The Labconco CentriVap Centrifugal Vacuum Concentrator provides temperature-controlled vacuum concentration and drying while preserving sample integrity with minimal operator intervention.

It is widely used across proteomics, metabolomics, and lipidomics to prepare peptides, proteins, and metabolites for high-precision analytical techniques — including Mass Spectrometry (LC-MS, MALDI-TOF MS) and Capillary Electrophoresis. Equipped with -105°C cold trap, the system effectively captures volatile organic solvents and aqueous solutions, enabling faster processing of samples and safeguards lab environment.

To support advanced mass spectrometry and analytical workflows, our Data Analysis Platform equips researchers with a powerful suite of specialized software solutions. Xcalibur is our primary platform for instrument control, data acquisition, and general qualitative/quantitative review. Freestyle provides flexible visualization and custom data processing tools for quick insights and reporting.

For high-throughput omics research, Proteome Discoverer enables robust protein identification and modification analysis, while LipidSearch specializes in automated lipid identification and quantification. For small-molecule analysis, TraceFinder supports targeted quantitation with automated workflows suitable for clinical, environmental, and safety testing, while Compound Discoverer excels in untargeted metabolomics and unknown small-molecule discovery.

This cohesive toolkit streamlines our workflows, improves data accuracy, and accelerates discovery across multiple research areas.

The TSQ Altis utilizes its triple quadrupole to deliver precise quantitative analysis and qualitative identification of various compounds. Its robust performance in multiple reaction monitoring can greatly enhance our researchers’ capability to detect low abundance targets in complex samples, rendering it an extremely reliable tool for daily routine analyte quantification analysis.

The Orbitrap Eclipse is a three-in-one mass analyser with an exceptional sensitivity and resolution for the detection of low-abundance analytes and their untargeted simultaneous measurement. Its robust performance is facilitative for both qualitative and quantitative proteomics/metabolomics analyses. With the optional FAIMS Pro interface, the protein and peptide identification limits can be further reduced.

The Emulate Human Organ Emulation System is a powerful in vitro simulation system that can imitate the natural physiological environment and mimic mechanical stretching on an organ-chip.

Multiple types of organ-chips can be treated or co-cultured to emulate a range of disease micro-environments/conditions for the studies of gut barrier disruption, liver and kidney toxicity prediction, and drug-drug interactions predictions.

The system provides a higher specificity and sensitivity when compared to traditional studies with animal models.

The Cytiva Biacore 1S+ system utilizes Surface Plasmon Resonance (SPR) technology to identify and quantify a wide range of biomolecular interactions in samples such as proteins, lipids and viruses in a label free and real-time manner.

The Biacore 1S+ is a one needle, six flow cell system which supports automated analysis for up to 72 hours. It features 2 drawers for 96- or 384-well sample plates coupled with 2 discrete reagent racks for multiplexed, high-throughput molecular interaction screening.

The MALDI Biotyper Sirius determines the species identity of microorganisms by employing matrix assisted laser desorption/ionization–time of flight (MALDI-TOF) mass spectrometry to generate highly specific proteomic mass spectral profiles. These profiles primarily reflect the relative abundances of ribosomal and proteins within the low molecular weight range. The acquired spectra are digitally processed, and compared against the system’s extensive, curated reference libraries using advanced pattern matching algorithms and statistical scoring. This process enables rapid, high throughput, and reproducible species level identification with a high degree of accuracy, even among closely related microbial taxa.

The IR Biotyper enables high resolution discrimination of microorganisms at the subspecies level through comprehensive analysis of their characteristic infrared absorption spectra. By detecting subtle biochemical differences in microbial cellular composition, this methodology allows for reliable differentiation among closely related strains.

Consequently, the IR Biotyper serves as a powerful and reproducible analytical platform for epidemiological investigations, supporting the accurate identification, tracking, and characterization of disease outbreaks in both clinical and public health contexts.

The CytoFLEX LX flow cytometer measures cellular characteristics as cells are aligned and pass single file through a laser beam in a fluidic stream. As the most advanced model in the series, CytoFLEX LX can detect up to 21 fluorescence parameters, which gives a high degree flexibility for researchers to customize their panels and allows simultaneous analyses of multiple biomarkers within a single cell. In addition to cellular detection, this cytometer can also detect nanoparticles with size of 80nm such as extracellular vesicles.

The Azure Biosystems Azure c600 is a high performance, multi-channel imaging platform engineered for rapid, sensitive, and quantitative imaging of Western blots, DNA gels and protein gels.

The system offers advanced imaging capabilities through the combined use of infrared (IR) laser excitation and RGB visible light detection, enabling fluorescence, chemiluminescence, trans-UV & visible, and true-colour imaging within a single, compact instrument.