Services
Mechanical engineering and SolidWorks CAD services focused on production-ready designs, system-level assemblies, and manufacturing documentation.
Mechanical System Design
Design of functional mechanical systems and assemblies with structural reasoning, component interfaces, and manufacturability considerations.
SolidWorks CAD Modeling
Parametric 3D modeling of parts and assemblies prepared for modification, analysis, and engineering workflows.
Engineering Drawings & Fabrication Documentation
Manufacturing-ready technical drawings and documentation for machining, fabrication, or prototyping.
CAD Reconstruction & Reverse Engineering
Accurate CAD model reconstruction from images, reference geometry, or scan data for engineering analysis or manufacturing.
Deliverables
What You Will Receive
Fully structured SolidWorks CAD files (parts and assemblies)
STEP / IGES files for cross-platform compatibility
Manufacturing-ready 2D drawings (PDF and/or DWG)
Bill of Materials (BOM) with component breakdown
Exploded views and assembly references (if required)
Clean, editable models with proper feature organization
Engineering Approach
Frequently Asked Questions
How accurate will the CAD model be if I only provide images or sketches?
Accuracy depends on the quality of reference data. When dimensions are provided, models are built to exact specifications. If only images or approximate references are available, proportional reconstruction is performed and critical dimensions can be defined based on assumptions or your input.
Will the design be suitable for manufacturing processes like CNC or welding?
Yes. Designs are developed with specific manufacturing methods in mind, including machining, sheet metal fabrication, and welded structures. Geometry, tolerances, and assembly considerations are aligned with real fabrication constraints.
Can the model be easily modified later?
Yes. All models are built using structured parametric design, allowing key dimensions and features to be edited without rebuilding the entire model. This supports future design changes and iterations.
What if my project is not fully defined yet?
Projects can start from partial information. Functional requirements, constraints, and intended use are used to guide the design. The model evolves through iterative refinement until it meets the required specifications.
How do you ensure that assemblies fit and function correctly?
Assemblies are developed with defined constraints, clear component relationships, and interface checks. Fit, alignment, and accessibility are considered to ensure the system can be assembled and functions as intended.