Precision That Heals.
Performance That Saves Lives.

End-to-end CNC Machining and Additive Manufacturing Solutions for the Medical Industry.

Precision CNC & Additive Solutions Designed for Critical Medical Components

For medical device and implant manufacturers, ensuring patient safety and optimal performance is paramount. This requires uncompromising precision and reliability in every component—from surgical instruments to advanced prosthetics. As demand for accurate and durable medical solutions continues to rise, the importance of high-quality manufacturing has never been greater.

Phillips Machine Tools provides cutting-edge technologies including:

3-Axis, 4-Axis, and 5-Axis CNC milling
CNC turning
Wire Cut EDM
Grinding
Deep hole drilling
Metal forming
3D printing

These high-precision capabilities help manufacturers produce top-quality implants and devices with confidence.

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Applications

Orthopedic Implant
Manufacturing

Orthopaedic devices such as implants, supports, and fixation components including hips, knees, spine implants, and bone plates/screws—are manufactured using advanced CNC machining and 3D printing solutions. These technologies enable the production of components to exact specifications, ensuring precision, reliability, and comfort for patients.

Dental Implants and
Restorations

In the dental industry, precision is paramount. 3D printers are instrumental in producing a wide range of dental devices including crowns, bridges, abutments, and surgical guides ensuring the accuracy, fit, and high-quality finishes necessary for modern dental applications.

Surgical Instruments and
Tools

CNC machining and 3D printing helps in manufacturing high-precision surgical instruments. These tools are critical in ensuring the reliability and accuracy required in complex surgical procedures, meeting stringent medical standards.

Patient Specific Prosthetics and Orthotics

Delivering comfort, fit, and function, today’s prosthetics and orthotics are increasingly tailored to individual patients. Using 3D printing, highly customized, lightweight designs can be produced with ease, while CNC machining ensures precision in critical structural components. These advanced technologies enable the creation of patient-specific solutions that significantly enhance mobility and quality of life.

Medical Device Prototyping and Custom Tooling

Using biocompatible materials like titanium and medical-grade polymers ensures safety and compatibility when developing medical tools and devices. CNC machining provides the high precision needed for custom tools and prototypes, while 3D printing allows for rapid design iterations and complex geometries—accelerating development and enhancing overall product performance.

Components for Diagnostic & Electronic Medical Equipment

Advanced machining solutions play a critical role in the production of precision components used in diagnostic and electronic medical equipment, such as MRI machines, CT scanners, ultrasound systems, and patient monitoring devices. Manufactured using high-precision CNC machines, these components demand exceptional accuracy, repeatability, and reliability to ensure the consistent and safe operation of complex medical technologies.

Applications

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Orthopedic Implant Manufacturing

Dental Implants and Restorations

Surgical Instruments and Tools

Patient Specific Prosthetics and Orthotics

Medical Device Prototyping and Custom Tooling

Using biocompatible materials like titanium and medical-grade polymers ensures safety and compatibility when developing medical tools and devices. CNC machining provides the high precision needed for custom tools and prototypes, while 3D printing allows for rapid design iterations and complex geometries accelerating development and enhancing overall product performance.

Components for Diagnostic & Electronic Medical Equipment

Ready to Elevate Your Medical Manufacturing?

Partner with Phillips Machine Tools to advance your precision, reliability, and innovation in medical device and implant production. Contact us today for a consultation.

Machines

& Technology

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Machines & Technology

Haas 5-Axis Machining

Hermle 5-Axis Machining

Haas 3-Axis Machining

Phillips Double Column Machining

Haas ST-20Y

Markforged X7

Markforged FX20

Markforged Metal X

Markforged Mark Two

EOS P110

Formlabs Form 3+

Form 4B

Form 3BL

Form 4L

EOS P 396

JFY - BFC+ Series CNC Laser Cutting Machine

JFY - TPM8 CNC Press Brake

Accutex Wire Cut EDM

ZNC Die Sinking EDM

Fast Speed Wire EDM

Drill EDM

CNC Die Sinking EDM

Phillips Cylindrical Grinder

Palmary - Cylindrical Grinding

Phillips Surface Grinder

Kent - Surface Grinder

Hear From Our Customers

Video

Duration 2:42 mins

Why Auxein Medical Trusts Haas Machines for Precision Orthopedic Implants

Video

Duration 3:02 mins

HERMLE C 22 Knochenplatte | Bone plate

Video

Duration 3:28 mins

Dexterous Success Story - Phillips Additive Manufacturing

›

Video Duration: 2:42 mins

Why Auxein Medical Trusts Haas Machines for Precision Orthopedic Implants

▶ WATCH NOW

Video Duration: 3:02 mins

HERMLE C 22 Knochenplatte | Bone plate

▶ WATCH NOW

Video Duration: 3:28 mins

Dexterous Success Story - Phillips Additive Manufacturing

▶ WATCH NOW

Some of Our esteemed clients

Trusted By Market Leaders

We take pride in being a trusted partner to market leaders and industry pioneers, collaborating closely to drive innovation and excellence

Case Study

Shukla: Accelerating Product Launches with 3D Printed.

EOS: Optimizing Cranial Implants with EOS 3D Printing for Faster, Precise Medical Solutions

Formlabs:High-Volume, High-Precision Dental Production with Formlabs' Form 4B and 4BL Printers

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Shukla: Accelerating Product Launches with 3D Printed.

▶ READ MORE

EOS: Optimizing Cranial Implants with EOS 3D Printing for Faster, Precise Medical Solutions

▶ READ MORE

Formlabs: High-Volume, High-Precision Dental Production with Formlabs' Form 4B and 4BL Printers

▶ READ MORE

Frequently Asked Questions

1) Can Phillips offer complete solutions for both prototyping and mass production of medical devices ?

Yes, our portfolio includes advanced 3D printing solutions, CNC machining centers (3-axis & 5-axis milling), turning machines, grinding solutions, EDM machines, and metal forming technologies. These integrated solutions enable a seamless transition from rapid prototyping to high-volume, precision manufacturing of medical devices.

2) How does Phillips help medical manufacturers reduce production time ?

By combining high-speed CNC machining, additive manufacturing, automation, and in-house application engineering, Phillips helps customers accelerate design-to-production cycles and stay competitive in the medical market.

3) What role does grinding and EDM play in medical device manufacturing ?

Phillips grinding and EDM solutions enable manufacturers to achieve ultra-precise features, fine contours, and complex shapes in hard materials like titanium and stainless steel, commonly used in medical implants.

4) Which medical applications benefit most from 3D printing solutions by Phillips ?

Our 3D printing solutions are ideal for custom implants, surgical guides, dental crowns, and complex orthopedic parts, where speed, lightweight structures, and design flexibility are critical.

5) What service and support does Phillips Machine Tools offer medical manufacturers ?

Phillips provides installation, training, maintenance, application support, and quick technical service to ensure smooth, reliable medical device production.

Precision That Heals. Performance That Saves Lives.

Precision CNC & Additive Solutions Designed for Critical Medical Components