Your cart is empty.
Tecan uses cookies to improve our website. By continuing to browse our website, you accept our cookie policy.
We provide a number of innovative, off-the-shelf solutions that are specifically tailored to applications in life sciences and diagnostics.
Many of these systems have been developed in collaboration with our partners, integrating our liquid handling and detection technologies with widely used kits. These standardized packages improve the efficiency and consistency of various applications, including automated protein and DNA analysis, cell culture and drug discovery processes.
Accelerate your liquid biopsy workflows with standardized solutions for next-generation sequencing (NGS) analysis or mass spectrometry-based proteomics research.
Customizable automated solutions to streamline processing of incoming blood, saliva and urine samples, including isolation of plasma fractionations, buffy coats and PBMCs.
Solutions to cover your genomic workflow automation needs, including DNA extraction, normalization and PCR set-up, as well as NGS sample preparation.
Sophisticated solutions to address your lab’s cell-based assay, 2D and 3D cell culture, cell counting, colony picking and cell transfection needs.
From fully automated compound management and assay development to ADME and screening solutions, including integrated readers for biochemical assays and IC50 determinations.
A comprehensive range of solutions for protein purification, including assay miniaturization and parallelization, buffer preparation, protein digestion and fully automated analysis.
Tailored workflow automation solutions to alleviate processing bottlenecks for mass spectrometry sample preparation.
Sample preparation solutions for forensic, agricultural, veterinary and food science applications, from distribution to full process flow automation.
ELISA assays are a major tool of analysis in many markets from drug discovery, veterinary and food science to clinical diagnostics.
Automation solutions to cover the complete workflows, from gene expression profiling to cloning of the desired genes into carrier organisms, subsequent protein expression profiling and characterization.