Measurement Features

• Burst Pressure | bar, PSI | Accuracy: +/- 0.2 bar
• Expansion Volume | ml | Accuracy: +/- 20.00 ml
• Expansion %
• Pressure Hold Out | Pass/Fail
• Yield Point Pressure | bar, PSI
• Yield Point Expansion Volume | %
• Test Time | Seconds

Technical Specification

• Material Types | PET, PP, TRITAN
• Component Volume Range | ≤ 3000 ml
• Component Neck Diameter | 12.5 mm – 42 mm
• Component Height Range | ≤ 482 ml
• Component Body Diameter | ≤ Ø 180 mm
• Component Burst Pressure | ≤ 24 bar
• Component Expansion Volume | ≤ 2400 ml
• Component Neck Height | ≤ 25 mm

Pressure and Expansion Options

• Low Range Pressure | 24 bar / 2.4 L
• Mid Range Pressure | 35 bar / 1.8 L

• Interchangeable neck diameter tooling to cover a wider range of bottle neck finishes and diameters without sacrificing sealing capability
• Recirculating water tank reduces cost of ownership
• Live Pressure vs. Time vs. Volume graphical display
• Automated material yield pressure and volume
• 3 hold periods and pressure range
• Burst mode for quick cycle times

Measurement Features

• Neck Diameters | T, E, Z, B, B1, A, F, G Programmable neck diameter | Accuracy: +/- 0.030 mm
• Neck Heights | S, K, X, H, M, D Programmable neck heights | Accuracy: +/- 0.030 mm
• Body Diameters | Programmable body diameter | Accuracy: +/- 0.050 mm
• Body Heights | Programmable body heights | Accuracy: +/- 0.050 mm
• Perpendicularity | Angle / Distance | Accuracy: Indicative
• Wall Thickness | Up to 3,000 measurements | Accuracy: +/- 0.020 mm
• Standing Thickness | Petaloid bottle stand point | Accuracy: +/- 0.050 mm
• Bottle Height | Individual / Height | Accuracy: +/- 0.100 mm
• Base Clearance | Individual | Accuracy: +/- 0.100 mm

Technical Specification

• Material Types | PET, PP, TRITAN, PEF
• Component Neck Types | Thread, Continuous thread, Split thread, PCO, SP, ROPP, Snap, Clinch, Crown Cap (others on ap)
• Component Outer Neck Diameter | ≤ Ø 200 mm
• Component Internal Neck Diameter | Ø 8.00 mm – 170.00 mm
• Component Height Range | ≤ 400 mm
• Component Body Diameter | ≤ Ø 200 mm

Thickness Sensor Options

• Low-Range Sensor | 0.04 mm – 0.70 mm
• Mid-Range Sensor | 0.12 mm – 2.50 mm (standard)
• High-Range Sensor | 0.35 mm – 8.00 mm

• Over 7000 measurement data points per bottle
• Quick-snap pre-programmed industry standard neck features
• Programmable neck features for full measurement flexibility
• Programmable body features, including dynamic rotational search functionality with max. and min. form and diameter features, perfect for minor, major and pinch diameters 
• Single sided thickness measurement
• Thickness sensor can be configured
• Automatic thread start alignment
• Automatic body alignment
• Self-teach profile scan function
• Filled and sealed thermal stability capabilty

Measurement Features

• Neck Diameters | T, E, Z, B, B1, A, F, G programmable neck diameter | Accuracy:+/- 0.030 mm
• Neck Height / S, K, X, H, M, D programmable neck heights | Accuracy: +/- 0.030 mm
• Body Diameter / Programmable body diameter | Accuracy: +/- 0.030 mm
• Overall Height | Individual
• Gate Height | Individual
• Perpendicularity | Angle / Distance | Accuracy:  N/A

Technical Specification

• Material Type | PET, PP, TRITAN, PEF
• Component Neck Types | Thread, Continuous Thread, Split Thread, PCO, SP, ROPP Snap, Clinch, Crown Cap (others on ap)
• Component Outer Neck Diameter | ≤ Ø 40 mm
• Component Internal Neck Diameter | Ø 8.00 mm – Ø 37.00 mm
• Component Height Range | ≤ 165 mm
• Component Body Diameter | ≤ 40 mm

