Medical Manufacturing
Medical manufacturing directly supports patient care and clinical outcomes.
Pointe Precision supports medical device manufacturers with tightly controlled CNC machining processes for life-critical components. From surgical instruments to hospital equipment and diagnostic devices, our processes are designed to deliver consistent results and documented quality.
Medical at a Glance
Medical machining capabilities
- CNC turning, milling, and grinding
- EDM and nonconventional machining
- Heat treating
- Advanced inspection and measurement
Materials
- Metals and medical-grade plastics
- Acrylic, Delrin®, aluminum, steels, and select exotic materials
Quality focus
- In-process inspection
- Dedicated metrology lab with NIST-traceable calibration
Medical Components We Manufacture
Medical components include:
- Surgical instrument components
- Hospital equipment parts, including surgical arms and bed components
- Calibration and diagnostic device components
Medical Capabilities
From complex part geometries to repeatable production, medical manufacturing depends on disciplined machining capabilities. Pointe Precision provides the processes and expertise required to meet these demands.
Precision turning & milling
Advanced CNC machining supports complex geometries and tight tolerances required for medical components.
Grinding
Precision grinding delivers accurate dimensions and surface finishes for critical features.
EDM capabilities support intricate shapes and materials commonly used in medical devices and equipment.
Engineering support
Our team works with customers to improve manufacturability, repeatability, and process efficiency while maintaining part performance.
Rigorous inspection ensures medical components meet exact specifications before delivery.
Medical Manufacturing Materials We Work With
Pointe Precision machines a range of materials commonly used in medical devices, selected to meet functional, durability, and cleaning requirements.
Metals
- Aluminum
- Carbon and stainless steels
- Select exotic materials
Plastics
- Acrylic
- Delrin®
Quality, Inspection & Repeatability
In-process inspection
- Inspection performed directly at workcenters
- Operators verify critical features during production
Metrology lab & calibration
- Climate-controlled metrology lab
- NIST-traceable calibration of inspection equipment
Measurement capabilities
- Coordinate Measuring Machines (CMMs)
- Optical comparators and vision measurement systems
These systems help ensure every part meets specification and performs as intended.
Medical FAQs
What types of medical components does Pointe Precision manufacture?
We manufacture precision components for medical devices and equipment, including surgical instruments, diagnostic equipment components, hospital equipment parts, and other life-critical applications.
How do you ensure precision and consistency for medical parts?
Precision is achieved through advanced CNC machining, tightly controlled processes, and rigorous inspection at multiple stages of production to ensure every part meets exact specifications.
What quality standards do you follow for medical manufacturing?
We follow ISO 9001 and AS9100 quality standards, applying disciplined quality management practices that support the high expectations of medical manufacturing.
Can you support both prototyping and production for medical devices?
Yes. We support early-stage prototypes as well as low- and mid-volume production, helping customers transition from development to manufacturing with confidence.
How do you manage traceability and documentation for medical components?
We maintain detailed documentation and inspection records to support traceability and quality assurance throughout the manufacturing process.
How do you protect part integrity during manufacturing and inspection?
Parts are handled carefully throughout machining, inspection, and packaging to maintain surface finishes, dimensional accuracy, and overall integrity.
What materials do you machine for medical applications?
We machine a variety of metals and plastics commonly used in medical devices, selected based on strength, durability, and application requirements.
Let’s talk about your medical manufacturing needs
Upload your prints to review materials, tolerances, and inspection requirements for your medical components.