Mechanical Design Division

Strategic Insight and Expertise for Sustainable Business Growth

Capital Consultants supports mechanical design and engineering studies for components, machinery, assemblies and industrial systems. Our design approach considers functional requirements, material selection, manufacturability and performance objectives to help address project-specific engineering challenges.

Mechanical Design & Engineering Solutions

CCs supports mechanical engineering projects through computer-aided design, 3D modelling, technical drawings, simulation and design analysis. Project scope can be tailored to the required application, available technical information and engineering constraints.

Computer-Aided Design

3D Mechanical Design & CAD Modelling

CCs can support the development of 3D component models and mechanical assemblies, translating engineering requirements into clear digital designs for review and further development.

  • 3D part and assembly modelling
  • Parametric design workflows
  • Design revisions and configurations
  • CAD model preparation
Machine Engineering

Machine & Equipment Design

Mechanical equipment design requires careful consideration of operating conditions, component interactions, service access and functional requirements. Design studies can address these factors at the appropriate project stage.

  • Machine component concepts
  • Mechanical assembly layouts
  • Equipment arrangement studies
  • Maintenance and access considerations
Product Development

Product Design & Development

CCs can assist with product concept development and mechanical design refinement, considering usability, dimensions, material choices, assembly requirements and manufacturing feasibility.

  • Concept-to-CAD development
  • Product geometry and dimensions
  • Material and component selection studies
  • Design refinement and documentation
Engineering Analysis

Structural Analysis & Finite Element Modelling

Finite element analysis (FEA) can help assess how a model responds to specified loads, constraints and material properties. Results depend on the quality of the model, assumptions, boundary conditions and validation.

  • Finite element model preparation
  • Stress and deformation studies
  • Load-case assessment
  • Engineering results interpretation
Thermal & Fluid Engineering

Thermal Analysis & Computational Fluid Dynamics

Depending on the application, thermal analysis and CFD may be used to study heat transfer, airflow, fluid movement and temperature distribution in mechanical systems.

  • Preliminary thermal studies
  • Fluid-flow simulation preparation
  • Heat-transfer assessment
  • Simulation-based design review
Design for Manufacturing

Manufacturing Design & Technical Drawings

Mechanical designs must communicate dimensions, interfaces and manufacturing requirements clearly. Design-for-manufacturing considerations can help identify practical production and assembly issues early in the design process.

  • Engineering drawings
  • Dimensional and tolerance information
  • Assembly and interface details
  • Manufacturing feasibility reviews

Mechanical Design & Engineering Software

These tools are commonly used across mechanical CAD, product development, engineering simulation and analysis. The appropriate software depends on the requirements and technical scope of each project.

  • CATIA
  • PTC Creo
  • SOLIDWORKS
  • Autodesk Inventor
  • AutoCAD
  • FreeCAD
  • ANSYS
  • Solid Edge
  • OpenFOAM
  • LS-DYNA
  • Fusion
  • Other Suitable Engineering Tools

Discuss Your Mechanical Design Requirements

Share your mechanical design brief, component requirements or engineering inquiry with Capital Consultants to discuss a suitable project scope and next steps.

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