3D printing
Provide professional rapid prototyping 3D printing services, SLA, SLS 3D printing template precision and durability, unlimited presentation of your perfect design!
What is a 3D printed template?
3D printing of a handpiece is the process of rapidly transforming a design into a solid model using additive manufacturing technology.
The main applications for 3D printed handplates are?
3D printed handbags are used to test the functionality, strength and assembly of a product to ensure that the various components can fit together accurately, thus reducing problems in the subsequent manufacturing process.
Before manufacturing the mold, 3D printing hand panel can be used to verify the feasibility of the mold design and the manufacturing process of the product, reducing the risk and cost of mold modification.
In the new product development stage, 3D printing templates can quickly generate physical models to help you verify the functionality, appearance and structure of your design, and identify and correct design defects in a timely manner.
SLA 3D Printing
SLA (Stereolithography) 3D printing is an industrial-grade additive manufacturing technology that creates high-precision and complex-geometry parts by curing and molding liquid thermosetting resins layer-by-layer using UV lasers. The process is known for its high feature resolution and superior surface finish, and is suitable for the rapid production of small, structurally complex prototypes, geometric test models, assembly test pieces, and models for demonstration purposes.
SLS 3D Printing
SLS (Selective Laser Sintering) 3D printing is an industrial additive manufacturing technology that utilizes high-power lasers to sinter and shape fine powder particles layer-by-layer to produce complex and robust parts.SLS primarily uses engineering-grade materials such as nylon, and is suitable for the production of functional prototypes and end-use parts. The process eliminates the need for support structures and enables precise manufacturing of complex geometries with excellent mechanical properties and durability.
Advantages and Applications of SLA & SLS in 3D Printing
High precision and detail: provides extremely thin layer thicknesses, enabling precise detail. Complex shapes: suitable for creating complex geometries.
Transparent parts: Suitable for the production of handmade boards that require transparent effects. Vacuum remodeling: used to make prototypes for vacuum remodeling.
Unsupported structure: Print complex geometries without support. Strong durability: Possesses good heat resistance, chemical resistance and abrasion resistance.
Functional prototypes: Handbags for testing and verifying functionality. Complex Components: Suitable for parts such as complex pipes, clips, movable hinges, etc.
Our 3D Printing Advantages
Why choose our 3D printing services
We have more than ten years of professional experience in the field of additive manufacturing and offer a wide range of 3D printing services including SLA stereolithography and SLS selective laser sintering.
We have a team of engineers and project managers to ensure that your CAD design, product functionality and dimensional tolerances are fully verified.
We understand that prototyping and production are business critical and are committed to delivering high quality products to our global customers on time and at an affordable price.
