WHALE STONE 3d We are committed to providing customers with SLA printing, SLS nylon printing, SLM printing, small batch compound mold rapid manufacturing services.

Core 3D Printing Processesc

Whale Stone 3D offers a comprehensive, one-stop service covering the entire process from product design and 3D printing to post-processing. We are equipped with a full range of technologies including SLA, SLS, SLM, MJF, FDM, FGF, DLP, and silicone molding. With a wide selection of materials such as resin, nylon, metal, wire, and pellets, we provide efficient and flexible solutions tailored to your needs, helping you bring innovations to life.

Photosensitive Resin (for SLA technology) is Standard Resin, which offers a low cost per gram and balances strength with detail representation. It is suitable for industrial prototypes, moving structural parts, sculptures, etc. High-Detail Resin (for LCD/DLP technology) achieves micron-level details with a smooth surface, specifically designed for intricate textures. It is suitable for miniature models, jewelry, high-performance functional parts, etc.

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Represented by materials such as PA12, PA12+GF, PA11, PA6, and PA6+GF, engineering nylon can be processed through 3D printing technologies like SLS and MJF. With their varied properties, these materials are suitable for a wide range of applications, including general functional prototypes, complex assembly parts, flexible connectors, and components requiring high stiffness and high-temperature resistance.

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In SLM (Selective Laser Melting) technology, a variety of materials such as stainless steel, aluminum alloy, titanium alloy, nickel-based superalloy, tool steel, cobalt-chromium alloy, and chromium-zirconium copper can be widely applied in the manufacturing of high-performance components including engine blades, dental crowns and bridges, cooling systems, and conformal cooling mold inserts.

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In Fused Deposition Modeling (FDM) technology, materials such as PLA, PETG, ABS, TPU, PA-CF, and PA-GF can be widely used in the manufacturing and prototyping of various products, including electronic housings, creative models, snap-fit components, deformable toys, lighting parts, and more.

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Adopting FGF (Fused Granular Fabrication) technology, materials such as PP, ABS, PA, TPU, PC, and glassfiber/carbonfiberreinforced granules are widely used in the manufacturing and prototype development of largescale housings, jigs & fixtures, oversized models, structural components, and outdoor durable parts, catering to production requirements for large size, high strength and low cost.

Major Industries Served

3D printing enables rapid prototyping, customized and lightweight manufacturing across aerospace, medical, automotive and consumer industries, advancing manufacturing toward flexibility, intelligence and personalization.

Auto Parts

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Consumer Goods & Cultural

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Electronic Products

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Industrial Machinery

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Expert Design & Engineering

• Forward Design: Professional DfAM optimization for enhanced strength, weight reduction, and printing success rate. • Reverse Engineering: 3D scanning and modeling for precise replication and modification of physical samples.

Robust Production & Scalability

• 300+ Industrial Printers｜8+ Core Technologies｜60+ Engineering Materials • From Single-Item Prototyping to Thousand-Unit Production with consistent quality.

Professional Post-Processing

• 10+ Finishing Techniques: From sanding and blasting to painting, plating, polishing, anodizing, silk-screening, and vapor smoothing. • Deliver ready-to-use end products to streamline your supply chain.

WHALE STONE 3d We are committed to providing customers with SLA printing, SLS nylon printing, SLM printing, small batch compound mold rapid manufacturing services.

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Core 3D Printing Processesc

Fused-Deposition-Modeling(FDM)

Fused-Granulate-Fabrication-(FGF)

Multi-Jet-Fusion(MJF)

Selective-Laser-Melting-(SLM)

Selective-Laser-Sintering(SLS)

Stereolithography-(SLA)

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