Thermo Scientific Electronic De-Capper

• Used in high-throughput laboratory settings for automated removal of caps from sample tubes.
• Applicable in pharmaceutical research and development for processing drug discovery samples.
• Utilised in clinical diagnostics for preparing patient samples for analysis.
• Found in biotechnology labs for genomics and proteomics workflows requiring automated decapping.
• Suitable for environmental testing laboratories handling numerous samples.

Cap size compatibility

This specific unit is listed for 20mm caps; other models in this class typically handle a range of standard cap sizes.

Throughput

Units of this type are designed for rapid decapping, often processing multiple tubes simultaneously to enhance laboratory efficiency.

Power supply

Commonly operates on standard laboratory power, typically 230V, 50Hz for UK applications.

Footprint

Electronic de-cappers are generally compact benchtop units, designed to fit within standard laboratory workspaces.

Automation level

These units offer automated decapping, reducing manual handling and improving process consistency.

Material compatibility

Typically designed to handle various tube materials, including plastic and glass, with compatible caps.

• What types of caps can this de-capper remove?

  This unit is specified for 20mm caps. Electronic de-cappers are generally designed for screw caps, but buyers should confirm compatibility with their specific cap type and material.

• Is this unit suitable for sterile environments?

• What maintenance is typically required for an electronic de-capper?

• Can this de-capper be integrated into an automated liquid handling system?

• What safety features are common on these units?

Used bottling lines attract strong buyer interest due to their durability and relatively modest depreciation. Industry sentiment emphasises the importance of verifying production capacity against actual requirements and inspecting filling mechanisms thoroughly for wear. Buyers typically value machines with straightforward maintenance records and spare parts availability. Common strengths include robust construction, adaptability to different bottle formats with minimal retooling, and long operational lifespans when properly serviced. Mechanical simplicity in many models makes them accessible to operators with standard technical skills.

General overview for this equipment type