CFS Protemist DT II Automated Protein Synthesizer

• Automated protein staining and destaining in proteomics research.
• High-throughput gel processing for analytical biochemistry laboratories.
• Standardised protein visualisation in drug discovery and development.
• Quality control in biopharmaceutical production and research.

Typical capacity

Units of this class commonly handle multiple electrophoresis gels simultaneously, often up to 12-24 gels depending on size.

Power supply

Typically requires a standard laboratory power supply, commonly 230V, 50Hz for UK operation.

Footprint

For this type of automated synthesizer, a benchtop footprint is common, requiring dedicated lab bench space.

Throughput

Automated systems like the Protemist DT II are designed for consistent, high-throughput processing compared to manual methods.

Reagent handling

Features automated reagent delivery and waste collection, typically with dedicated reservoirs for various staining and destaining solutions.

Control interface

Commonly includes an integrated touchscreen or PC interface for programming and monitoring protocols.

• What types of gels can this unit process?

  Automated protein synthesizers like the Protemist DT II are typically designed for processing various polyacrylamide gels (PAGE) and 2D electrophoresis gels.

• Is specific training required to operate this equipment?

• What maintenance is typically involved with an automated stainer?

• Can this unit be integrated into existing lab automation systems?

• What are the common benefits of using an automated system over manual staining?

Automated synthesizers are valued for improving synthesis speed, consistency and safety in pharmaceutical and chemical research environments. Buyers typically prioritise equipment condition, software compatibility with existing systems, and availability of spare parts when purchasing used units. Industry sentiment reflects appreciation for their ability to reduce manual labour and human error. Key considerations include verification of calibration status, documentation of maintenance history, and compatibility with required chemical protocols. Reputation remains strong for improving throughput in busy laboratories.

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