3D Design Service

Move from idea to manufacturable models with expert design services.
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Our Capabilities

DfAM (Design for Additive Manufacturing) integrates material behavior, process parameters, and structural optimization into a unified design workflow for additive manufacturing.

Structural Optimization

Refines geometry and topology to enhance strength, stiffness, and material efficiency.

  • Topology Optimization
  • Generative Design
  • Shape and Lattice Refinement
  • Weight Reduction and Stiffness Balancing
  • Fatigue and Durability Enhancement

Material-Based Design

Aligns material properties with performance and manufacturability requirements.

  • Material Selection and Property Matching
  • Anisotropy and Layer Orientation Consideration
  • Composite and Multi-Material Design
  • Thermal and Mechanical Compatibility Analysis
  • Process-Material Correlation Studies

Functional Integration

Combines multiple functions into single, optimized components for greater efficiency.

  • Multi-Component Consolidation
  • Conformal Cooling and Heat-Exchange Integration
  • Embedded Channels and Internal Features
  • Functional Lattice Integration Mechatronic or Fluidic Feature Embedding

Process-Specific Design

Adapts designs to printing processes to minimize waste and ensure reliable production.

  • Build Orientation Optimization
  • Support Structure and Wall-Thickness Design
  • Printability Assessment (for AM processes, e.g., SLS, LPBF, FFF, and SLA)
  • Distortion and Warpage Minimization
  • Material Waste and Build-Time Reduction
How can we assist?

Services We Offer

Elevate your projects with integrated design and engineering solutions.

3D Modeling and CAD Development
Access detailed digital models built for precision, manufacturability, and rapid iteration.
Rendering and Visualization
Benefit from realistic visuals and animations that bring your product concepts to life.
Industrial Design
Transform your ideas into refined, production-ready designs that balance form and function.
Mechanical Design
Obtain engineered solutions that ensure reliable performance and seamless assembly.
Jig and Fixture Design
Utilize purpose-built tools and fixtures that enhance efficiency and consistency in manufacturing.
Product Design
Collaborate on end-to-end product development that turns concepts into ready-to-produce solutions.

Think again.

Additive manufacturing redefines what is possible. Industry leaders in sectors like aerospace, automotive, and machinery leverage the design freedom and flexibility of additive manufacturing to gain competitive advantages, reduce costs, and shorten time-to-market, all while increasing functionality.

Frequently Asked Questions

Lead times depend on the scope and complexity of each project. Basic design adjustments or small manufacturing improvements are usually completed within 2–3 business days.

Mid-level projects involving assemblies, DfAM optimization, or functional redesigns typically take 7–10 business days, while comprehensive, simulation-driven, or multi-component projects may extend to 20+ business days. Expedited delivery can be arranged for prioritized work, depending on current engineering capacity.

We primarily work with Autodesk Fusion, SolidWorks, and Siemens NX, covering parametric modeling, surface reconstruction, simulation, and topology optimization. Each platform is integrated into our additive manufacturing workflow to ensure data consistency across design, simulation, and production.

We accept STEP, IGES, and Parasolid files for native CAD data, along with STL and OBJ for mesh-based geometry. When applicable, design intent is maintained in fully parametric formats to ensure compatibility with downstream manufacturing or simulation environments.

Our design services support a wide range of sectors, including automotive, aerospace, defense, industrial equipment, medical devices, and consumer products. Projects often involve lightweight structural components, tooling inserts, cooling systems, and functional prototypes tailored for additive manufacturing.

Yes. Structural, thermal, and flow analyses can be performed to validate geometry before production. These studies help confirm stiffness, stress distribution, and manufacturability in relation to the chosen material and AM process.

Yes. Existing parts can be reverse-engineered or re-modeled for DfAM, incorporating weight reduction, lattice structures, and consolidated geometries. This approach often improves performance while reducing assembly requirements.

Collaboration is central to our process. Clients can share requirements, sketches, or CAD files, and we iterate through design checkpoints to ensure the final output aligns with both functional and manufacturing objectives.