Micro 3D printing is the preferred process when it comes to precision fabrication and rapid prototyping. Mycro3D makes intricate, complex, and sophisticated parts trivial to produce and validate. Click the cases below to learn more and see technical details of the illustrated parts.
Medical devices are steadily shrinking in size, becoming more costly to assemble, and increasingly integrated with collaborative robotic systems. Several ideas go to waste as traditional manufacturing lacks the flexibility and complexity to meet demands of next generation devices. With microscale 3D printing, anything from hard-shell medical devices to soft and flexible tubes can be tested and validated.
3D-printed electronics are rapidly emerging as a practical alternative to conventional manufacturing. This approach is increasingly important as electronic devices continue to shrink, become more densely integrated, and operate under more demanding conditions. 3D printing eliminates the tooling used in micro injection molding and can reduce time-to-market across multiple design iterations and test cycles.
Micro mechatronics focuses on the design and fabrication of mechatronic devices sized between 1 micrometer and 1 millimeter. At this scale, mechanical and electronic components are closely integrated. Many consumer products that rely on electronics incorporate micro mechatronic systems as essential parts of their mechanical design.
