The Customer Service & Parts (CSP) department at Daimler Buses is faced with the challenges of reducing storage and logistics costs and improving their long delivery times. The reasons why An increasingly broad portfolio and their promise to customers to supply spare parts for more than years after the end of series production. D printing proved its worth very quickly, achieving ideal key figures.

Innovative paths for patient care. In the Mecuris digital workshop, orthopedic technicians create CE-compliant and individually fitted prostheses and orthoses. The shape, function, and design of these medical products are optimally tailored to the person who will wear them. This improves customer satisfaction and acceptance of the devices, which are made from a biocompatible plastic designed to withstand constant loads.

In principle, an inkjet gun is the only handy way to print on metal. The handheld printer simply passes the obejct to print on and the desired content is "thrown" on its surface. So the surfaces can also be curved or corrugated. Stationary printers can not be so flexible to different object shapes (metal plate, metal barrel, metal can, ...). They usually only print flat. Likewise, the inkjet gun also prints on slightly uneven or rough surfaces.

EOS is the right partner for manufacturing companies. We offer industry- and customer-specific solutions for complex challenges in industrial D printing. Our systems are robust and reliable, and they deliver consistent results even in the most demanding product environments. The components of our modularly structured portfolio of solutions are optimally coordinated with one another and can be combined according to your requirements. We help companies from a wide range of industries exploit the potential of D printing in the best possible way, for example in the

As a leader in additive manufacturing for over two decades, ExOne sand D printers have helped foundries and pattern shops transform sandcasting by eliminating the need for hard tooling. Our binder jet D printing technology enables digital foundries to produce previously impossible shapes, consolidate complex cores to reduce assembly, or iterate design changes without the time or investment of traditional tooling.