Photoinks Specialized bioinks and hydrogels designed specifically for light-based 3D bioprinting to facilitate the precise fabrication of intricate biological structures.  Go to our shop → Our Photoinks Browse our entire category of photoinks for

Autoclavable, modular build platforms for LUMEN X Gen 3 with glass or aluminum print surfaces, available in three

3D bioprinting technology DLP printing using layer-by-layer Outer dimensions (L x W x H) 414 mm x 373 mm x 451 mm Weight 15.6 kg Build volume (X x Y x Z) 68 mm x 38 mm x 100 mm Build platforms Glass bottom and metal platforms (available in three sizes) Pixel

LUMEN X™ Gen 3 The Standard for Light Bioprinting Get a quote Book demo Experience the new standard for benchtop DLP bioprinters Powered by our cutting-edge technology and harnessing 405 nm visible light, generation 3 of the LUMEN X™ brings a new degree

Fine-tuned and tailored for optimal performance, PEGDA X is the go-to starting ink for DLP printing. Blended with low molecular weight PEGDA, this ready-to-use photoink provides users with a mechanically robust material with high print

Xcite, CELLINK’s novel photoinitiator specifically designed for developing optimal photoinks for light-based bioprinting. With exceptional biocompatibility, gold standard cell viability, and rapid polymerization properties, Xcite enables researchers to

Customizable and easy to use, PEGDA Soft stock solution is the ideal starting point for researchers looking for a photosensitive material with an inherent stiffness that closely mimics in-vivo conditions and provides an environment conducive to permeability

The cornerstone of live cell bioprinting, GelMA provides a biodegradable base material with tremendous cell attachment capabilities and mechanical properties that accurately capture physiological conditions. Provided as a stock solution, researchers have the

Gothenburg, Sweden – CELLINK, a global leader in bioprinting, today announced the release of the third generation of their LUMEN X™ product – the new standard for benchtop DLP bioprinting. This cutting-edge product boasts a significant

The BIONOVA X is the world’s first digital light processing (DLP) 3D bioprinter compatible with such a wide range of biomaterials and living

BIONOVA X Uncovering the Depths of Biology with High Throughput In-Well DLP Bioprinting Get a quote Book demo Bringing Direct In-Well Printing to Light-based Bioprinting The cutting-edge BIONOVA X is a high throughput, high speed and high precision DLP 3D

The Lumen X+ is shedding important new light on traumatic brain injuries. Learn how Dr. Galpayage Dona, a postdoctoral fellow at the Servio H. Ramirez Laboratory of Neurovascular Research, Department of Pathology and Laboratory Medicine, Lewis Katz School of

Powered by CELLINK's cutting-edge technology and harnessing 405 nm visible light, LUMEN X™​ Gen 3 brings a new degree of precision and utility to the light-based bioprinter space. Years of listening to our customers' needs and feedback have culminated in

Ready-to-use bioinks A ready-to use bioink enables you to print layer-by-layer structure with high precision. Compatible with any 3D printer.Go to our shop → Our ready-to-use bioinks Browse our entire category of ready-to-use bioinks for bioprinting and

Bioinks & Biomaterials High-quality bioinks play an important role in the success of 3D cell culture and 3D bioprinting. As the first bioink company, we’re constantly creating and refining bioinks for a variety of application areas. This has allowed

GelMA, Explained Simply The Use of Gelatin Methacrylate in 3D Cell Culture and Bioprinting GelMA, or gelatin methacrylate, is a biomaterial with cell native character and extraordinary versatility across applications. That’s why GelMA has become a

LUMEN X™ Gen 3 The Standard for Light Bioprinting Get a quote Book demo Experience the new standard for benchtop DLP bioprinters Powered by our cutting-edge technology and harnessing 405 nm visible light, generation 3 of the LUMEN X™ brings a new degree

Bioprinting is a technology where bioinks and biomaterials, mixed with cells, are 3D printed, often to construct living tissue models. The process of 3D bioprinting follows that of additive manufacturing, where a digital file acts as a blueprint to print an