Equipment

Biospero OrganXpert® Microphysiological System (MPS) Platform

The OrganXpert® platform is an organ-on-a-chip–based microphysiological system developed by Biospero, designed to mimic human physiological microenvironments for advanced in vitro modeling. 

Key Features

Pump-free microfluidic circulation enabling physiologically relevant flow conditions

High-throughput screening capability for efficient compound evaluation

Open 3D co-culture system supporting multi-cellular interactions

All-in-one automated control system for integrated operation and monitoring

MepsGen ProMEPS™ Automated Microphysiological System

ProMEPS™ is an all-in-one robotic microphysiological system developed by MepsGen for automated operation of organ-on-a-chip platforms.

Key Features

Fully automated workflow for reproducible experimental processes

32-channel parallel processing for high-throughput applications

Precise microenvironmental control (e.g., flow, temperature, media conditions)

User-friendly interface for streamlined operation

MCAM(Multi-Camera Array Microscopy)

MCAM is an advanced imaging system equipped with multiple high-resolution cameras, enabling detailed behavioral and morphological tracking and analysis, particularly in zebrafish.

Key Features

Supports behavioral observation, embryonic development analysis, and neurostimulation response evaluation in zebrafish; applicable to toxicity and efficacy evaluation of chemicals, pesticides, food, and pharmaceuticals

Enables image tracking and analysis of small organisms such as Drosophila and C. elegans

Gas Chromatography–Mass Spectrometry (GC-MS)

Gas Chromatography–Mass Spectrometry (GC-MS) is an analytical instrument that vaporizes a sample by heating, separates its components as they pass through a chromatographic column carried by an inert gas, and subsequently ionizes the separated compounds to generate mass spectra for both qualitative and quantitative analysis.

Key Features

Applicable to concentration analysis in toxicity studies; suitable for chemicals, pesticides, food, and pharmaceutical compounds

ACQUITY I-Class UPLC / Xevo TQ-XS Triple Quadrupole (LC-MS/MS)

This system integrates ultra-performance liquid chromatography (UPLC) with triple quadrupole mass spectrometry (MS/MS) for high-sensitivity and high-specificity analysis.

Key Features

Excellent selectivity and specificity: Selective detection using MRM (Multiple Reaction Monitoring); clear discrimination of structurally similar compounds and isomers

High sensitivity: Detection at pg/mL to fg/mL levels; suitable for trace-level analysis with minimal sample volume; low LOD and LOQ

High analytical efficiency: Rapid analysis enabling high-throughput sample processing

Wide applicability: Applicable to compounds ranging from polar to non-polar; suitable for small molecules to peptides and proteins

Agilent 1290 infinityⅡ/Triple Quad 6500+ system

This system integrates ultra-performance liquid chromatography (UPLC) with triple quadrupole mass spectrometry (MS/MS) for high-sensitivity and high-specificity analysis.

Key Features

Excellent selectivity and specificity: Selective detection using MRM (Multiple Reaction Monitoring); clear discrimination of structurally similar compounds and isomers

High sensitivity: Detection at pg/mL to fg/mL levels; suitable for trace-level analysis with minimal sample volume; low LOD and LOQ

High analytical efficiency: Rapid analysis enabling high-throughput sample processing

Wide applicability: Applicable to compounds ranging from polar to non-polar; suitable for small molecules to peptides and proteins

ACQUITY UPLC H-Class PLUS

HPLC is an analysis system for separating, identifying, and quantifying compounds in a liquid sample.

Key Features

High resolution and sensitivity: Ultra-fine packing materials deliver exceptional separation efficiency and enable precise detection of compounds even at low concentrations

Analysis of non-volatile and high-molecular-weight substances: Capable of analyzing non-volatile samples, high-molecular-weight compounds, and thermally labile substances

High efficiency through quantitative capability and automation: Enables accurate quantitative analysis using precision pump technology, along with high-throughput sample processing via an automated sampler

Wide applicability: Allows analysis of a broad range of compounds, from non-polar to polar substances, through the use of various column selections

SPECTRO BLUE FMT 36

ICP-OES is an analytical system that enables qualitative and quantitative analysis by measuring the wavelengths and intensities emitted from elements in a sample when excited by inductively coupled plasma (ICP).

