At Next Chapter Medical, we want to help patients across the world live better lives post-op, without fear of implant failure, delayed recovery, or infection. That’s why we’re leading the charge on surgical tools manufacturing, from the smallest parts used in the OR to the largest implant that helps a patient walk again.
A precision surgical instrument designed to insert or remove medical screws, pins, or implants with controlled torque during orthopedic and spinal procedures.
A precision-engineered orthopedic implant used to stabilize proximal femur fractures. The plate and screw system provides secure internal fixation, maintaining proper bone alignment and promoting effective healing after hip trauma.
A precision surgical guide used in conjunction with orthopedic implants to ensure accurate alignment, drilling, and screw placement. It maintains the intended anatomical positioning of the plate and screws for reliable fixation and optimal healing outcomes.
A precision surgical instrument engineered to deliver controlled torque during implant or screw insertion. Its ergonomic, lattice-structured handle provides strength and balance for consistent, repeatable torque application in orthopedic and spinal procedures.
Our 3D printing capabilities can produce parts smaller than a human hair with less waste and shorter turnaround times.
Low-cost tooling can often cost more, but it doesn’t have to be that way. Check out our guide on successful mold sourcing in Costa Rica, which includes how our process ensures quality and accountability on every mold. Download your copy now!