Data from Clinical Labs are the fuel for healthcare insights.
Physicians rely on precise, reliable output and fast availability of results. This, in combination with decreasing reimbursement, calls for medium to high sample throughput and low cost per test in clinical settings. Innovative, yet proven technologies, are key to optimizing measurement times, increasing the degree of multiplexing, and to maximizing instrument utilization.

Clinical Chemistry

Immunochemistry

Molecular Diagnostics

Microbiology

Measurements at the point-of-care pose specific challenges regarding instrument robustness, time-to-result, miniaturization and ease-of-use, all at affordable costs. In these instrumentation settings, smaller sample volumes and tighter integration with microfluidic devices are common. In order to be applicable for comprehensive test menus from a sample, higher degrees of parallelization or multiplexing is required.

Microbiology

Immunochemistry

Molecular Diagnostics

Clinical Chemistry

Research applications are trying to push limits in their field by applying more complex experimental designs while relying on high measurement precision and stability. Instruments at the same time need higher degrees of freedoms in adjusting measurement conditions. As research samples are precious, also quality assurance steps are an integral part of modern research workflows.

qPCR

Digital PCR

Cell Imaging

Automated Fluorescence Microscopy

Next Gen. Sequencing

Capillary Electrophoresis