The Z601 Automative EOE Progression Gauges sets the standard for inspecting all standard and enhanced inspection features across all conversion types.
The non-contact technology gives the operator the reassurance that no influence or bias has occurred during measurement, giving you full confidence in your production process.
Technical Specification
Features (Standard Features)
Features (Enhanced Features)
Standard Measurement Features include:
Enhanced Measurement Features include:
The Z401 Shell Inspection System from Torus Measurement Systems defines the standard for dimensional inspection of food can shells.
Each food shell to be inspected is automatically collected from a ‘stack’ and loaded into the gauging module with an integrated pick and place system. The measurement cycle is then initiated via the PC running the TMS GaugeXplorer Measurement and Machine Control software.
Measurement Features
Additional Features (upon request)
Line Scan Laser Features (optional upgrade)
Technical Specification
Automatic Grain Alignment
The grain alignment option allows operators to gain information of where exact measurement points are taken, allowing for precise tooling adjustment to be made where required.
Line Scan Laser Features (Optional upgrade)
Panel Profile, including:
Through our four key divisions we deliver a range of measurement and inspection systems, metrology services, manufacturing services and machine enclosure solutions, as well as our online store for aluminium profile components and workspace solutions.
Our Z604 Automatic Food Shell and end Enamel Rater offers unprecedented functionality and capability for today’s global shell/end-making industry.
By monitoring critical manufacturing parameters over time and relating the press performance to the change in the ends opening signature, the manufacturing process capability can be observed. This trend monitoring is extremely beneficial to the process engineer, in predicting potential out-of-spec score residual and other critical features. By sampling ends from the production line, the Opening Force Gauge can monitor tooling wear in real-time and provide significant savings in both labour and scrap.
Measurement Features
Technical Specification
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)
The samples can be collected from the production lines and batch loaded at any given time without cancelling the current batch inspection sequence, resulting in increased sample testing frequency.
The gauge will then automatically start the test cycle using the industry standard 4 second procedure.
Through our four key divisions we deliver a range of measurement and inspection systems, metrology services, manufacturing services and machine enclosure solutions, as well as our online store for aluminium profile components and workspace solutions.
The Z403 Automatic Compound Weight and Placement Gauge has been designed to reduce the significant labour time associated with manual compound weight and placement checks, whilst also reducing the risk of human error in this manually labour intensive process.
By adopting a similar strategy to the existing manual process, Torus have incorporated state of the art printing technology to label each shell with specific information related to the module, liner, sample, date and time.
Measurement Features
Technical Specification
1. Compound Weight
After the shells have been passed through the “lining” process, the operator will bake the ends in the usual manner and return them to the gauge. Each shell will be automatically identified and weighed again. The barcode verification feature ensures the risk of “mixing” or manual data entry errors are completely removed from the process, and the compound weight will be automatically calculated and displayed for the operator for each shell.
2. Compound Placement
After compound weight compound placement can also be checked. This is done by up to 5 optional “uncurling” presses within the gauge, for plants producing different shell diameters and types.
3. Uncurling
Once “uncurled” the shells are inspected by up to 5 high resolution cameras as they are rotated through 360 degrees.
Detailed information on the cut edge distance and HOS (high on shoulder) is provided around the complete shell circumference.
Through our four key divisions we deliver a range of measurement and inspection systems, metrology services, manufacturing services and machine enclosure solutions, as well as our online store for aluminium profile components and workspace solutions.
The Z606 Automatic Food End Score Gauge has been developed to provide the highest accuracy, repeatability, and usability for the measurement of Score Residual on Food can ends.
The Gauge uses two proprietary 3D Scanning White Light Interferometry Sensors developed by Torus’ Research & Development team. Each sensor performs a high-resolution area scan of the upper and lower surface of the Score area to build up a full 3D map for analysis and measurement. The sensors combine sub-micron vertical scanning with sub-micron X, Y area scans for unprecedented resolution, resolving up to 2.3 million surface data points for each Score Residual Thickness measurement.
