Tecan SPE Te-VacS-B Vacuum System

• Used in pharmaceutical research for drug discovery and development, particularly for sample preparation prior to analysis.
• Applied in biotechnology for nucleic acid purification and protein isolation from biological samples.
• Utilised in environmental testing laboratories for extracting contaminants from water or soil samples.
• Employed in food and beverage analysis for isolating specific compounds, such as toxins or additives, from complex matrices.
• Suitable for academic and research institutions requiring automated sample preparation for analytical chemistry studies.

Typical vacuum range

Units of this type commonly offer a vacuum range from ambient pressure down to approximately 100 mbar, precisely controlled via software.

Number of vacuum positions

This model features two independent vacuum positions, each with distinct vent lines to prevent cross-contamination.

Compatibility

Designed for seamless integration with Tecan pipetting platforms, but also compatible with non-Tecan vacuum separation manifolds and external vacuum sources.

Control interface

Typically controlled via dedicated software, allowing for programmable vacuum profiles and automation of SPE processes.

Power supply

For this class of laboratory equipment, a standard single-phase electrical supply, commonly 230V, 50Hz (UK/EU), is required.

Footprint

Vacuum systems of this nature are generally designed to be benchtop units, requiring a moderate amount of laboratory bench space.

• What is SPE?

  SPE stands for Solid Phase Extraction. It is a sample preparation technique used to extract, partition, and/or purify analytes from a sample matrix prior to analytical testing.

• How does this system enhance laboratory efficiency?

• Can this unit be integrated with existing laboratory equipment?

• What are the benefits of software-controlled vacuum regulation?

• How does the system prevent cross-contamination?

Vacuum pumps and systems are considered reliable workhorses in laboratory and pharmaceutical settings. Buyers typically value robust construction and consistent performance over extended service life. When purchasing used equipment, inspecting seals, gaskets and pump heads for wear is advisable, as these components determine longevity. Industry feedback suggests mechanical durability and energy efficiency as key strengths. Maintenance history and original manufacturer specifications prove important for ensuring compatibility with existing processes and regulatory compliance.

General overview for this equipment type