The Royal Dutch Navy has embraced the use of UltiMaker 3D printing technology in their defence operations. Specifically, they have employed the UltiMaker 3D printer to design a modular antenna fixture for their high-speed interference boat. This innovative approach allows for easy adjustment and improvement of the antenna as new and more advanced electronics are integrated into the vehicle.
Heineken developed their innovative can pushers using the advanced UltiMaker S5 3D printer to effectively move eight packs of canned beer from one conveyor belt to three separate conveyor belts before they are palletised. Heineken has successfully minimised downtime and reduced the risk of malfunctions by utilising 3D printing at their facility. UltiMaker also demonstrated an easy way to 3D print wear indicators in these parts using UltiMaker S5 dual extruders (print heads) 3D printing technology.
ERIKS have been utilising UltiMaker 3D printing for many applications, printing prototypes, jigs and fixtures, as well as end-use parts that were previously impossible to make. One of the example applications at ERIKS is a 3D printed safety stop to help operators to changing a film roll. This tool prevents the roll from accidentally falling out, increasing the safety of the operator. By utilising 3D printing, ERIKS are able to streamline processes and increase safety for their employees.
At UltiMaker's manufacturing facility in Zaltbommel, Netherlands, workers have successfully utilised the advanced capabilities of the UltiMaker S5 3D printer to create a custom assembly pliers. This innovative tool, known as the pre-feeder spring pliers, greatly simplifies the process of inserting a spring into the printer's pre-feeder housing. As a result, operators experience improved efficiency and productivity, leading to enhanced overall output quality.