Key Features

Simultaneous multi-element analysis: By measuring the characteristic wavelengths of elements, multiple elements can be analyzed simultaneously and rapidly

High sensitivity and accuracy: Capable of analysis across concentration ranges from ppm to % levels, providing excellent accuracy and precision even for trace metal analysis

Excellent matrix tolerance: Due to the high plasma temperature, chemical interferences are minimized when analyzing complex samples, enabling analysis of multiple elements in diverse matrices

C-arm

A C-arm is a mobile real-time fluoroscopic X-ray imaging system that is widely used in operating rooms and diagnostic settings.
The name "C-arm" is derived from the C-shaped arm structure of the device.
This structure allows the X-ray source and detector to be freely positioned around the patient, enabling image acquisition from various angles.

Key Features

Real-time imaging: Provides dynamic fluoroscopic images, rather than static images, allowing accurate visualization of the lesion site in real time

Mobility: Easily movable to required locations such as operating rooms and emergency departments

Low dose / high image quality: Modern systems provide high-resolution images while minimizing radiation exposure

Gas-Purged Vacuum Glove Box

A gas-purged vacuum glove box is a system designed to replace the internal atmosphere of a sealed chamber with inert gas, thereby removing oxygen and moisture, and enabling operators to perform required tasks inside the chamber through integrated gloves (e.g., latex gloves).

Key Features

Maintenance of a controlled inert atmosphere: The internal chamber is purged with N₂ or Ar gas to maintain a clean and controlled environment

Prevention of contamination for sensitive materials: Prevents contamination when handling materials that are sensitive to moisture, O₂, and CO₂

Safe handling of hazardous substances: Provides a safe working environment when handling highly toxic or reactive materials

DxC 700 AU Clinical Chemistry Analyzer

The DxC 700 AU is a latest-generation clinical chemistry analyzer that combines the proven reliability of the AU series with the intuitive interface of the DxC series.

Key Features

High-throughput processing: Capable of performing up to 800 photometric tests per hour, and up to 1,200 tests per hour when including electrolyte (ISE) analysis

Accuracy and reliability: Generates precise results from small sample volumes using spectrophotometry and potentiometry; automatically detects sample conditions that are difficult to identify visually, such as hemolysis, icterus, and lipemia

ATLAS SUNTEST® CPS+ Xenon Test Chamber

The SUNTEST® CPS+ is a light exposure testing system that uses a xenon arc lamp as a light source, providing a spectral distribution similar to natural sunlight.

Key Features

Xenon arc lamp-based light source: Provides a continuous spectrum similar to natural sunlight

Irradiance control:
Enables control of light exposure levels according to defined test conditions

Temperature control function:
Helps maintain stable test conditions during light exposure

Uniform irradiation environment:
Ensures uniform light exposure conditions across test samples

Reproducible test conditions:
Facilitates consistent and reproducible exposure conditions for repeated testing

SpectraMax® iD3 Multi-Mode Microplate Reader

The SpectraMax® iD3 is a multi-mode microplate reader that supports various detection modes, including absorbance, fluorescence, and luminescence. Based on its high sensitivity and stable signal detection performance, it is widely used for acquiring quantitative data in biochemical and cell-based assays.

Key Features

Multi-mode detection system:
Supports measurement of absorbance, fluorescence, and luminescence

High sensitivity and precision:
Enables reliable data acquisition even at low signal intensities

Compatibility with various microplates:
Supports analysis of 96-well and 384-well plates

Support for kinetic and endpoint analysis:
Enables analysis of time-dependent reactions (kinetic) as well as final endpoint measurements

Integrated software-based data management:
Provides functions for experiment setup, data acquisition, analysis, and result storage