Our Rapid Prototyping Services brings CAD files and design ideas to life to test fit, form, and function – and as many design iterations as you like – with functional plastic models made out of the following materials: ABS, POLYCARBONATE and POLYPHENYLSULFONE.
We’ll help you communicate your ideas and evaluate your concepts with high quality, accurate prototypes. Our comprehensive, rapid prototyping services can shorten the time it takes to work through design iterations and assembly issues. That means you’ll save on lead times and control the cost of your product development.
Our engineering specialists will work with you every step of the way, from process selection through to application:
Validate fit and function,
Produce models that look and feel like the real thing, and
Verify design function and performance
Just upload your CAD Model and unleash your creativity. You can even build parts for low-volume production.
Our Prototyping Technologies
We provide rapid prototyping, additive manufacturing, 3D printing and subtractive prototyping services. Explore your concepts with our full suite of technologies. These rapid prototyping technologies include best-in-class:
– Stereolithography (SLA)
– Selective Laser Sintering (SLS)
– 3-axis, 4-axis and 5 axis CNC Machining
Our wide range of rapid prototyping technologies and metal working processes can produce almost any 3D shape. 3D prototypes let you touch and interact with your design and observe details only possible from a physical model. Our team of specialists understands the unique applications of each of the technologies and will help you select the best fit for your needs.
What We Do For Our Customers
- Production of premium quality prototypes at low cost
- Strict scheduling for on time delivery
- Professional customer support in multiple languages
Aurum Healthcare uses a variety of technologies to deliver prototypes quickly. We use SLA and SLS to deliver fast one off prototypes. CNC machining of prototypes allows us to deliver prototypes in a huge range of plastics, metals, and modeling boards. We can then use a CNC or SLA master model to make a silicone rubber mould and cast up to 20 off polyurethane parts.