Precision Engineered Medical Device Components
Precision. Performance. Reliability.
At MPP, we understand that precision, reliability, and biocompatibility are critical in medical component manufacturing. From surgical instruments to implantable devices, our advanced Metal Injection Molding (MIM) and Powder Metallurgy (PM) processes produce complex, high-performance components that meet the strictest medical industry standards.
With over 75 years of expertise, we deliver metal powder products that enhance patient outcomes, improve device durability, and streamline manufacturing efficiency.
Medical Components Engineered for Critical Needs
Our medical device components meet the rigorous demands of life-saving applications, ensuring optimal strength, corrosion resistance, and performance.
- Surgical Device Components – Minimally invasive tools, forceps, and orthopedic devices.
- Orthodontics Components & Dental Devices – Handles, drills, and brackets with high wear resistance.
- Medical Robotics – Motion-critical components for robotic-assisted surgery.
- Hospital Equipment & Mobility Devices – Lightweight, high-strength parts for hospital bed components, stretchers, wheelchairs parts, and surgical tables.
- Implantable Devices – MIM and PM components designed for biocompatibility in pacemakers, bone screws, and fixation devices.
- Medical Imaging & Diagnostic Equipment – MRI, CT scanning components, X-Ray machine parts, ventilator motors, and medical pumps.
Engineered for Performance. Manufactured for Reliability.
✔ Precision Manufacturing – Complex geometries, near-net-shape production, and tight tolerances for high-performance components.
✔ Material Versatility – Biocompatible 316L stainless steel, aluminum, soft magnetic composites, and more.
✔ Cost-Effective High-Volume Production – Scalable manufacturing for large-scale medical device production.
✔ Enhanced Strength & Corrosion Resistance – Materials designed for high wear, sterilization, and medical-grade durability.
✔ Lightweight & High-Strength Aluminum – Optimized for surgical instruments, imaging systems, and mobility devices.
✔ Sustainable Manufacturing – Reduced material waste through PM and MIM technology
*MPP’s medical device components are manufactured in compliance with ISO 13485 standards, ensuring strict adherence to medical device quality requirements. Our materials undergo biocompatibility testing to meet safety standards, and we align with FDA regulations for medical devices intended for the U.S. market.
Medical-Grade Materials We Work With
316 Stainless Steel – High corrosion resistance, ideal for surgical tools and implantable devices.
304 Stainless Steel – Cost-effective with good strength for medical housings and components.
MIM 17-4 & MIM 420 – High-strength materials for precision surgical applications.
Aluminum – Lightweight and non-magnetic, suitable for imaging equipment and mobility devices.
Soft Magnetic Composites (SMC) – Magnetic properties optimized for MRI, CT machines, and ventilators.
Copper & Bronze – Electrical conductivity for medical electronics.
In-House Secondary Operations
We provide a full suite of secondary processes to enhance medical components:
✔ Precision Machining & Coining
✔ Heat Treating for Hardness & Durability
✔ Black Oxide & Black Nitride Coatings
✔ Bead Blasting & Tumbling for Surface Finish
✔ Hot Isostatic Pressing (HIP) for Strength Enhancement
Why MIM & PM for Medical Device Production?
MIM and PM deliver precision, strength, and biocompatibility for medical components, enabling:
- Intricate Designs – Achieve complex geometries not possible with traditional machining.
- Versatile Materials – Use biocompatible metals like stainless steel, titanium, and aluminum.
- Miniaturization – Ideal for surgical tools and implantable devices.
- High-Volume Efficiency – Consistent quality with cost-effective large-scale production.
- Superior Finish & Tolerance – Minimal post-processing for durable, high-performance parts.
Success Stories in Medical Innovation
Plastic to MIM Conversion
The Challenge:Medication cart lock components were failing to meet strength and security requirements, making them vulnerable to "low-tech" lock disabling techniques. The existing plastic injection-molded parts lacked the necessary durability for secure medical applications. The Solution:Using MPP’s Conversioneering® process, the lock components were redesigned with MIM-316L, an alloy known for high strength, corrosion resistance, and non-magnetic properties. This transition enhanced durability while keeping weight minimal, and tooling concepts remained identical to the original design—allowing for seamless integration into the existing system. |
Partner with MPP for Medical Component Manufacturing Excellence
With industry-leading expertise in medical component manufacturing, metal powder products, and Medical Injection Molding Services, MPP delivers custom medical solutions that enhance patient care and device performance. Whether you need surgical device components, implantable components, wheelchair parts, or hospital bed components, our medical powder metal solutions provide a cost-effective, high-performance alternative to traditional medical device production.