Step
Requirement & Reference Study
Fit, function, materials and constraints defined before any geometry is drawn.
SolidWorks Design Services
SolidWorks design services built for manufacturing, not just for a pretty model tree.
Parametric SolidWorks modeling, assemblies and drawing packages for product teams who need CAD that a supplier can actually quote and build from, not just a file that opens cleanly on screen.
Clear scope, editable files, practical handoff
The service page explains the risk it solves, the deliverables included and the workflow used to reach a production-ready result.
Where this usually goes wrong
Most SolidWorks work looks fine in the model tree and falls apart the moment it reaches a machine shop or mold maker. Missing mates, features that break on the next revision, dimensions that were never checked against real tolerances. That is a workflow problem, not a software problem.
What you get
- Parametric part and assembly models with a clean, editable feature tree
- Sheet metal design with flat patterns and bend data
- Full assemblies with proper mates, interference checks and exploded views
- SolidWorks Simulation (FEA) for structural and thermal validation
- Dimensioned manufacturing drawings with GD&T
- STEP, IGES and native SLDPRT/SLDASM handoff files
How it works
A practical five step workflow.
Every stage produces a clear decision, review point or manufacturing deliverable.
Step
Concept CAD & DFM Review
Parametric modeling reviewed early for moldability, machinability and assembly.
Step
Detailed Modeling & Simulation
Full assemblies, tolerancing, and FEA/thermal validation where load or heat matter.
Step
Manufacturing Drawings & GD&T
Dimensioned packages, flat patterns, BOMs and tolerance callouts a supplier can quote.
Step
Prototype & Handoff
Prototypes confirm fit and function, then final files are packaged for production.
Proof, not promises
A related project example.
The portfolio example shows how the same engineering decisions appear in completed work.
Project 04
EV Battery Pack Enclosure
A 12-module lithium battery enclosure machined from 6061 T6 aluminum, modeled and validated in SolidWorks toward an IP67 rating, with Ansys Thermal and Mechanical studies confirming a 55.3°C peak temperature and a structural Factor of Safety of 2.4, before the 15-item BOM and manufacturing drawing were released.
View portfolioCommon questions
Do you work in SolidWorks specifically, or only Fusion 360?
SolidWorks is the primary platform for assemblies, sheet metal, drawings, GD&T and simulation. Fusion 360 is used where it fits a project better, for example fast organic surfacing.
Can you pick up an existing SolidWorks file and continue it?
Yes. Reviewing an existing model tree for how it was built, and cleaning up any broken or fragile features before continuing, is standard practice rather than an extra step.
Do you provide native editable files, or only PDFs and STEP?
Native SLDPRT/SLDASM/SLDDRW files are included by default, along with STEP exports for anyone downstream who is not on SolidWorks.
Can you handle large assemblies with hundreds of parts?
Yes, including performance-conscious modeling practices (lightweight components, configurations, proper mate structure) so large assemblies stay usable rather than grinding to a halt.
Do you sign an NDA before reviewing my design?
Yes, an NDA before any concept, sketch or existing file is shared is standard and expected.
Related options
Services that commonly work together.
Use these pages to compare scope and deliverables before combining services into one project.
Discuss this service
Share the current design problem.
I’ll review the available information and suggest a practical first milestone.