high precision and reliability. Scaling production up or down is also more cost-effective with MIM, as the initial setup costs are amortized over a larger number of parts.

By leveraging the Metal Injection Molding process, companies can significantly reduce the overall manufacturing costs of parts traditionally made from hard-to-machine metals, making it a compelling option for industries looking to optimize their production both economically and technically.

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