A Global Leader in 3D Bioprinting & Tissue Fabrication
Enabling the complete workflow solution for designing, printing, assembling, and innovating 3D cellular and tissue models.
Advanced 3D Biofabrication
BioAssemblyBot® – The World’s First 3D Human Tissue Printer Using a 6-Axis Robot
In 1954, the first industrial robot was invented by George Devol. The 4,000 pound Unimate robotic arm ushered in an era of automated material movement, precision assembly, six sigma quality and advanced manufacturing that has profoundly impacted our world. Over 60 years later, the BioAssemblyBot® brings forward this rich history of agile manufacturing robotic capability to the task of tissue biofabrication. The BioAssemblyBot® technology platform is built around enabling automated workflow from 3D digital prototyping (TSIM®) to 3D printed physical prototype (BioAssemblyBot®).
BioAssemblyBot®
- 6-axis BioAssemblyBot®
- Advanced Tissue Biofabrication
- 3D Printing Capability
- Additive
- Contour
- Interchangeable Tools
- Pick and Place
- Assemble
TSIM®
- 3D Tissue Digital Prototyping
- Medical Image Import
- Easily Adjust Density and Volume Cropping for Medical Data
- Easy to Build 3D Structures
- Seamless Integration with BioAssemblyBot®
- Tissue Design Scenario Manager
VIPM™
- 3D Bioprinted Vascularized In vitro Perfusion Module
- World’s first adaptable, bone fide microvasculature system In vitro
- Closed loop microfluidics platform
- Vascularized tissue model
- Vascularized 3D tumor model