Qiagen BGR-Z-Modul Dt-1100uL Bez Handler

• High-throughput screening in drug discovery and development.
• Genomic and proteomic research for sample preparation.
• Clinical diagnostics for automated assay setup.
• Forensic science for DNA extraction and analysis.
• Quality control in pharmaceutical and biotechnology manufacturing.

Volume Capacity

This specific module is designed for 1,100 µL volumes; other modules for this class of equipment typically handle a range from nanolitres to several millilitres.

Throughput

Throughput for liquid handling stations is typically high, dependent on the integrated system and assay complexity, often processing hundreds of samples per hour.

Power Supply

Units of this type commonly require standard laboratory power, typically 230V, 50Hz for UK operation, often with low power consumption for the module itself as it integrates into a larger system.

Footprint

As a module, its footprint is relatively compact, designed to fit within a larger automated liquid handling deck. The overall system footprint varies significantly.

Compatibility

This module is specifically designed for integration with Qiagen's automated systems, such as the BioRobot 8000. Compatibility with other manufacturers' systems is not typical.

Gripper Mechanism

Equipped with grippers to securely handle sample tubes or plates, a common feature for automated systems requiring precise object manipulation.

• What is a 'Bez Handler'?

  In this context, 'Bez Handler' likely refers to a specific type of robotic arm or module designed for precise handling and manipulation of labware, such as tubes or plates, within an automated system.

• Is this module a complete liquid handling system?

• What kind of maintenance does this module typically require?

• Can this module be used with non-Qiagen liquid handling platforms?

• What does '1,100 µL' refer to?

Liquid handling stations are valued in laboratory and pharmaceutical settings for their precision and repeatability in fluid transfer tasks. When purchasing used equipment, buyers typically prioritise verifying calibration history, checking for corrosion or wear on critical components, and confirming software compatibility. The sector generally regards these systems as reliable workhorses when properly maintained. Common strengths include accuracy in dispensing, reduced operator fatigue, and consistent results across batches. Buyers should examine pump condition and control system functionality carefully.

General overview for this equipment type