Measurement Features
Technical Specification
1. Ease of Setup
Simply setup measurement positions using a drag and drop interface on an image of the End to be measured.
2. Pioneering Technology
3D Scanning White Light Interferometry Sensors developed by Torus, provide sub-micron resolution and unparalleled detail.
Bespoke algorithms analyse up to 2.3million data points per scan to provide accurate Score Residual Thickness Measurements.
3. Results and Feedback
(a) Mimic Screens provide instant feedback for Pass and Fail.
(b) Graphical Section plots show the Score profile for lifetime monitoring.
(c) 3D data available for output to preform detailed analysis and evaluation.
Through our four key divisions we deliver a range of measurement and inspection systems, metrology services, manufacturing services and machine enclosure solutions, as well as our online store for aluminium profile components and workspace solutions.
The Z606 Automatic Beverage End Score Gauge has been developed to provide the highest accuracy, repeatability, and usability for the measurement of Score Residual on Beverage can ends.
The Gauge uses two proprietary 3D Scanning White Light Interferometry Sensors developed by Torus’ Research & Development team. Each sensor performs a high-resolution area scan of the upper and lower surface of the Score area to build up a full 3D map for analysis and measurement. The sensors combine sub-micron vertical scanning with sub-micron X, Y area scans for unprecedented resolution, resolving up to 2.3 million surface data points for each Score Residual Thickness measurement.
Measurement Features
Technical Specification
1. Ease of Setup
Simply setup measurement positions using a drag and drop interface on an image of the End to be measured.
2. Pioneering Technology
3D Scanning White Light Interferometry Sensors developed by Torus, provide sub-micron resolution and unparalleled detail.
Bespoke algorithms analyse up to 2.3million data points per scan to provide accurate Score Residual Thickness Measurements.
3. Results and Feedback
(a) Mimic Screens provide instant feedback for Pass and Fail.
(b) Graphical Section plots show the Score profile for lifetime monitoring.
(c) 3D data available for output to preform detailed analysis and evaluation.
Through our four key divisions we deliver a range of measurement and inspection systems, metrology services, manufacturing services and machine enclosure solutions, as well as our online store for aluminium profile components and workspace solutions.
Introducing Torus’ Z704 RemoteXplorer, offering remote visual global support from our head office
Remote support has been available for many years via Torus’ global helpdesk team, but only now can ‘eyes on’ support be offered via a new extension of Torus’ traditional GaugeXplorer software. RemoteXplorer, with the permission of customers, the gauges can now be monitored visually using RemoteXplorer’s newly developed pan and tilt camera system and software package.
Our Divisions
Through our four key divisions we deliver a range of measurement and inspection systems, metrology services, manufacturing services and machine enclosure solutions, as well as our online store for aluminium profile components and workspace solutions.
How can we help you?
The Z605 End Buckle and Burst Gauge is the world’s first End Buckle and Burst Gauge with up to three size capability with no manual change parts.
The operator simply loads a batch of ends into the gauge to initiate both the buckle and burst tests. The collated data is then quickly exported to the customers SPC data acquisition system for analysis.
Measurement Features
Technical Specification
Ends are collected from operator loaded hopper cassettes and placed into the dedicated tooling, precisely clamping and securing the end in position. Pressure is then applied until the end buckles or reaches a maximum specifiable pressure before finishing the test. Operators are presented with graphical information about buckle and burst performance as well as numerical data for SPC analysis and pass/fail classification.
Through our four key divisions we deliver a range of measurement and inspection systems, metrology services, manufacturing services and machine enclosure solutions, as well as our online store for aluminium profile components and workspace solutions.
Our Z604 automatic beverage shell and end enamel rater offers unprecedented functionality and capability for today’s global shell/end making industry.
By monitoring critical manufacturing parameters over time and relating the press performance to the change in the ends opening signature, the manufacturing process capability can be observed. This trend monitoring is extremely beneficial to the process engineer, in predicting potential out-of-spec score residual and other critical features. By sampling ends from the production line, the Opening Force Gauge can monitor tooling wear in real-time and provide significant savings in both labour and scrap.
