Thermo Scientific Electronic De-Capper

• Used in beverage bottling lines for automated removal of caps from previously sealed containers.
• Applicable in laboratories and pharmaceutical settings for processing samples in capped vials or bottles.
• Utilised in quality control departments for inspecting products that require cap removal for testing.
• Suitable for small-scale production or research facilities requiring precise and consistent de-capping.

Typical cap size range

Units in this class commonly handle cap diameters from 13mm to 30mm, with this specific unit noted for 20mm caps.

Throughput

For electronic de-cappers, typical throughput can range from 10 to 60 caps per minute, depending on automation level and cap type.

Power supply

These units typically operate on standard single-phase mains power, commonly 230V, 50Hz for the UK market.

Footprint

Electronic de-cappers are generally compact, designed for benchtop use or integration into existing lines, typically requiring less than 0.5 square metres.

Construction materials

Commonly constructed from stainless steel and engineering plastics suitable for laboratory or food-grade environments.

Automation level

This type of equipment is typically semi-automatic or fully automatic, designed for consistent, repeatable de-capping.

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

  Electronic de-cappers are generally designed for screw caps. Buyers should confirm the specific cap material and thread type compatibility with the seller.

• Is this unit suitable for cleanroom environments?

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

• Can this de-capper be integrated into an existing bottling line?

• What safety features are commonly found 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.

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