Bioprinting and Tissue Engineering Solutions

Tissue engineering and 3D printing play a vital role in biotechnological research. They allow researchers to create scaffolds to functional tissue constructs for disease modelling, drug testing and in fabricating organ specific analogues. Furthermore, it helps researchers to create alternate solution to testing on human organs and animals. This in turn, accelerates the research pathway from bench to bedside.

As a diversified supplier of high-end scientific instruments, we source from leading suppliers from around the world. Our portfolio of tissue engineering and 3D printing solutions encompasses everything from fabrication to analysis and includes:

• 3D & 4D Bioprinters – Light-based, extrusion, biodispensers, laser-assisted and multi-modal bioprinters from Cellink, Regenhu and Poietis respectively
• 3D Printers – Ultra-high resolution printers with micron and sub-micron resolution compatible with biopolymers and ceramics from BMF, UpNano and Miicraft
• Microscopy – Quantitative Phase Imagine (QPI), in situ live cell imaging and digital microscopy from for monitoring bioactivity from Phi Optics, Etaluma and Hirox respectively
• Organ-on-a-chip – Single and multi-organ system from CN Bio
• Micropatterning – Generate customised cellular environments using Primo from Alveole

Bioprinters

Cellink – Light & Extrusion Bioprinters & Biodispensers

BIO ONE

Designed for printing temperature-sensitive materials. Develop 3D models that replicate in vivo environments for more accurate research outcomes.

BIONOVA X - High Throughput 3D Bioprinter

The BIONOVA X ushers in a new dimension in bioprinter usability in mind, enabling high-resolution live cell printing without compromising print speed.

LUMEN X - DLP Bioprinter

Harnessing 405nm visible light, this LUMENN X DLP bioprinters offer a new degree of precision and utility to the light-based bioprinter space

BIO X / BIO X6 - Extrusion Based Bioprinter

The BIO X family of extrusion based bioprinters feature refined manufacturing processes, rigorous QC & advanced bioprinting software.

CELLINK Bioinks

CELLINK Bioinks - ready-to-use bioink formulations and tissue-specific bioinks

Regenhu – Multimodal Bioprinters

R-GEN 100 Multimodal Bioprinter

The R GEN platform allows you to tailor your system to your specific requirements combining extrusion and light-based printing technologies.

R-GEN 200 3D Multimodal Bioprinting Station

3D bioprinting station in a biosafety enclosure, bringing the future of tissue engineering and regenerative medicine closer.

Regenhu – Laser-Assisted Bioprinting

Poietis NGB-R

Next Generation Bioprinting (NGB) plaform has been developed to overcome current tissue manufacturing methods which are the bottleneck impeding standardisation, scale-up and large-scale market adoption of Tissue-Engineering products. It solves critical limitations of existing 3D bioprinting technologies thanks to single-cell resolution and learning-based methods.

3D Printers

UpNano – 2PP 3D Printers

NanoOne Bio

NanoOne Bio - Bioprinting of cell models that mimic natural tissue.

NanoOne

NanoOne high throughput 3D printer with sub-micron resolution

Boston Microfabrication – PµSL 3D Printers

microArch M150 – Mulitimaterial 4D Printing System

The microArch M150 is a high-precision, multi-material 4D printer designed for scientific research institutions and industrial use.

microArch Hybrid Resolution 3D Printers

Industry’s first hybrid/dual resolution ultra-high resolution 3D printer

microArch Industrial Micro Precision 3D Printers

Ultra-high resolution, accuracy and precision

Miicraft – Affordable DLP 3D Printers

Alpha – Budget-Friendly 3D Printer

Ideal first step into high-resolution 3D printing

Profession – High-Volume 3D Printer

If you are looking to scale up production, or a high-resolution printer for producing larger components, the MiiCraft Profession is for you.

Prime 4K – 3D High-Resolution DLP Resin Printer

Affordable DLP resin printer for microfluidics and dental

Microscopy

Phi Optics – Quantitative Phase Imaging

CellVista GLIM™

Quantitative Phase Imaging for Embryos, organoids, spheroids and other large samples.

CellVista SLIM™

Quantitative Phase imaging via Spatial Light Interference Microscopy (CellVista SLIM™) for your inverted microscope.

Etaluma – Live Cell Imaging

Etaluma Lumascopes

High Resolution, Inverted Fluorescence Microscopy with a compact design that allows use inside incubators, hoods, and workstations

Hirox – 3D Digital Microscopy

HRX-02 – 3D Digital Zoom Microscope

High-performance digital microscope

NPS Nano Point Scanner

Metrology module for Hirox Digital Microscope – a complete inspection and measurement solution

HRX-01 Digital Microscope

Bringing digital microscopy to a completely new level

Organ-on-a-Chip

CN Bio – Microphysiological Systems

PhysioMimix Core - Organ-on-a-chip Platform

PhysioMimix™ Core for single-organ and multi-organ experiments with real-time control over cell culture condition to mimic in vivo physiology.

Micropatterning

Alveole – Engineered Microenvironments

Alvéole PRIMO

Engineer custom microenvironments and fine-tune their mechanical and biochemical properties, at the micrometer scale