Instruments

Autolumo A1000

AutoLumo A1000 is a fully automated chemiluminescence Immunoassay analyzer based on CLIA Microparticles platform, which is designed for both quantitative and qualitative detection of biomarkers related to various diseases and dysfunctions.

ST-200 aQua Electrolyte Analyzer

Sensa Core’s ST-200 aQua Electrolyte Analyzer is a semi-automated, microprocessor-controlled electrolyte system that uses current ISE technology to make electrolyte measurements. The ST-200 aQua product measures various combinations of Sodium, Potassium, Ionized Calcium, Ionized Magnesium, Lithium, pH and Chloride in whole blood, serum, plasma, CSF, body fluids and urine.

Mispa Nano Plus

Mispa Nano Plus is a 360 throughput fully automated Biochemistry analyzer. Mispa Nano Plus comes with intelligent multitasking software, a Proven Grating Photometer, a perfect self-checking function, automatic onboard washing, and onboard refrigerated reagents.

Automated Cartridge Based Specific Protein Analyzer  (Mispa i3)

Mispa i3 is an automated cartridge based specific protein analyzer designed to deliver consistent and reproducible result with ease and at affordable cost. Mispa i3 adopts dual measuring channels - Rate based Nephelometry & Immuno-turbidimetry for best sensitivity and linearity during the blood testing.

Automated 5-Part Automatic hematology analyzer (MISHPA HX50)

The Mispa HX50 is a cutting-edge 5-Part Hematology Analyser that utilizes 3rd Generation Technology with Nucleic Acid Fluorescence Staining and Tri-Angle Laser Scattering. With a throughput of 60 tests per hour, it offers exceptional sensitivity in differentiating leukocytes, particularly abnormal cells. Our specialized fluorescent staining solution targets DNA and RNA, enabling precise analysis based on nucleic acid levels. Experience unparalleled accuracy and reliability in clinical diagnostics with the Mispa HX50.

Quantstudio 5 (Applied Biosystems) Real-Time PCR Detection System 

A real-time PCR detection system consists of a thermal cycler equipped with an optical detection module to measure the fluorescence signal generated during each amplification cycle as the fluorophore binds to the target sequence.