• Quick-snap pre-programmed industry standard neck features
• Programmable neck features for full measurement flexibility
• Up to 16 rotational diameter positions
• Automatic thread start alignment
• Fast cycle time
• Mimic display screens

Measurement Features
Feature

• Sectional Surface Profiles | System Resolution: < = 0.0025mm / 0.0001″ | Accuracy: Form: +/- 0.025 mm / Geometric: +/- 0.010 mm

Technical Specification

Capabilities

• Component Range | Customer specific

• Non-contact confocal measurement
• Scanning of specular and diffuse surfaces to CAD
• Powerful measurement and statistical software
• Rapid data collection and processing
• Graphical/Numerical display
• Shop-floor hardened where climate control is operational
• Typical cycle time for 5 sectional profiles = 40 seconds

• Powerful on screen reporting gives information on your manufacturing process and typically each Acetabular Cup is inspected in less than 15 seconds, compared to existing methods taking upwards on 3 minutes
• On screen displays quickly alert operators to areas of concern, so immediate measures can be taken to reduce scrap components from the process

• Powerful measurement and statistical software
• Graphical/Numerical display
• Shop-floor hardened
• Single or batch automatic measurement
• Emitter and receiver are arranged in single axis so that shadowing is avoided, in contrast to conventional triangulation sensors
• Rapid data collection and processing
• Typical cycle time for Patella insert sectional profiles = 10 seconds
• Eliminated the need for handheld and subjective profile gauges and comparators which can potentially mark the component and are less accurate

Measurement Features
Feature

• Internal Diameters | Accuracy: +/- 0.004 mm / 0.002 mm
• Internal Taper Angle | Accuracy: +/- 3 secs (0.0004″) / 3 secs
• Internal Straightness | Accuracy: +/- 0.04 mm / 0.002 mm
• Internal Taper Form | Accuracy: +/- 0.004 mm

Technical Specification

Capabilities

• Component Range | Complete Femoral Head Range

• Measures a variety of different features such as Taper angle, diameters, straightness and form
• Important trace information can also be attributed to ensure easy analysis and comparison to assist in process control

Measurement Features

• Internal Lacquer | Accuracy: +/- 0.2 µm | Capability: 0.4 µm
• External Lacquer | Accuracy: +/- 0.2 µm | Capability: 0.4 µm
• Rim Coat Lacquer | Accuracy: +/- 0.4 µm | Capability: 0.8 µm

Technical Specification

• Beverage Can Materials | Aluminium
• Can Stages | Trimmed, Finished, Reformed
• Outer Body Diameter | Typical Range: Ø 202 – Ø 211
• Trimmed Can Height | Typical Range:  90.00 – 190.00
• Finished Can Height | Typical Range:  90.00 – 190.00

Gauge Features

• External Varnish Thickness / Weight / OV (Over Ink)
• Rim Coat Lacquer Thickness / Weight
• Reverse Wall Inspection

• Dual system equipped with two spectrometers – Visible Light and Near Infrared (NIR) light, enables the OV/over ink inspection
• Brand-new fibre set up creating a smaller spot size to optimise measurement of rim coat and reverse wall, both with dedicated tooling to enable precise location of measurement positions on both features
• Enables monitoring and control of the lacquer distribution
• Absolute, not inferred, lacquer thickness measurement
• High positional accuracy, ensuring true location of measurement points
• Multi-size capability so no need for change tooling
• Traceable measurements to NIST standards

Measurement Features

• Wall Thickness | Can accuracy: +/- 0.001 mm | Cup Accuracy: +\- 0.002 mm
• Mid Wall Thickness | Can accuracy: +/- 0.001 mm | Cup Accuracy: +\- 0.002 mm
• Average/Range/Max/Min | Can accuracy: +/- 0.001 mm | Cup Accuracy: +\- 0.002 mm

Technical Specification

• Can Body Diameter Range | Typical Range: 45 mm – 100 mm Ø
• Cup Range | Typical Range: Up to 115 mm Ø
• Measuring Envelope Diameter | Typical Range: 12 mm – 100 mm Ø
• Vertical Height Capability (Automatic) | Typical Range: 16 mm – 220 mm
• Wall Thickness | Typical Range: 0 mm – 0.5 mm

