You can provide better orthopedic implants by hiring a high-quality precision contract manufacturing company that has been in the industry for many years. World-class orthopedic technology and implants are made affordable due to the precise services offered by professionals in the field. They are more forward thinking and purpose driven when it comes to changing the future of orthopedic implants. Orthopedic implant manufacturers tend to believe in creating a better value for implants that are used on a daily basis. It takes a whole new approach, so parts are created with better precision, in an affordable and timely manner.
Get Value Added Solutions
CNC machined implant parts were made for a variety of applications including orthopedic reconstruction to fracture and trauma repair. When you rely on the experts, you can get value added solutions that are meant to optimize function and fit with detail to implant-to-instrument interactions. Expertly skilled technicians will manufacture the parts you need down to the last detail and with regards to high-quality standards using cutting-edge technology.
It All Starts with Design and Prototyping
Once a new type of device is developed it immediately goes to design engineers within a precision contract manufacturing company. They deal with the structure of parts and devices. The first step is to generate a rapid prototype to create a mock-up of the part or device to get a firm idea of the physical properties. They will use their experience with milling processes and machining to produce an initial design then refine it in regards to being able to produce it faster and in an affordable manner. The overall goal is to offer a prototype that does not compromise quality or structural integrity.
The Ending Touches
After a part has been approved and goes through the milling process it is time for hands-on inspections and finishing touches. All of the details of a product are considered even within the last stages including the finishing. If a metal part needs a matte or dull finish, a sandblaster is used to remove the shine. A sander may also be used to finish and deburr a part. Parts are then laser etched with an ID number and manufacturing date. The quality lab is the next step where automated instruments are used to check various properties of parts. When a part has gone through all of the previous steps for quality control, they are then cleaned and passivized to prevent corrosion. Finished orthopedic devices are packed to ensure they remain sterile.
