Axis Prototypes uses USP class VI prototype materials, ISO 10993 certified prototype materials, and certified biocompatible prototype materials to build your prototypes for use in medical settings. If short run manufacturing is what you need, then our FDA cast urethane materials should fit the bill.
Among many of the applications in the medical field, 3D prototyping is valuable when it comes to manufacturing surgical learning tools, surgical guides and tools, implants, prosthetics and hearing aids, to name a few.
Additive Manufacturing has two major benefits. It bridges the gap between prototype and full production. In addition to this, it also suppresses the tooling costs.
Rapid tooling is the ideal solution for larger number of parts. At Axis, we use three main processes in additive manufacturing to build rapid tooling.
SLA is a fast way to get smooth and accurate models made from a variety of photopolymers, allowing for different physical properties at a low cost. It is best suited for prototypes, moulds and casting patterns as well as scale / exhibition models.
SLS is commonly used to build strong and durable prototypes, low-volume production or even wax patterns for foundries. Because no support is needed in this process, very complex and interlocking parts can be built.
If you need to build strong parts or require low volume production, DMLS is the process you are looking for. The precise and functional models it can print makes it a great solution for functional prototyping, tooling alongisde jigs & fixtures.
Polyjet has the unique ability to print an array of rigid plastics and soft rubbers all in the same part, just like overmolds do. Its 30 μm layers make very fine details and realistic textures possible for any part
Scanning allows for object replication. We offer scanning services through a portable optical CMM 3D scanner, the MetraSCAN 3D.
The purpose of the finishing process is to ensure that your prototype has the look and feel you want. Our expert makers and finishers will cater to all your needs.