SpheroScan Explorer

The SpheroScan Explorer is a mature measurement platform designed for both laboratory and production-related environments. It bridges the gap between exploratory laboratory analysis and application-oriented process measurement.

Like all SpheroScan systems, the Explorer uses freely moving microbeads as active biosensors. These sensor beads interact directly with the sample and selectively bind to their respective targets. This approach can significantly reduce the need for extensive sample preparation and enables measurement results within minutes.

The SpheroScan Explorer is a semi-automated system with manual sample loading, offering a high degree of flexibility for method development, assay optimization, and application-specific investigations. An extension for fully automated measurement and process integration is currently in development.

Flexible

Manual sample loading combined with multiple measurement modes provides the flexibility required for exploratory investigations, method development, and application-specific workflows.

At-Line Measurement

Its rugged system design enables operation not only in the laboratory, but also close to the production process, supporting the transition from analytical development to at-line process monitoring.

Fast Results

Measurement results are available within minutes, with minimal or no sample preparation required. Real-time read-out and visualization support rapid decision-making and can enable integration into closed-loop process control.

Ready for Exploration

Built on a mature technology platform, the SpheroScan Explorer provides a reliable basis for evaluating new targets, applications, and measurement concepts under real-world conditions.

We support you in adapting SpheroScan technology to your specific application and measurement requirements.

Oculus Orbit is the world’s first laboratory shaker featuring a clear aperture for direct visual inspection during operation. This unique design enables microtiter plates to be observed and analyzed from below while shaking.

By combining controlled agitation with unobstructed optical access, OculusOrbit opens up new possibilities for laboratory automation and process monitoring, including applications such as magnetic separation and real-time visual observation.

The system can be integrated with existing analytical platforms and microscopes, making it a flexible solution for advanced laboratory and development workflows.

Magneto Orbit combines precise orbital shaking with integrated magnetic separation in a single compact laboratory system. Magnetic elements are automatically positioned beneath the microtiter plate, enabling separation without moving the plate or interrupting the workflow.

This integrated approach simplifies magnetic bead-based applications and opens up new possibilities for automated laboratory workflows, particularly where repeated mixing and separation steps are required.

With adjustable shaking parameters and customizable adapters for different plate formats and magnetic configurations, Magneto Orbit can be flexibly integrated into laboratory and automation environments.

Our Functionalized Polystyrene Beads are designed for the selective capture of specific targets, such as Cryptosporidium and E. coli, in liquid samples. Tailored surface chemistries enable efficient target enrichment and separation for a broad range of analytical and research workflows.

Our beads are suitable for a wide range of applications, including:

• SpheroScan / FRS

• Flow cytometry (FACS)

• Assay development

• Fluorescence-based detection

• Microscopy

• Target enrichment and separation

• Research and development