This separator model was commissioned as a sales tool for the veterinary industry. This remarkable product separates blood into plasma and platelets and extracts white blood cells. The model is approximately 6X larger than the original product (see picture below). [ more →]

This hip implant model is 3 1/2 x the size of the real implant. This human friendly scale shows off the design and features of the model to potential customers at trade shows. This model was created with a combination of [ more →]

This shoulder cup model depicts a medical implant. It’s 4X the regular size of the real product. Open cell foam was painted onto the model’s structure to closely resemble the texture of the real product, and then was covered in a [ more →]

This series of 3 medical implant models represent a knee, hip and shoulder. Each one is  3 1/2 x the size of the real implant. This human friendly scale shows off the design and features of the models to potential customers [ more →]

Kiwimill and its product design division, Kiwiseed, worked together to make a medical prototype model of a device used for thyroid analysis. Our industrial design department worked on concept sketches, form studies, user testing and 3D CAD drawings for prototyping and [ more →]

This shoulder implant model is used for training in the classroom. 3X the actual size, the majority of the shoulder implant model parts were 3D printed. The parts were attached to each other with threaded rod, and can be disassembled [ more →]

A spine implant is very small. Our client wanted a spine implant model that was large enough for potential customers at trade shows to see the various aspects of the implant. This spine implant model was built 5 times the [ more →]

1/12th Scale Siemens ONCOR Linear Accelerator Model. The Siemens ONCOR is a medical device used in treatment of cancer using directed radiation.

This is a 1/12th scale CT Scanner model was of a Somatom CT scanner and patient table created for Siemens Oncology. Most of this model was created as a master and then cast in plastic to create multiple pieces for [ more →]

This X-Ray model was built with three functions. Up/down movement, C-Arm movement and a blinking LED as the X-Ray emitter. All these functions were controlled using a wireless connection to the customer’s foot pedals and hand-held remote control.

This medical sales dental x-ray model is 13x its original size. It’s part of a Digital Radiography System used by dentists for taking x-rays of teeth.

We were contracted to make this molecular structure model about 5 days before the presentation to the customer. KiwiMill specializes in making models in the shortest time-frame possible. We were able to successfully turn a single 2D paper rendering into a [ more →]

KiwiMill designed and built the wall stand, cups and mechanism for this medical study model of a wall stand. We worked closely with a medical electronics and software company to produce a wall stand with numerous features requested by the [ more →]