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

A versatile platform ideally suited to FIB-SEM applications in an UHV and contamination free environment

X-ray crystallography at it's finest

The world's favourite X-ray crystallography system

Beauty in the simplicity of design

World’s first broadband Benchtop NMR

Compact entry-level thermal cyclers that deliver reproducible results every run

Real-Time qPCR System | Thermal cycler

The Leading Light of Benchtop X-ray Diffractometery

Manual scanning imager for macromolecule (protein, DNA and RNA) crystallography

Programmed scanning imager for macromolecule (protein, DNA and RNA) crystallography

Large capacity storage cabinet for imaging and plate management

Temperature controlled storage cabinet for imaging and plate management

Beating all current systems in flexibility, accuracy and speed

Beating all current systems in flexibility, accuracy and speed

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.

Efficient, compact laboratory mill.
BM-200 Mixer/Mill

High-energy ball mill esp. useful for XRF and XRD Sample Prep.
BM-400 Mixer/Mill

High-energy Dual ball mill esp. useful for XRF and XRD Sample Prep..
BM-450 Mixer/Mill

Programmable cryogenic mill specifically designed for grinding and pulverizing tough or temperature sensitive samples

Powerful, compact homogenizer for plant & animal tissue

Compact yet powerful automated tissue homogenizer and cell lyser

Automated Tissue Homogeniser and Cell Lyser

mount your crystal and walk away with AUTO collect, AUTO solve, AUTO publish

The world's first benchtop SAXS instrument

Multipurpose XRD and Materials Analysis

For the first time ever explore the inside of a living cell in 3D without the need for labeling. Take your Cell Research to the Next Dimension

The only cells isolated and expanded using StemBioSys’ CELLvo™ Matrix technology. By isolating cells on a cell-derived extracellular matrix, CELLvo™ cells are able to preserve more natural phenotypes.

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

Naturally derived 3D matrix for healthy, robust more physiological relevant cell culture studies. The next evolution in stem cell research.