Daimler Buses’ customer service and parts department faces many challenges. These include shorter delivery times and lower storage costs, as well as maintaining a large vehicle portfolio. The company also promises to supply spare parts for 15 years even after the end of series production. The 3D printing solutions quickly proved to be worth their weight. 3D printing proved to be a cost-effective solution for the department. These benefits made it logical to apply them throughout the company.
High-power lasers are used to melt powdered materials for sintering 3D printing. Materials used include ceramic, glass and metal powders. This involves scanning cross-sections of the material, and then selectively fusing that layer. After the process is complete, the powder bed can be lowered and then a new layer is applied. The process continues until the part is produced.
Stereolithography and PolyJet both use ultraviolet light to solidify liquid rubber resin. While both processes use the same material for 3D printing parts, they have different build styles and applications. You will be able to choose the best one for your particular application by learning the differences between the processes. PolyJet, for example, is ideal for printing multicolored parts. Stereolithography, on the other hand, is ideal for large-scale prototyping. PolyJet is capable of printing in a variety of materials and can deliver different hardness levels, ranging from 20 to 90 A.
Digital Light Synthesis
Carbon Inc. created Digital Light Synthesis (or DLS) as a 3D printing technique that allows multiple iterations in one print. This technology allows parts to be made with engineering-grade mechanical properties and consistent surfaces. There is no need for multiple pieces. DLS was designed with production in mind. It allows companies to create prototypes and production parts using minimal tools. The final product is as close as a prototype to production-quality.
Laminated object production
A build platform is used to construct parts in the process of laminating objects. Heat rollers are used to apply pressure on the materials. The model is then traced onto the material using lasers or knives. To add another layer, the build platform is moved down. The layers are then glued together. This process continues until the piece is completed. The parts are then sanded and completed. Get 3D printed parts at an affordable price by visiting
Ultrasonic additive production
Ultrasonic additive manufacturing combines CNC machining with ultrasonic welding to produce large, gap-free, metallic 3D printed parts. It is also extremely strong and reliable. Although the technology is still new, many companies are looking for hybrid solutions. DMG MORI recently bought a controlling share in SLM manufacturer REALIZER. The formation temperature is low, so this technology can also join dissimilar metals. It is also highly cost-effective.