3D Printing process

SLA is an industrial-grade 3D printing solution that produces injection-molding-quality precision parts, suitable for:
• End-use products
• Functional validation
• Rapid prototyping

Unlike other AM technologies, SLA perfectly replicates complex features (thin walls, lattices, micro-textures) while reducing post-processing by 30+%, accelerating time-to-market.

Key Advantages:
✔ Medical-Grade Precision

• Meets biocompatibility requirements for dental guides, hearing aids

✔ Optical-Grade Surfaces

• Ideal for transparent parts and light guides with strict transmittance demands

✔ Engineering-Grade Materials

• High-temp resistant, tough, and specialty resins

Applications:
SLA excels in high-resolution photopolymerization for precision

 components across:
• Industrial • Medical • Cultural innovation • Scientific research

MJF (Multi Jet Fusion) is a high-precision 3D printing technology that uses precision binding agents to bond powder materials layer by layer, rapidly constructing complex three-dimensional models. This technology achieves micron-level detail control, ensuring exceptional accuracy and strength in finished products, making it ideal for manufacturing structurally complex and functionally refined industrial parts and end-use products.

Technical Advantages

✔ Ultra-High Precision: Micron-level layer resolution for intricate design details
✔ Reliable Strength: Uniform and dense structure for functional requirements
✔ Efficient Production: Single-step (integrated forming), reducing post-processing steps
✔ Material Versatility: Supports various high-performance powders like nylon

Applications

Industrial manufacturing, medical devices, automotive components, consumer electronics, and other fields requiring (precision prototypes) and end-use parts production.

MJF (Multi Jet Fusion) is an advanced industrial-grade 3D printing technology that utilizes an inkjet array to selectively deposit fusing and detailing agents across nylon powder layers, which are then fused by infrared heating. This process enables production-grade part manufacturing with superior mechanical properties and surface quality.

Key Technical Advantages

✔ Micron-Level Precision: 80μm layer resolution with ±0.2% dimensional accuracy
✔ Isotropic Strength: Uniform mechanical properties in X/Y/Z axes
✔ Production Efficiency: Build rates up to 5,000 cm³/hr (varies by material)
✔ Material Performance:

• PA12 (HP 3D High Reusability PA12)

• PA11 (Bio-compatible)

• Glass-filled & flame-retardant variants

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Industrial Applications

• Automotive: Functional prototypes, end-use components
• Medical: Surgical guides, FDA-approved devices
• Industrial: Fluidic systems, robotic parts
• Consumer Electronics: Housing components

Post-Processing Options:

• Vapor polishing for smooth surfaces

• Dyeing for color customization

• CNC machining integration

SLM (Selective Laser Melting) is a high-precision metal 3D printing technology that utilizes a high-power laser beam to fully melt metal powder, enabling layer-by-layer fabrication of complex metal components. As an industrial-grade additive manufacturing process, SLM-produced parts achieve near 100% density with mechanical properties comparable to traditional forged parts, making it ideal for premium applications in aerospace and medical implants.

Core Advantages

✔ Fully Dense Structure: Complete powder fusion eliminates porosity defects
✔ Exceptional Performance: Meets forged-grade standards in strength/hardness
✔ Complex Geometries: Enables lightweight topologies unachievable conventionally
✔ Material Versatility: Compatible with titanium alloys, stainless steel, etc.

Key Applications

Aerospace:

• Engine turbine blades

• Fuel injectors

• Lightweight cabin components

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Medical/Dental:

• Orthopedic implants

• Dental crown/bridge frameworks

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Industrial Tooling:

• Conformal-cooled injection molds

• High-temperature resistant fixtures

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Energy Sector:

• Turbine components

• Compact heat exchangers