Our Non-Contact Dimensional Inspection Product Range provides the capability for up to 7000 measurement data points per container. Quick-Snap pre-programmed industry standard critical measurement features enable for fast part program creation, whilst a fully programmable range of features provides complete dynamic measurement flexibility.

The World’s only Neck Finish down Material Distribution measurement system, provides inspection access to the base of containers, and removes limitations of measurement to the full surface of the product for thickness inspection. With configurable non-contact sensor options, capability to measure from 0.04mm to 8.00mm are available.

Burst Pressure, Volume Expansion & Bottle Fatigue Testing validated against Global Testing Standards. Programmable multiple pressure hold positions, ramp rates and test modes provide the ultimate verification that containers meet the minimum industry specification.

The latest release in Top Load, and Horizontal Side Load testing capability for both filled, empty and capped containers, completed in a sealed or vented test function. Scan until dip functionality to stop the test once past elastic limit to reduce cycle time, with max force test option over defined deflection distance, with deflection point reported as load and distance.

Top of Finish detection provides the capability for unrivalled Brimful (Overflow) Volume Measurement capability, whilst multiple programmable height positions are provided for Fill Height Volume Measurement. Volume & Load Testing completed in on cycle program to significantly reduce cycle time.

All of our measurement capability, developed by Torus has been taken and enhanced in an Automatic packaged solution, providing lights-out capability for all features. We recognised that production environments are 24/7 and that is why, we provide a solution that will continue to output process inspection data every hour of every day, reducing hold for inspection downtime and the reliance on operators. Automatic measurement systems remove Idle State Energy Consumption, making the measurement process as efficient as possible and focussed on useful output.