In 2017, we partnered with Cranfield University and Imperial College London to continue the innovation of the steel industry. One of our core values is “We believe that only constant is change” and when assessing the current market and preparing for any changes in labour within UK, we believe that 3D / Robotic printing will become a new way of working. The application of robotic systems in our industry will increase quality and performance within the business, and with the innovation we contribute, we see these systems replacing human input and human error in the future.The future of steel is 3D and we strongly believe the application of robot welding and additive 3D printing will open doors to new industries.
Our earliest prints were 2d designs printed layer upon layer, here you can see some of these designs. At the start of our process, printing objects such as these was a huge step forward. Synchronising the welding gun speed, temperature and feed with the moving robotic path took the team several days of prep work before the system could even be turned on. However, once we got the system up and running, it was able to produce some amazing results. The level of detail and accuracy that we were able to achieve with these prints was incredible, and it really opened up a whole new world of possibilities for us. We are now able to produce prints with less preparation time and with more complex paths. We are constantly exploring new ways to push the boundaries of what is possible.
Going from printing straight lines to curves was a big step forward in better understanding the capabilities of our system. The implementation of new software allowed our robot to start moving more freely when making prints. Similar to the box structures, this was printed from a 2d design layer upon layer. The main difference with the tiger design is the free flowing curves and angles in the design. This results in a more organic and natural look for the final product. In terms of construction, it is also slightly more difficult as the pieces need to fit perfectly together in order to create a fluid design. Despite the challenges, we are very happy with the end result and believe that it was worth the effort.