Measurement Features
Technical Specification
**Beverage can end standard diameter range includes but is not limited to Ø 200 – Ø 209
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)
The samples can be collected from the production lines and batch loaded at any given time without cancelling the current batch inspection sequence, resulting in increased sample testing frequency.
The gauge will then automatically start the test cycle using the industry standard 4 second procedure.
Through our four key divisions we deliver a range of measurement and inspection systems, metrology services, manufacturing services and machine enclosure solutions, as well as our online store for aluminium profile components and workspace solutions.
The Z601 Automative EOE Progression Gauges sets the standard for inspecting all standard and enhanced inspection features across all conversion types.
The non-contact technology gives the operator the reassurance that no influence or bias has occurred during measurement, giving you full confidence in your production process.
Technical Specification
The system is available in two variants; Standard and Enhanced
The Enhanced version allows optional measurement of additional features:
Through our four key divisions we deliver a range of measurement and inspection systems, metrology services, manufacturing services and machine enclosure solutions, as well as our online store for aluminium profile components and workspace solutions.
The “Enhanced” Opening Force Gauge from Torus Measurement Systems builds on the success of the standard model used by leading end makers.
By monitoring critical manufacturing parameters over time and relating the press performance to the change in the ends opening signature, the manufacturing process capability can be observed. This trend monitoring is extremely beneficial to the process engineer, in predicting potential out-of-spec score residual and other critical features. By sampling ends from the production line, the Opening Force Gauge can monitor tooling wear in real-time and provide significant savings in both labour and scrap.
Measurement Features
Technical Specification
Tab Strength
Shift Data Comparison – Tab Strength
Through our four key divisions we deliver a range of measurement and inspection systems, metrology services, manufacturing services and machine enclosure solutions, as well as our online store for aluminium profile components and workspace solutions.
The Z403 Compound Weight and Placement Gauge has been designed to reduce the significant labour time associated with manual Compound Weight and Placement checks, whilst also reducing the risk of human error in this manually labour intensive process.
By adopting a similar strategy to the existing manual process, Torus have incorporated state of the art printing technology to label each shell with specific information related to the module, liner, sample, date and time.
Measurement Features
Technical Specification
1. Compound Weight
After the shells have been passed through the “lining” process, the operator will bake the ends in the usual manner and return them to the gauge. Each shell will be automatically identified and weighed again. The barcode verification feature ensures the risk of “mixing” or manual data entry errors are completely removed from the process, and the compound weight will be automatically calculated and displayed for the operator for each shell.
2. Compound Placement
After compound weight compound placement can also be checked. This is done by up to 5 optional “uncurling” presses within the gauge, for plants producing different shell diameters and types.
3. Uncurling
Once “uncurled” the shells are inspected by up to 5 high resolution cameras as they are rotated through 360 degrees.
Detailed information on the cut edge distance and HOS (high on shoulder) is provided around the complete shell circumference.
Through our four key divisions we deliver a range of measurement and inspection systems, metrology services, manufacturing services and machine enclosure solutions, as well as our online store for aluminium profile components and workspace solutions.
The Z401 Shell Inspection System from Torus Measurement Systems defines the standard for dimensional inspection of beverage / beer can shells.
Each shell to be inspected is automatically collected from a ‘stack’ and loaded into the gauging module with an integrated pick and place system. The measurement cycle is then initiated via the PC running the TMS GaugeXplorer Measurement and Machine Control software.
Measurement Features
*Curl Opening feature not supported on CDL style shells
Technical Specification
The Torus Measurement Systems modular design construction gives complete flexibility when specifying your requirements.
The below option Automatic Grain Alignment is available to add at anytime.
The Grain Alignment option allows operators to gain information of where exact measurement points are taken, allowing for precise tooling adjustment to be made when required.
Through our four key divisions we deliver a range of measurement and inspection systems, metrology services, manufacturing services and machine enclosure solutions, as well as our online store for aluminium profile components and workspace solutions.
