Stratasys (Nasdaq: SSYS), a provider of 3D printing and additive manufacturing solutions, today at the TCT Asia 3D Printing and Additive Manufacturing Exhibition 2019 (TCT Asia 2019), with its industry-leading innovative additive manufacturing technology and intelligent manufacturing Solutions lead the new development of the industry. During the exhibition, the voxel-level 3D printing solution and FDM TPU 92A elastic material demonstrated by Stratasys can break the limit of 3D printing prototype application, greatly reduce production time and labor costs, and meet customers' diverse professional and rapid prototyping needs.
TCT Asia is the top industry event in the 3D printing industry, bringing together the innovation and development of 3D printing technology and the latest applications. Stratasys and several partners have collectively appeared at the exhibition, listening to the opinions of customers in the additive manufacturing market, and holding industry seminars. To explore advanced experience and technological development, and promote the development of the additive manufacturing market with in-depth industry exchanges.
Mr. Michael Agam, General Manager of Stratasys Greater China
Michael Agam, General Manager of Stratasys Greater China, said: "TCT Asia is the premier professional international exhibition for the 3D printing industry and represents the forefront of 3D printing technology and applications worldwide. Stratasys' innovative technologies and solutions have won industry peers and customers Widely praised and recognized. Stratasys is very optimistic about the performance of the Chinese additive manufacturing market in 2019 and in the future. It will use TCT Asia as a new starting point and continue to discuss ideas with partners and customers in various industries to make more advanced "Innovative additive manufacturing technology empowers China's road to smart manufacturing."
Stratasys voxel-level 3D printing solution
Stratasys voxel-level 3D printing solutions are based on PolyJet technology, including GrabCAD Voxel Print software and Stratasys J750 printers, allowing users to control the design at the stereo pixel (referred to as "voxel") level beyond the CAD range. GrabCAD Voxel Print provides a new "design-to-manufacture" architecture, while the J750 3D printer controls the material ratio, color value, and Shore hardness of each voxel to achieve the realistic appearance of color 3D printed products, showing Samples with special effects such as gradient colors, wood texture, and different material characteristics.
With GrabCAD Voxel Print on Stratasys J750, the system can quickly generate 3D printed models with higher resolution, complexity, detail, and close to the finished product in terms of appearance, feel, and operation, to meet the needs of designers and manufacturers for highly realistic and complex Strong demand for rapid production of fine prototypes.
With the Stratasys voxel-level 3D printing solution, not only are the 3D models produced extremely accurate and realistic, the free creative ability of designers and engineers can be fully released, simplifying the workflow from design to prototyping, and ultimately shortening the product development cycle With the time to market, it is very suitable for prototyping in different industries such as automotive, consumer products and medical, laying a more solid foundation for design verification, functional testing and molding applications.
Stratasys FDM TPU 92A elastomer material
The FDM TPU 92A elastomer material developed by Stratasys for its F123 series 3D printers is a highly elastic thermoplastic polyurethane with a Shore hardness of 92. It has good flexibility and stretchability, as well as abrasion resistance and tear resistance. Sex. The elastomer material has undergone rigorous high-performance material testing. The elastomer parts printed by the F123 series can be stretched to 5 times the original, and the closest competitor can only be stretched to 3.5 times the original.
The material also adopts unique and truly soluble support. After the components are manufactured, the support structure can be easily dissolved. The entire printing process does not require manual intervention, which greatly reduces the customer's time and labor costs. Finally, the total cost of a single component is far. Lower than competing products on the market.
With the F123 series printer and TPU 92A elastomer material, users can quickly, efficiently and accurately build a variety of large parts and parts with cantilever structure, cavity structure and complex geometry, design small and simple shapes, and manufacture between two All components between manufacturers meet the manufacturer's strong demand for high component elongation, excellent toughness, and design freedom. Typical applications for TPU 92A elastomer materials include flexible hoses, ducts, intake pipes, seals, protective covers and shock absorbers.