We wanted to update you on the steps we have taken here at ATD to ensure that we can continue to offer a “business as usual” service to our customers, including manufacturers of Food, Beverage, Pharmaceutical and Healthcare Products , whilst keeping in line with Government recommendations.
To minimise the threat of COVID-19 to our business and personnel we have put in place several steps to assist us in maintaining a high level of service to all our customers.
ATD Marking Systems are pleased to have continued our work with long term customer International Timber in 2019. International Timber has been using ATD’s IP9000 system seamlessly for almost 20 years and came back for an updated solution to suit their needs.
With the new EU legislation concerning Plant Passport marking obligations coming into force on December 14th 2019, Leibinger have put together a handy guide with everything you need to know to make sure you’re ready for the changes. With Leibinger CIJ printers, you can implement the Plant Passport optimally and efficiently! (more…)
As of 14th December 2019, a new EU legislation concerning Plant Passport marking obligations will come into force. Does your business comply with the new regulations?
What is a plant passport?
A plant passport provides traceability to enable authorities to investigate and quickly gain control of any contamination – with the overall aim being to ensure safe trade and to reduce the impacts of climate change.
ATD Marking Systems is proud to launch its newest range of thermal ink jet printers – the IP2000 on line printer and the HC2000 handheld coder.
The IP2000 thermal ink jet printer is a robust, small character coder that delivers industrial printing in one simple, integrated unit. It is bristling with features that you would normally expect to find on much more expensive printers and comes with everything you need to get started. (more…)
Can-pack, one of the UK’s largest manufacturers of aluminium cans for the beer and beverage industry, approached us at ATD for a solution to a unique requirement for can printing.
Having one of the world’s fastest aluminium can production lines, with productions speeds of up to 8m/sec, Can-pack produces 54 cans every second. Their can printing requirement was to print onto the base of each can using an invisible UV readable ink. There were many issues to overcome, mainly the speed of production and the temperature of the cans.
Their production line set up has 15 forming stations and within each forming station is a forming star wheel holding 12 cans. The star wheels rotate at up to 8 metres per second and transfers each can from one star wheel to the other and so on down the can forming line.
The location of a can on the forming star wheel is synchronised so that can position 1 on the first forming star wheel is the same as can position 1 on the last forming star wheel.
Canpack’s can printing requirement of applying the invisible UV readable code to the base of each can meant using sequential numbers from 01 to 12 to coincide with the can position in the star wheel and continuously repeat this sequence.
At ATD, we suggested the solution was to use the Leibinger Jet 3 UP printer, configured with their unique sterilisable UV readable ink. Can-pack were keen to hear more and invited us to visit them to conduct a full trial.
The trial was very successful, however, there were a number of engineering challenges we had to overcome. The first being how to detect the chamfered bottom edge of a reflective aluminium can travelling at 8m/sec and with a detection requirement of 54 cans per second. It was a tricky one, but working closely with our supply partner OEM Ltd, and after testing a number of their laser detectors, we found a reliable solution.
The second challenge we faced was synchronising the printed sequential number with the correct can position. We were able to solve this by attaching a metal plate to the end of the star wheel drive shaft and using an inductive detector to reset the Leibinger’s sequential counter. The variable speed of the production line as it accelerated and decelerated from zero to 8m/sec was synchronised with the Jet 3UP CIJ printer, by connecting a shaft encoder to the star wheel drive shaft.
Lastly, the environment where the Jet 3 UP print head is installed is very harsh, the temperature rises to 40ºC and the moving parts are well lubricated. There is the potential for the lubrication to enter the Jet 3 UP print head. This was another ticky issue for us but we were able to overcome it by installing a pumped air supply directly into the print head cavity.
The pumped air provided a continuous over-pressure within the print head cavity, all whilst the printer and production line is running, preventing lubricant from entering the print head and additionally providing cooling. This over-pressure system is a standard cost option for the Jet3 UP printer.
The results we were able to achieve completely hit the spot. Printing is clearly readable under UV light and the Jet 3 UP has been running reliably and successfully for a number of months now.
Can-pack has even requested additional Leibinger Jet 3 UP printers for their other production lines.
See the speed of the process for yourself here:
For further information please contact the ATD sales team on +44 1858 461014 or email: firstname.lastname@example.org.