High Precision Devices, Inc. will work with you to design and build your custom medical instruments.
HPD’s most recent medical project has been the design and build of a proprietary medical instrument to grow new bone in the skull, face and jaw area. HPD also designed and produced the necessary tools to enable doctors to easily use the device. The GenerOs™ CF device, invented by medical doctors at OrthoNetx, Inc., is a small, proprietary (US patent 5,364,396) implantable medical instrument that enables distraction of the bones of the face and skull to correct developmental, congenital, and acquired defects and deficiencies. This high-precision medical instrument is made of surgical grade stainless steel with an internal gear system that allows for activation to take place even though the device is buried below the skin and soft tissues.
Another of the medical instruments that HPD has developed is a proprietary Spay Tool first conceptualized by Doctor Robert T. Coffey D.V.M. of Overton Veterinary Clinic, PC as a more effective and efficient medical instrument used to spay cattle.
How can you benefit from our medical instruments design and build services?
With more than twelve years of experience, HPD provides expert design and build of medical instruments and other devices. We execute high quality medical instrument design using a proven effective collaborative process. Our team is comprised of a mechanical engineering group , a full service precision machine shop , assembly technicians , and quality control . Our engineers, instrument makers, technicians and clients communicate throughout the entire process of design and fabrication of your precision medical instruments . This means we can engineer and build medical instruments in the most cost effective, efficient and quality manner possible.
What is HPD's quality control procedure in the development of medical instruments?
Quality control: Medical Instruments. HPD implements a Quality Control System ensuring that medical instruments and other devices are designed and built in an efficient and repeatable manner. Our processes are designed to be compatible with FDA Good Manufacturing Practices & QSR regulations. Additionally, our Quality Control System provides for Continuous Improvement that allows us to change our existing procedures so we can better respond to current or new circumstances. In this manner we are assured that the results of our design and build of medical instruments and other devices are predictable and meet our client's criteria.
