PerkinElmer Protome Works System

• Automated protein digestion for proteomic studies.
• Peptide sample preparation for LC-MS analysis.
• High-throughput screening in drug discovery and biomarker research.
• Preparation of samples for MALDI-TOF mass spectrometry.
• Standardised sample processing in core analytical laboratories.

Typical throughput

Units of this type commonly process multiple samples simultaneously, significantly increasing throughput compared to manual methods.

Sample types

Typically handles various biological samples including cell lysates, tissue extracts, and purified proteins.

Automation level

Designed for automated liquid handling, reagent addition, incubation, and sample transfer steps.

Power supply

Commonly requires a standard laboratory power supply, typically 230V, 50Hz for UK operation.

Footprint

For this class of equipment, a dedicated benchtop space is usually required, with dimensions varying by specific model.

Software integration

Often includes dedicated software for method development, run control, and data tracking.

• What maintenance is typically required for a system like this?

  Routine maintenance commonly involves cleaning of liquid handling components, calibration checks, and replacement of consumables such as pipette tips and reagent bottles. Specific schedules are detailed in the manufacturer's manual.

• Can this system be integrated with other laboratory equipment?

• What level of training is needed to operate a PerkinElmer Protome Works System?

• Are spare parts and consumables readily available for used units?

• What are the typical environmental requirements for operating this equipment?

Robotic handling systems in lab and pharma settings are generally well-regarded for improving throughput and consistency. Buyers typically value their precision, reduced contamination risk, and ability to handle repetitive tasks reliably. When purchasing used equipment, buyers commonly assess mechanical wear, software compatibility with existing systems, and maintenance history. Key strengths include long operational lifespans and relatively straightforward integration into established workflows, though compatibility assessment remains essential.

Vue d'ensemble pour ce type de machine