Our Capabilities

Professional 3D Printing Services

We provide professional additive manufacturing services for prototyping, product development, low-volume production, and industrial applications across 5 major technologies.

FDM Technology

Fused Deposition Modeling

Cost-effective and versatile additive manufacturing technology suitable for functional prototypes and engineering applications. FDM builds parts layer by layer using thermoplastic filament — ideal for structural components, jigs, fixtures, and durable end-use parts.

Technology
Fused Deposition Modeling
Applications
Functional Prototypes, Tooling
Materials
PLA, ABS, PETG, TPU, Nylon +
Best For
Engineering & Industrial Parts

Available Materials

PLAABSPETGTPUNylonCarbon FiberEngineering GradeMetal Filled

Ideal For

  • Functional mechanical prototypes and enclosures
  • Jigs, fixtures, and manufacturing tooling
  • Durable end-use parts and structural components
  • Flexible parts using TPU or elastomeric materials
SLA Technology

Stereolithography (SLA)

High-precision resin printing with excellent surface finish and fine detailing. SLA uses a UV laser to cure liquid photopolymer resin into solid layers — delivering near-injection-moulded surface quality with exceptional accuracy for demanding applications.

Technology
Stereolithography (Resin)
Surface Finish
Excellent — Near Smooth
Detail Level
Very High Resolution
Best For
Precision & Detailed Parts

Resin Applications

PrototypingDental ModelsJewelry CastingEngineering PartsProduct DevelopmentFunctional Components

Ideal For

  • Jewelry, dental models, and precision art pieces
  • Master patterns for casting and moulding
  • Highly detailed consumer product models
  • Medical device prototypes and surgical guides
SLS Technology

Selective Laser Sintering (SLS)

Industrial-grade nylon printing for durable and complex geometries. SLS uses a laser to sinter powdered nylon material — enabling complex internal structures, interlocking parts, and high-strength functional components without the need for support structures.

Technology
Laser Sintering (Powder)
Material
Nylon PA12 / PA11
Strength
High – Functional Grade
Supports
Not Required

Ideal For

  • Complex geometries with internal features and channels
  • Durable functional parts for industrial applications
  • Low-volume production of end-use nylon components
  • Interlocking assemblies and living hinge designs
MJF Technology

Multi Jet Fusion (MJF)

High-speed production technology suitable for functional and end-use parts. MJF produces parts with consistent mechanical properties, fine detail resolution, and smooth surface finish — making it ideal for medium-to-high volume production runs of complex nylon parts.

Technology
Multi Jet Fusion
Speed
High Production Rate
Material
PA12, PA11, TPU
Best For
End-Use Production Parts

Ideal For

  • High-volume functional parts with consistent quality
  • Consumer products requiring excellent surface finish
  • Durable automotive and industrial components
  • Medical device housings and enclosures
DMLS Technology

Direct Metal Laser Sintering (DMLS)

Advanced metal additive manufacturing for high-performance industrial applications. DMLS sinters fine metal powder using a high-powered laser — producing fully dense metal parts with complex geometries, internal channels, and mechanical properties comparable to machined metals.

Technology
Metal Laser Sintering
Materials
Steel, Titanium, Aluminium
Density
Near 100% Dense Parts
Best For
High-Performance Components

Ideal For

  • Aerospace and automotive structural components
  • Medical implants and surgical instruments
  • Complex heat exchangers and fluid management parts
  • High-temperature industrial tooling and fixtures
Service Applications

What We Can Help You Build

Our multi-technology platform supports a wide range of applications from early-stage prototyping to full production runs.

Rapid Prototyping
🔬
Functional Testing
💡
Product Development
🔧
Manufacturing Aids
📦
Low Volume Production
⚙️
End-Use Components
🎨
Customized Parts
🏭
Industrial Tooling
Get Started

Describe Your Project Requirements

Our team will recommend the best technology, material, and approach for your specific application — at no cost.