• Direct correlation with industry standard Torus Z301 Front End Gauge
• Our GaugeXplorer software uses sophisticated motion control, which allows tooling to be adjusted quickly, removing the need for extensive changeover tooling
• A single high-accuracy measuring transducer with sub-micron resolution is used to collect the measurement data processing by the GaugeXplorer software at the appropriate position
• On-screen graphical displays of the wall profile, clearly show thick and thin wall areas and transition steps produced by the Punch Tool and Ironing Ring

Measurement Features

• Reform Diameter | Accuracy: +/- 0.010 mm
• Internal Reform Diameter | Accuracy: +/- 0.010 mm
• Internal Reform Height | Accuracy: +/- 0.030 mm
• Reformed Dome Depth | Accuracy: +/- 0.010 mm

Technical Specification

• Can Materials | Aluminium
• Can Stages | Finished, Reformed
• Can Finished Dome Depth Range | Typical Range: 9 – 13 mm
• Can Internal Reform Diameter | Typical Range: Ø 43.8 mm – Ø 54.0 mm
• Can Internal Reform Height | Typical Range: 0 – 4 mm
• Can Internal Dome Diameter | Typical Range: Ø 43.8 mm – Ø 54.0 mm

• Important traceability can be tagged to ensure easy analysis and comparison to other key performance tests, such as Dome Reversal Performance
• Correlates directly with the Torus Z302 Back End Gauge with reform scanning tooling
• Provides accurate reform profile measurement to allow for monitoring tool wear and adjustment within the can reforming process
• Multi-size capability with no change parts

Measurement Features

• Ovality
• Major Diameter(s): Max/Min/Average/Range
• Major Diameter Ovality: Max/Min/Average/Range
• Minor Diameter(s): Max/Min/Average/Range
• Minor Diameter Ovality: Max/Min/Average/Range
• Upper Transition
• Step ‘T’
• Verification Diameters
• Verification Taper
• Verification Dimension for Max Design
• Lower Transition Angle
• Step Intersection(s)

Technical Specification

• Punch Diameters | Typical Range: Ø 202 – Ø 307 (52 – 94 mm)
• Maximum Scanning Length | Typical Range: 235 mm (Maximum Loading Length: 260 mm)

• Flexible part programs allow the operator to define specific measurement positions on the punch and store them for future use
• Accurate, repeatable and traceable measurement of your punch tooling
• The ability to match punches to ironing dies to maintain can wall thickness
• Allows punch wear to be monitored in order to perform preventive maintenance
• Improves process control

Measurement Features

• Dome Growth – The distance in which the component expands in length after being subjected to a specified dome growth pressure | Accuracy: +/- 0.10 mm
• Dome Reversal – The pressure under which the component dome reverses | Accuracy: +/- 0.05 bar

Technical Specification

• Can Materials | Aluminium
• Can Stages | Finished, Straight Walled
• Can Finished Height Range | Typical Range: 87 – 190 mm
• Can Outer Body Diameter | Typical Range: 53 – 66.5 mm
• Internal Neck Diameter | Typical Range: 50 – 58 mm
• Dome Growth/Dome Reversal | Typical Range: ≤ 930 kPa

Gauge Features

• Factory set industry standard flow rates
• Selectable dome growth pressure

• Multi-size capability with quick change tooling
• Cost-effective way of attaining off-line dome growth/dome reversal inspection requirements
• Customer-specific data outputs (psi, kPa, lbs etc)
• High-accuracy pressure sensor technology
• Digital calibration and certified traceability

Measurement Features
Axial Load – The maximum force at which the container fails/collapses | Accuracy: +/- 10 N

Technical Specification

• Can Materials | Aluminium
• Can Stages | Finished, Straight Walled
• Can Finished Height Range | Typical Range: 87 – 190 mm
• Can Outer Body Diameter | Typical Range: Ø 202 – Ø 307
• Internal Neck Diameter | Typical Range: Ø 200 – Ø 209
• Axial Load | Typical Range: ≤ 2000 N

Gauge Features

• Industry standard location patterns for component neck support
• Selectable crush speed
• Factory set patterns to ensure parallelism between gauge tooling faces
• Available for both straight walled and finished beverage cans

• Multi-size capability with quick change tooling
• Short cycle times due to the latest high-performance stepper motors (selectable crush speed)
• Customer-specific data outputs (kgs, lbf, newtons)
• High-accuracy axial load cell technology
• Available for trimmed and finished food and beverage cans