The Speed Plus 3D printing business supports Stereolithography (SLA), Selective Laser Sintering (SLS), Multi Jet Fusion (MJF), Selective Laser Melting (SLM), Digital Light Processing (DLP) technologies, and provides one-stop post-processing processes such as spray painting and screen printing. The printing accuracy is as follows:
Maximum molding: 1600 * 800 * 600mm (without splicing)
Printing layer thickness: 0.05mm~0.25mm
Minimum feature size: 0.5mm
Upload the 3D drawings of the parts to the AI intelligent quotation system of Saga, and you will immediately receive feedback on the quotation, delivery time, and manufacturability design. You can receive the parts you need as soon as 24 hours. Click on 'Quote' to experience.
The commonly used materials for 3D printing are as follows. Continue reading to understand the characteristics of each new material. You can find more comprehensive information about these materials and the fast 3D printing function on our website.
1. Nylon
Material characteristics: Nylon has high temperature resistance, good toughness, and high strength. Compared to other materials, nylon has excellent characteristics such as high fluidity, low static electricity, low water absorption, moderate melting point, and high dimensional accuracy of products. Its fatigue resistance and toughness can also meet the needs of workpieces with high mechanical properties, making it an ideal material for 3D printing of engineering plastics.
Common applications: casings and casings, consumer sports goods, complex prototype plastic parts, and shape, assembly, or functional prototypes.
Printing technology: SLS
Color: White to gray
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2. High performance nylon
Key attributes: Materials with strong ductility and flexibility, with high durability, performance, and impact resistance
Common applications: impact resistant prototypes, fixtures, fixtures, thin-walled pipes and shells, buckles, clips, and hinges
Printing technology: MJF
Color: Gray
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3. Imported photosensitive resin
Material characteristics: Photosensitive resin materials are widely used due to their high smoothness and durability. The parts printed with this material can undergo post-processing processes such as polishing, polishing, painting, spraying, electroplating, and screen printing, and its performance is similar to that of engineering plastic ABS. High precision, delicate surface, suitable for both external appearance and structural, assembly, and functional verification.
Common applications: household appliances, rapid manufacturing, prototype models, electronic products, education and research, building models, art models, automotive manufacturing, and other fields.
Printing technology: SLA
Color: White
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4. Semi transparent photosensitive resin
Material characteristics: Semi transparent photosensitive resin is a rigid, hard, and semi transparent material that possesses the properties of engineering plastics. Its surface is smooth and has strong expressive power for details, excellent waterproofing and dimensional stability. It can manufacture accurate, high-definition models and extremely small details, and can also meet the ideal durability and stability in functional testing and rapid molding applications.
Common applications: precision instruments, consumer electronics, medical and dental applications.
Printing technology: SLA
Color: Semi transparent
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5. Transparent photosensitive resin
Material characteristics: Transparent photosensitive resin material is a low viscosity liquid photosensitive resin, which is tough, tough, and water resistant. Its performance is similar to that of engineering plastics. The parts printed with this material can be polished, polished, fumigated, and double-sided polished, making them closer to colorless. The product has high permeability, crystal clear color, high brightness, and low water absorption.
Common applications: lenses, packaging, fluid analysis, RTV flipping, durable conceptual models, wind tunnel testing, and other practical production activities.
Printing technology: SLA
Color: Fully transparent
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6. High temperature resistant photosensitive resin
Material characteristics: High temperature resistant photosensitive resin has excellent high temperature resistance performance, can present very precise small detail accuracy, and is stable in high humidity environments. Parts printed with this material can undergo post-processing processes such as polishing, polishing, painting, spraying, electroplating, and screen printing.
Common applications: appearance, assembly, and thermal function testing of static components, high-resolution components requiring high-quality surfaces, exhibition models under strong light irradiation conditions, faucets, pipelines, and household appliances, hot gas and hot water testing, etc.
Printing technology: SLA
Color: Yellowish
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7. High toughness photosensitive resin
Material characteristics: The physical properties of high toughness resin are relatively stable, similar to those of long-term use plastics. It has good toughness, smoothness and delicacy, good expressiveness and high accuracy, waterproof and moisture-proof properties, strong impact resistance, high thermal deformation temperature, and a wide range of applications. The parts printed with this material can undergo post-processing processes such as polishing, painting, spraying, electroplating, and screen printing.
Common applications: appearance verification, structural verification, model handling, and daily necessities.
Printing technology: SLA
Color: yellow green
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8. Red wax
Material characteristics: The physical properties of the red wax material are similar to those of ordinary photosensitive resins, with high precision. The printed model has fine patterns and a smooth surface texture.
Common applications: Widely used for dolls, anime, exquisite artworks, jewelry exhibits, etc.
Printing technology: DLP
Color: Peach
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9. Stainless steel -316L
Material characteristics: Stainless steel is the cheapest metal printing material, with high tensile strength, temperature resistance, and corrosion resistance. The surface of high-strength stainless steel products printed in 3D is slightly rough and has pits. Stainless steel has various smooth and frosted surfaces.
