Deburring, otherwise known as sanding down the parts which have been cast, was highlighted as a very manual, labour intensive and boring task causing bottle-necks in the production line and limiting the growth potential of the business.
To assist, ATI2 were able to award Daften with an innovation grant towards a Robotic Deburring Cell, which would replace this problematic part of their production line. Mark explains:
“The main purpose of the robot was to improve health and safety, to automate the process and make it more efficient so that we can put our people onto other jobs. So we haven’t actually made anyone redundant, we’ve actually taken more people on in the last couple of months because of the increased workload. We’ve got the biggest order book that we have ever had in the history of the company.”
Investment in this new machinery has improved both the speed and consistency of production performance, whilst also reducing the associated health and safety risks of the task, such as Repetitive Strain Injury (RSI) and Hand Arm Vibration Syndrome (HAVS).
Previously, deburring 500 parts could take two employees an entire week to complete. Now, six parts are completed at once and a more consistent yield is achieved far quicker, helping Daften to fulfil bigger orders.
In addition to this, the number of sanding disks required has also more than halved as even pressure is applied by the robot, which results in less wastage and fiscal savings.
“With robots you get a more consistent yield and that robot will be working from 6am until 5:30pm without any breaks. The other thing we found is that all the parts come out the same and there’s no variation, unlike what you would get with a human. So it’s changed the way we do things.” says Mark.
Employee satisfaction and wellness also increases as a result of the innovation, seeing as those members of staff no longer undertaking sanding have been retrained and redeployed to do less boring jobs within the business. One such example is upskilling employees to learn how to operate and code the Robotic Deburring Cell itself.