CAD Design & 3D Modelling Services for Pressure Vessels, Heat Exchangers & Process Equipment
Analyzer CAE Solutions provides CAD design, 3D modelling, reverse engineering, 2D drafting and simulation-ready geometry preparation for engineering teams working on industrial equipment, pressure systems and mechanical assemblies.
What Is CAD Design and 3D Modelling?
CAD design and 3D modelling help engineering teams create accurate digital geometry for product development, manufacturing, reverse engineering, design validation and simulation workflows.
Analyzer CAE Solutions provides CAD modelling, 2D drafting, reverse engineering, scan-to-CAD, drawing conversion and simulation-ready geometry preparation for pressure vessels, heat exchangers, process equipment and mechanical assemblies.
CAD Helps Prepare
Our CAD Design and 3D Modelling Capabilities
Analyzer CAE Solutions supports engineering teams with CAD modelling, drafting, reverse engineering and simulation-ready geometry preparation for industrial equipment and mechanical assemblies.
Engineering CAD Support from Concept to Simulation
Our CAD services help convert engineering requirements, scanned data, legacy drawings and conceptual layouts into accurate 3D models, manufacturing drawings and simplified geometry for FEA and CFD workflows.
CAD Software and Deliverable Formats We Work With
Analyzer CAE supports industry-standard CAD tools and export formats for design, manufacturing, reverse engineering and simulation workflows.
SolidWorks
3D modelling, assemblies, manufacturing drawings and mechanical design documentation.
CATIA V5
Advanced CAD modelling and assembly design for mechanical and industrial components.
PTC Creo
Parametric modelling, mechanical design and engineering product development workflows.
AutoCAD
2D drafting, layout drawings, fabrication details and DWG/DXF documentation.
ANSYS SpaceClaim
Geometry cleanup, defeaturing and simulation-ready CAD preparation for FEA and CFD.
ANSYS DesignModeler
CAD simplification and geometry preparation for engineering simulation workflows.
STEP / IGES / Parasolid
Neutral CAD formats for cross-platform design transfer and simulation use.
DWG / DXF
2D drawing deliverables for fabrication, documentation and engineering review.
CAD Design Support for Industrial Equipment and Mechanical Assemblies
Analyzer CAE supports CAD modelling, drafting, reverse engineering and simulation-ready geometry preparation for engineering teams working on pressure equipment, process systems, mechanical assemblies and industrial product development.
Pressure Vessels
3D models, fabrication drawings, nozzle details, supports and simulation-ready geometry.
Heat Exchangers
Shell, tubesheet, nozzle, support and assembly modelling for engineering documentation.
Process Equipment
Reactors, tanks, skids, piping layouts, manifolds and industrial equipment modelling.
Reverse Engineering
Scan-to-CAD, legacy component recreation and drawing conversion for existing assets.
Mechanical Assemblies
Assembly modelling, weldments, brackets, frames, supports and machinery components.
Simulation Preparation
Geometry cleanup, defeaturing and simplified CAD models for FEA and CFD workflows.
Reducing the Risk of CAD Outsourcing
Analyzer CAE helps engineering teams outsource CAD design work with confidence through accurate modelling, clean documentation, simulation-ready geometry and structured project coordination.
From Input Data to Final CAD Deliverables
Our CAD workflow is structured to convert drawings, sketches, scanned data or design inputs into accurate CAD models, documentation and simulation-ready geometry.
Input Review
We review drawings, sketches, scanned data, equipment details, design intent, reference models and required output formats.
CAD Modelling
3D models, assemblies, reverse-engineered geometry or simplified simulation models are created based on project requirements.
Engineering Review
Geometry accuracy, assembly fit, drawing clarity, model simplification and downstream FEA/CFD readiness are reviewed before delivery.
Final Delivery
Deliverables are shared in required formats such as STEP, IGES, Parasolid, native CAD, DWG, DXF or simulation-ready geometry files.
CAD Modelling Examples Across Industrial Applications
Examples of CAD modelling applications across industrial machinery, process equipment, automotive structures and simulation-ready engineering geometry.
Industrial Machine & Equipment CAD
CAD modelling support for machinery assemblies, fabricated frames, equipment layouts, automation systems and manufacturing-ready mechanical geometry.
Process Equipment & Plant Layout CAD
CAD support for process equipment, skids, platforms, plant layouts, industrial systems and engineering documentation for review or fabrication.
Automotive / Product Structure CAD
CAD modelling for product structures, assemblies, body components, concept geometry, design development and simulation-ready model preparation.
CAD Design & 3D Modelling FAQs
Quick answers to common questions about CAD modelling, 2D drafting, reverse engineering, scan-to-CAD, deliverable formats and simulation-ready geometry preparation.
What inputs are required to start a CAD design project?
Typical inputs include sketches, existing drawings, PDFs, CAD files, scanned data, reference images, dimensions, design intent, manufacturing requirements and expected output formats.
Can Analyzer CAE convert old drawings or PDFs into CAD models?
Yes. Analyzer CAE supports drawing conversion, legacy data conversion and 3D model creation from old drawings, PDFs, reference geometry and available engineering inputs.
Do you prepare CAD models for FEA and CFD simulations?
Yes. CAD models can be cleaned, simplified and defeatured for FEA and CFD workflows. This helps reduce meshing issues and improves simulation preparation efficiency.
Which CAD file formats can you deliver?
Deliverables can include STEP, IGES, Parasolid, native CAD files, DWG, DXF, 2D drawings and simplified simulation-ready geometry depending on project requirements.
Get a CAD Design & 3D Modelling Quote
Share your sketches, drawings, CAD files, scanned data, dimensions, design intent and required output format. Our engineers will review your requirement and respond with scope confirmation, methodology and an indicative quote.