At Perfec'Shot, we employ a meticulous manufacturing process that combines cutting-edge 3D printing technology with precision assembly techniques to ensure the highest quality standards.
While all plastic components, such as the finger, thumb, forearm, pivot, and upper arm pieces, are 3D printed layer by layer for unparalleled accuracy, the manufacturing process extends far beyond additive manufacturing.
Our adjustable straps are securely attached to their respective components using an ultrasonic welding process, creating a superior bond that is both strong and aesthetically pleasing. This state-of-the-art ultrasonic welder is proudly built in the USA.
The solid fiberglass rods, precisely cut to specific lengths based on individual measurements, are secured to their corresponding components using a high-strength, epoxy-based resin adhesive produced right here in the USA. These rods serve as the critical links, coupling all the 3D-printed components together in their prescribed positions for optimal shooting form.
To ensure proper alignment during the assembly process, we utilize 3D-printed jigs that facilitate accurate component positioning as the adhesive cures, guaranteeing a seamless fit.
The pivot component, which enables smooth and reliable elbow extension, is securely fastened to the upper arm component using a high-strength, corrosion-resistant shoulder screw, designed for durability and performance.
Throughout our manufacturing process, numerous quality assurance checks are meticulously performed, ensuring that every Perfec'Shot shooting aid meets our rigorous standards before leaving our facility.
By combining innovative 3D printing technology with precision assembly techniques and the finest American-made materials, we are able to deliver shooting aids that are not only engineered for shooting excellence but also built to withstand the rigors of intense training sessions.