Why Limit 3D Printing to Just One Resin?

Introducing SHIMMY, a machine that can 3D print two resins at once, allowing for multi-material, multi-functional parts made at high speed and scale.

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Discover the possibilities

Dissolvable Supports

Improved Oral Health

Dissolvable resin supports for multi-material resin printers simplify the support removal process and reduce the risk of physical damage to printed objects. They enable the printing of more complex structures that require internal supports, enhancing design possibilities in 3D printing.

3D Electronics

Advanced Circuitry

Printed planar (2D) or 3D printed circuit boards with 40 micron (1.5 mil) trace width/space offer extremely fine resolution for advanced electronics manufacturing. These solderable boards enable rapid prototyping and production of densely packed circuits, allowing for miniaturization and complex routing in a wide range of applications.

High Quality Resolution

Delivers exceptional detail and precision in printed objects, allowing for intricate designs and fine features.

Inexpensive Modeling

Offers cost-effective 3D printing solutions, making it accessible for various applications and industries.

Rapid Prototyping

Enables quick production of functional prototypes, significantly reducing development time and iteration cycles.

Multi-Material Selection

Provides the versatility to use any resin, allowing for a wide range of material properties and applications in a single print.

Speak with an expert

Get detailed information on how our SHIMMY printer can accelerate your development process.

Frequently Asked Questions

Can I buy a machine?

At present, we are selling SHIMMY to customers who are interested in printing multi-polymer resins at low volumes. Foxtrot is still in the midst of development with the goal of releasing a machine when it is ready. Stay tuned for more.

What can I print with SHIMMY?

Printing two polymers is a great first step for anyone interested in making prints with multiple colors, material properties and even circuits!

Can we make parts at mass production?

Not really possible. We want to get these 3D Printers into the industry, academia and the occasional mad scientist to help them develop new and exciting applications for mixed material devices. We recognize that making an innovative solution with additive manufacturing is often handicapped from the start, as it is hard to scale.