The most efficient production method. Rapid prototyping through SLA and SLS, shipping within 24 hours at the fastest.
Combined with surface treatment processes such as polishing, oil injection, and silk-screen printing,
the results are almost comparable to machining.
Building parts layer by layer brings many benefits, opening up design possibilities previously unachievable through traditional processes such as injection molding, machining or casting.
● Complex organic geometries have limited impact on part cost
● Consolidate multi-part assemblies into a single component
● No upfront mold cost
● Rapid production of parts within 24 hours
● Internal features for advanced heat transfer and flow applications
3D printing offers one of the widest selections of materials, producing smooth surfaces and providing excellent detail. Printed objects have the feel of injection molded parts and are widely used for prototyping, single-batch and low-volume manufacturing, and dental/medical models and Production of prosthetics. SLA is a good choice for prototypes and low-volume production.
Direct digital manufacturing with extreme precision. It is used for rapid prototyping, low-volume manufacturing and custom tool production. It works with sand, rubber, metal, glass and polymers including nylon and polystyrene.
It is a powder bed fusion 3D printing process. In this process, a flux binds the powdered materials together, which are then heated to fuse them to create the 3D part. The MJF process can print precise, durable and hard parts in nylon PA11, PA12 and PP. They can also print flexible TPU parts.
It is an industrial metal 3D printing technology. SLM is similar to SLS in that parts are built from a series of metal materials one layer at a time by sintering metal powders together. is a process that enables the construction of highly complex shapes that are nearly impossible by other methods. As this technology continues to be improved and understood, it has huge potential for applications.
01.SLA can produce parts with high dimensional accuracy and complex details.
02.SLA parts have a very smooth surface finish, making them ideal for visual prototyping.
03. Special SLA materials such as transparent, flexible and castable resin can be used.
01.SLS parts have good isotropic mechanical properties, making them ideal for functional parts and prototypes.
02.SLS does not require any supports and can easily produce designs with complex geometric shapes.
03.SLS’s manufacturing capabilities are ideal for small and medium-volume production.
01. One of the fastest 3D printing.
02. No support structure is required due to the powder bed.
03. Compared with methods such as SLS, it has better surface finish and mechanical and physical properties.
