D&R Products
Contract manufacturer specializing in precision metal and metal-plastic medical device components. Services include end-to-end engineering, precision CNC machining (milling, turning, wire EDM), secondary finishing, welding, cleanroom final assembly and sterile packaging, and specialized machining of exotic materials such as nitinol and PEEK. Operates an ISO 13485:2016 quality system, is FDA-registered, and maintains in-house metrology, process validation, and regulatory documentation workflows.
Industries
Nr. of Employees
medium (51-250)
D&R Products
Products
Nitinol medical components
Manufacture of nitinol staples, memory staples, K-wires/guide pins, and shape-memory fixation devices with tailored transformation temperatures and mechanical profiles.
Minimally invasive surgical devices and implants
Precision-manufactured parts for minimally invasive and implantable devices including shaver blades, RF electrodes, soft tissue fixation implants, needles, cannulas, and trocars.
Nitinol medical components
Manufacture of nitinol staples, memory staples, K-wires/guide pins, and shape-memory fixation devices with tailored transformation temperatures and mechanical profiles.
Minimally invasive surgical devices and implants
Precision-manufactured parts for minimally invasive and implantable devices including shaver blades, RF electrodes, soft tissue fixation implants, needles, cannulas, and trocars.
Services
In-house multi-axis milling, Swiss and American-style turning, wire EDM, automated feeding and lights-out production for prototype to volume manufacturing.
Specialized manufacturing and joining of nitinol and other high-performance materials with process controls to preserve material-specific properties.
Electropolishing, passivation, deburring, tumbling, bead blasting, buffing, knurling, laser marking, and sterile packaging tailored for medical devices.
ISO Class 7 and Class 8 cleanroom assembly and medical-grade sterile barrier packaging, with supervised cleanroom options and coordination with third-party sterilizers.
Laser, palm arc/plasma, and resistance welding for micro-precision and high-volume weld requirements with process monitoring for joint integrity.
Engineer-led project management, DFM, 3D CAD, DOE, rapid prototyping, fixture/tooling design, and reverse engineering to accelerate product development and manufacturability.
In-house multi-axis milling, Swiss and American-style turning, wire EDM, automated feeding and lights-out production for prototype to volume manufacturing.
Specialized manufacturing and joining of nitinol and other high-performance materials with process controls to preserve material-specific properties.
Electropolishing, passivation, deburring, tumbling, bead blasting, buffing, knurling, laser marking, and sterile packaging tailored for medical devices.
ISO Class 7 and Class 8 cleanroom assembly and medical-grade sterile barrier packaging, with supervised cleanroom options and coordination with third-party sterilizers.
Laser, palm arc/plasma, and resistance welding for micro-precision and high-volume weld requirements with process monitoring for joint integrity.
Engineer-led project management, DFM, 3D CAD, DOE, rapid prototyping, fixture/tooling design, and reverse engineering to accelerate product development and manufacturability.
Expertise Areas
- Contract medical device manufacturing
- Precision CNC machining and micro-feature manufacturing
- Nitinol device development and manufacturing
- Exotic materials machining (titanium, PEEK, carbide, specialty alloys)
Key Technologies
- Multi-axis CNC machining (3/4/5-axis)
- Swiss-type CNC turning
- Wire EDM
- Robotic multi-axis grinding
News & Updates
Blog article describing clinical and engineering advantages of nitinol in modern medical devices and applications across specialties.
Blog article outlining advantages, risks, regulatory considerations, and selection factors for contract manufacturing partners in medical device production.
Quality management system certified to ISO 13485:2016 for medical device design and manufacture.
Facility registered with the U.S. Food and Drug Administration and operating under current good manufacturing practices.
Blog article describing clinical and engineering advantages of nitinol in modern medical devices and applications across specialties.
Blog article outlining advantages, risks, regulatory considerations, and selection factors for contract manufacturing partners in medical device production.
Quality management system certified to ISO 13485:2016 for medical device design and manufacture.
Facility registered with the U.S. Food and Drug Administration and operating under current good manufacturing practices.