Building Model Resin 3D Printing Like-ABS Resin

UV resin applied to large size print: anime cartoons, building model, industrial parts, teeth medical, design development, etc.

kS-3850B is a one type of hardness include toughness 3D resin model.

Applied to large size print: anime cartoons, building model, industrial parts, teeth medical, design development, etc.

Features:

1. The resin has a combination of toughness and hardness, easy to print large size model.

2. The stent is not easy to break during printing, and it is easier to completely demoulding and disassemble the model.

3. The model after secondary curing will not crack, shrink and remain unchanged for a long time.

4.The liquidity is good, can reduce the printing time, easy cleaning, late product details more clearly.

5.Small shrinkage and high fineness.：Low shrinkage raw materials are selected for research and development,which is more suitable for printing products with high requirements.

6.Environmental protection material: all 3D resin material passed ROSH and REACH certification.

As a new additive manufacturing technology, 3D printing has attracted more and more attention in recent years. Based on the digital model, 3D printing uses thermoplastic resin, photosensitive resin, powder metal, ceramics and other materials to manufacture objects with different topological structures by printing layer by layer. Compared with the traditional manufacturing mode, 3D printing does not need molds, and can prepare very complex and personalized objects, which can meet various needs. At present, 3D printing has been used in medicine and medical engineering, electronic devices, aerospace, construction industry and other fields. According to different printing technologies and materials, 3D printing can be divided into FDM, SLS, SLA and 3DP. Among many 3D printing technologies, FDM technology has the advantages of simple printing principle, low technical threshold, rich raw materials and relatively cheap equipment, so it has always been the focus of research. FDM technology requires that the material be processed into wire with specified diameter, and then the object with arbitrary topology is prepared by using the principle of melting curing. After nearly three decades of development, FDM technology has become more and more mature. In recent years, people pay more and more attention to 3D printing materials suitable for FDM.