Bioprinting Equipment & Supplies

With the smallest footprint and widest material capabilities of any 3D bioprinter on the market, you’re going to love using the Allevi 1. Featuring temperature control from 4°C to 160°C you can print everything from collagen to PLGA – all on your lab bench. ...

The Allevi 3 bioprinter empowers you to print any cell line, into any geometry for any application that you can imagine. Allevi 3 will exceed your needs today and has the versatility to grow with your ...

FABION 2 is the next generation bioprinter able to print complex structures using tissue spheroids and a wide range of hydrogels with different types of polymerization: thermosensitive hydrogels, multi-component hydrogels, photosensitive, Ph-sensitive and ionic-sensible ...

The Cayman BioPrint sorter is capable of detecting the unique biological characteristics of each object, resulting in a most accurate sort even when defective product or foreign material are similar to good product in color, texture or shape. Cayman can keep up with very high defect levels in the product stream, and is easy to operate thanks to its intuitive UI and “Start ...

TissueStart™ was specially designed for scientists who are just starting to work with biofabrication. Our award winning bioprinter offers the best cost-benefit on the market. TissueStart™ has the quality of a premium bioprinter, for a fraction of the price. It is a completely fixed bioprinter, with no need for mechanical ...

BioAssemblyBot 500 provides the next level of environmental control over the biofabrication process. The six-axis robotic arm and the collection of tools make BAB500 a unique offering for tissue engineering. With it being housed in a biosafety cabinet to ensure a sterile environment, life scientists will have further control over all parameters in their ...

We have combined our expertise to optimize the technology for all your bioprinting ...

Each of our R-GEN bioprinters is personally configured to specifically meet the needs of our users’ bespoke research goals. Combine jetting, contact dispensing and electrowriting technologies with a full range of auxiliary process options to build simple or complex constructs. ...

BAB200 takes three forms: biosafety cabinet ready, enclosed, and enclosed with HEPA filtration. Using a four-axis arm to bioprint, pick up well plates, and pipette material, BAB200 is built for the modern ...

TissueRay™ is the first masked stereolithography (MSLA) 3D bioprinter in the market. Bringing the speed of light to 3D bioprinting, TissueRay® offers the perfect combination of high resolution and throughput. The light-based system allows the creation of microfluidic devices, organs-on-chips, cell-laden constructs, and scaffolds for tissue engineering ...

BioAssemblyBot 400 is an intelligent robot used by life scientists to build biological structures. BAB400 is the only bioassembly platform with a six-axis advantage - mimicking a human arm to bioprint, pick up biology, and complete complex ...

To date we have successfully bioprinted primary human skin cells and human MSCs to produce Skimune®3D (Figure 2) and Skimune®OA respectively. Additionally we have been able to demonstrate in-vitro functional applications for both bioprinted tissue ...

The go-to 3D bioprinter for cell biologists, tissue engineers and biomedical researchers. Explore the most user-friendly and flexible bioprinter in the world. BIO X is the first 3D bioprinter in the world with Intelligent Printheads (iPH), ensuring your research is always at the forefront. ...

Create biological architectures with sound. Sound Induced Morphogenesis (SIM) is a gentle, fast, and easy method to generate multi-cellular, spatially orchestrated tissue constructs using sound waves. This versatile method addresses necessities in the broad field of life sciences, finding application in tissue engineering, regenerative medicine, or pharmaceutical research for drug ...

Additive manufacturing (AM) for tissue engineering (TE) and regenerative medicine combines biocompatible/biodegradable polymers with living cells. GeSiM 3D bioprinters can create bioscaffolds for cell growth or deposit layers of bioinks on implants or microfluidic objects. However, artificial bones, skin, organoids still not reach their originals made by nature. Research on this ...

The World's First and the Only 3D bioprinter in Korea capable of printing both low and high-viscosity ...

We’re not chasing pipe dreams about printed organs. Our core technology in digital bioprinting is built for fast, scalable and reproducible printing of 3D cell constructs that you can ...

Our bioprinting process starts with the identification of key architectural and compositional elements of a target tissue, and the creation of a design that can be utilized by a bioprinter to generate that tissue in the laboratory environment. ...

NGB-C is a clinical-grade, GMP-compliant Bioprinter designed to meet the needs of Advanced Therapy Medicinal Products (ATMP) production and the requirements of Poietis’ ...

NGB-R is a multimodal and high-end, 4D bioprinting system developed and designed specifically for tissue engineers, researchers and biologists. Combining laser-assisted, micro-valve and extrusion bioprinting, it enables true versatility of bioprinting (from cell to spheroids) and offers the possibility of using a large number of biomaterials and ...