Medical Magnetic Solutions

Magnetic Engineering for the Future of J&J MedTech Robotics

As Johnson & Johnson MedTech advances robotic-assisted surgery across MONARCH, OTTAVA, and VELYS, the technologies behind these platforms must deliver exceptional precision, reliability, and scalability.

Permag brings decades of magnetic engineering and manufacturing expertise to complex medical applications. We partner with engineering teams to develop precision permanent magnets and custom magnetic assemblies designed around demanding requirements for size, geometry, magnetic performance, dimensional control, and production scale. From flexible robotic instruments to next-generation surgical systems, Permag is ready to help J&J MedTech advance what’s possible in robotic-assisted care.

Precision Magnetics for MONARCH Instruments & Accessories

As the MONARCH Platform expands across bronchoscopy and urology, instrument performance depends on components engineered to perform reliably within compact, highly controlled designs.

Permag’s capabilities align with the demanding requirements of MONARCH instruments and accessories, including:

the surgeon observes on x-ray monitors, an implanted pacemaker connected to the heart. cardiovascular surgery. the monitors show the results of the operation to connect the pacemaker

High-performance N52 neodymium magnets
Tight dimensional and geometric tolerances
Controlled-radius and no-break-edge options
Precision manufacturing for small magnetic components
Prototype and qualification support
Batch-level quality and traceability documentation
Scalable manufacturing for increasing production volumes

Learn more about Permag’s Medical Device and Equipment Capabilities →

Medical Product Solutions

Supporting Innovation Across J&J MedTech Robotics

Custom Magnetic Assemblies

J&J MedTech is advancing robotic-assisted surgery across multiple specialties and platform architectures. Permag's magnetic engineering capabilities can support the precision, performance, and manufacturing requirements behind these increasingly sophisticated systems.

MONARCH™ Platform

Precision permanent magnets and engineered magnetic solutions for compact instruments, accessories, navigation, sensing, and other applications requiring exceptional dimensional and magnetic control.

OTTAVA™ Robotic Surgical System

Custom magnetic components and assemblies with potential applications in precision motion, positioning, sensing, actuation, and next-generation surgical instruments.

VELYS™ Robotic-Assisted Solutions

High-performance magnetic components and assemblies capable of supporting precise sensing, positioning, motion, and actuation within advanced orthopedic technologies.

Reach out today to discover how we can support your next project with high-performance, reliable magnetic assemblies.

Contact Us

Additional Medical Applications

Surgical Robotics

Medical technology concept with 3d rendering surgery robot in surgery room

Biomagnetic Separator Tubes and Well Plates

Neuromodulation Devices

Medical Equipment

Cardiac Rhythm Management

Mass Spectrometry

Capabilities

Rapid Prototyping – Permag provides rapid prototyping of magnetic components, helping medical device manufacturers accelerate design cycles and reduce time-to-market.
ISO 13485 – Our operations are aligned with ISO 13485 standards, ensuring the highest level of quality and compliance for medical-grade magnetic assemblies.
Non-China Materials – We offer secure sourcing of rare earth magnets and assemblies from non-China materials to support supply chain resiliency for critical medical devices.
Biocompatible Coatings and Plating – Permag engineers magnets with advanced biocompatible coatings and plating to meet the stringent requirements of implantable and surgical applications.
MRI Compatibility – Our team designs magnetic assemblies with MRI compatibility in mind, ensuring safe performance in imaging and diagnostic environments.
Miniaturization – We specialize in miniaturization of magnet assemblies, enabling next-generation innovations in surgical robotics, catheters, and implantable medical devices.