3D Printing technology is a general term of series of rapid prototyping technologies. Its basic principle is additive manufacturing. At present, the rapid prototyping technologies on market are Stereo-Lithography Apparatus (short as SLA), Selective Laser Sintering (short as SLS), Fused Deposition Modeling (short as FDM), Digital Light Processing (short as DLP) and UV ultraviolet molding technology. According to different characteristics and requirements of products, such as structure size, complexity and strength requirements, we provide professional 3D printing conceptual.
Stereo-Lithography Apparatus (SLA) technology:
SLA technology takes liquid photosensitive resin as raw material. Under the control of computer, the laser light scans the surface of liquid resin to draw each point of a two-dimentional cross-section layer of target object. Where it draws, photopolymerization occurs, and the liquid turns to solid. While a thin, two-dimensional cross-section completed, another splited layer begins. The layers are repeated and accumulated until three-dimensional solid prototype is obtained.
SLA Advantages1. High accuracy2. Smooth surface appearance3. Suitable for complex and intricate geometries, fine parts4. No tooling and saving cost5. Fast delivery, ship within 3daysApplications1. Automotive plastic parts2. Medical equipment parts3. Eletronics Industry4. Detecting instrument industry5. Aerospace industry
Application Cases
With continual emerging of new materials, the application range of 3D printing becomes more and more wider.
Selective Laser Sintering (SLS) technology：SLS technology processes powder materials, such as plastic powder and metallic powder. Under the control of computer, spreads the powder material evenly on working platform, and then the laser light scans each point of a two-dimentional cross-section layer. While one two-dimentional cross-section layer finished, a new splited layer begins. This process repeated until three-dimentional prototype is accumulated and completed.
SLS Advantages1. Wide range of material choice2. Structural integration3. Higher strength4. No tooling and saving cost5. Fast delivery, ship within 3daysApplications1. Automotive plastic parts2. Medical equipment parts3. Eletronics Industry4. Detecting instrument industry5. Aerospace industry
Application Cases
With continual emerging of new materials, the application range of 3D printing becomes more and more wider.
Fused Deposition Modelign (FDM) technology：FDM technology heats filament materials into melting status, then under the control of computer, three-dimentional jet draws evenly on working platform according to splited layer information. While one thin, two-dimentional cross-section layer finishes, another splited layer begins. The layers repeated until three-dimentional prototype is accumulated and completed.
FDM Advantages:1. Wide range of material choice2. High strength3. High accuracy4. No tooling and saving cost5. Fast delivery, ship within 3daysApplications:1. Automotive plastic parts2. Medical equipment parts3. Eletronics Industry4. Detecting instrument industry5. Aerospace industry
Application Cases
With continual emerging of new materials, the application range of 3D printing becomes more and more wider.
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