The Torus Z614 Automatic Food Shell and End Enamel Rater delivers fast, accurate, and fully automated lacquer integrity measurement for food can manufacturers - helping protect product quality, ensure compliance, and reduce inspection time.
The Z614 Automatic Food Shell and End Enamel Rater is designed for high‑throughput, high‑confidence enamel inspection in today’s global food can making environments.
Brought to you by Torus, a specialist brand within Industrial Physics, the Z614 combines proven contact measurement technology with advanced automation to deliver reliable, traceable results – 24/7. The Z614 Food Automatic Shell and End Enamel Rater offers unprecedented functionality and capability for today’s global shell/end making industry.
Accurate lacquer measurement on can ends is essential for maintaining product safety, package integrity, and brand protection. While shells receive close attention during manufacture, can ends present unique and equally critical challenges that demand precise monitoring.
By monitoring metal exposure on food shells and ends, the Z614 helps manufacturers verify lacquer coverage at a critical stage of production. Its triple‑contact, 100% connectivity check system ensures consistent electrical contact during every test, giving operators confidence in the integrity of the internal coating while reducing the risk of false readings, rework, or product failures.
Once the part program is selected, the operator will be prompted to load the hopper system as instructed, a maximum of up to 100 shells / ends per hopper (maximum of 4 hoppers per gauge) -enabling high‑volume batch testing without interrupting production workflows.
Samples can be collected from the line and batch‑loaded at any time – without cancelling the current inspection sequence—allowing increased testing frequency and improved process control. The Z614 then automatically performs testing using the industry‑standard 4‑second mA measurement procedure, ensuring consistent, repeatable results.
Built on Torus’ established contact measurement technology, the Z614 provides accurate, reliable, and traceable measurements across both shells and converted ends—supporting quality assurance, process optimisation, and regulatory compliance.
Measurement Features of the Z614 Food Automatic Shell and End Enamel Rater

Measuring lacquer integrity on can ends provides valuable feedback on coating application processes. High‑resolution, repeatable measurements allow process engineers to identify trends, correct deviations early, and maintain consistent production quality across shifts and lines.
The Torus Z614 enables manufacturers to confidently include can ends in their enamel inspection regime – delivering the accuracy, automation, and repeatability needed for modern, high‑speed production environments.
The proven contact measurement technology ensures accurate, reliable and traceable measurement 24/7.

Part of the Modular Frameworks range from Torus, we can offer bespoke Controlled Environments providing a semi-permanent versatile work space in a shopfloor or factory environment.
Machine enclosures are designed and manufactured to help build a protective environment for sensitive equipment.
Part of the Modular Frameworks range from Torus, we can offer bespoke partitions and walkways to corner off areas that need segregation or protection.
SKU: Torus_Z614_A_FOOD
Applications: Can Inspection
Materials: Aluminum, Metal, Steel
Shell Materials: Aluminum/Steel
Component Stages: Shells, Converted Ends (Lined and Unlined)
Shell Diameter Range: Typical ranges Ø 211 – Ø 307 (Food)
Electricity: 100-240 Volts / 50-60 Hz
Compressed Air: 6 bar / 87 PSI
Weight: 530 kg Max.
Dimensions: (W) 1938 mm x (H) 1800 mm x (D) 1032 mm
Yes. The Z614 supports both shells and converted ends, including lined and unlined components, within the same inspection platform.
Automated batch loading, multi‑hopper capacity, and in‑cycle measurement allow frequent testing without disrupting production, reducing manual intervention and inspection time.
Yes. The Z614 is available in configurations suitable for food can manufacture.
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