In 2019, an engineer from a Canadian startup approached GTI Medical about a navigation system for dental implant surgeries. Although the product presented did not align with GTI’s existing manufacturing technologies, we took on the challenge and initiated tailored manufacturing processes to meet the startup’s requirements.
The system included mechanical components, electronic elements, optical cameras, and unique parts manufactured through CNC machining, enabling real-time identification and tracking of the implant placement process in the patient’s jaw. The process also involved writing detailed assembly and operational instructions for the system, which the client used as part of their FDA submission.
Throughout the manufacturing and assembly process, issues arose regarding the system’s stability and operation. GTI provided innovative engineering solutions, ultimately ensuring the system functioned correctly and met the client’s specifications. After producing the first three prototypes, the project moved into full production, managed by GTI under a structured project plan. This included the procurement of plastic components, CNC machining, housing, optical and electronic parts, and packaging and shipping in accordance with the client’s planned requirements.