SolidWorks Design
SolidWorks Design for Products That Need to Be Manufactured
SolidWorks is the world's most-used parametric CAD software with over 3.4 million licensed users across 235,000 companies. It dominates product design and mechanical engineering because its parametric approach makes design changes propagate automatically through assemblies and drawings. Change a dimension in a part and every assembly, drawing, and BOM updates instantly. We apply SolidWorks' full capability — parametric modeling, FEA simulation, sheet metal, weldments, and manufacturing documentation — to deliver designs that are not just modeled but engineered for production.
Why SolidWorks Is the Standard for Product Engineering
SolidWorks became the industry standard because parametric modeling mirrors how real products are designed: dimensions drive geometry, not the other way around. Change the wall thickness from 2mm to 3mm and the entire model, all mating parts, every manufacturing drawing, and the BOM update automatically. This isn't possible with polygon-based modeling tools like Blender or 3ds Max.
For manufacturing, SolidWorks speaks the language of production. GD&T annotations, surface finish callouts, material specifications, and tolerance stackup analysis are built into the platform. Sheet metal unfolding, weldment profiles, and mold design tools produce documentation that machinists and toolmakers understand without translation.
The challenge is that SolidWorks expertise isn't just knowing the software — it's knowing manufacturing. A SolidWorks model can be geometrically perfect but practically unbuildable. Draft angles missing for injection molding. Internal radii too small for CNC tooling. Wall transitions too abrupt for casting. We combine SolidWorks proficiency with manufacturing experience to deliver files that work on the shop floor.
SolidWorks Capabilities We Deliver
01
Parametric Part Modeling
Feature-based solid modeling with design intent. Dimension-driven geometry that updates across assemblies and drawings when specifications change.
02
Assembly Design
Multi-component assemblies with mates, interference detection, motion study, and BOM generation. Top-down and bottom-up design approaches.
03
Sheet Metal Design
Bend allowance, K-factor, flat pattern generation, and DXF export for laser/waterjet cutting. Forming tool library for custom features.
04
FEA Simulation
SolidWorks Simulation for stress analysis, thermal analysis, and fatigue life prediction. Identify weak points before prototyping.
05
Manufacturing Drawings
2D production drawings with GD&T per ASME Y14.5 or ISO 1101. Section views, detail views, and complete annotation for the machine shop.
06
Surfacing & Industrial Design
Complex organic surfaces for consumer products. Parting line optimization for injection molding. A-class surfaces for appearance-critical parts.
Our SolidWorks Design Process
1
Requirements & Design Intent(2-5 days)
Define functional requirements, manufacturing method, material selection, and tolerance specifications. Establish parametric relationships — which dimensions should drive the design.
2
3D Modeling & Assembly(5-15 days)
Create parametric models with proper feature tree organization. Assemble components with appropriate mates. Check interference and verify assembly motion.
3
Simulation & DFM Review(3-7 days)
Run FEA if required (stress, thermal, fatigue). Review design for manufacturability: draft angles, wall thickness, undercuts, tolerance stackup. Optimize before committing to tooling.
4
Drawing Package & Delivery(3-5 days)
Generate complete manufacturing drawing set with GD&T, BOMs, and assembly instructions. Export native + STEP + PDF. Include design revision table and change documentation.
SolidWorks Ecosystem
S
SolidWorks Premium
Core parametric modeling, assembly design, and advanced surfacing
S
SolidWorks Simulation
FEA for structural stress, thermal, frequency, and fatigue analysis
S
SolidWorks PDM
File management, version control, and revision tracking for multi-engineer projects
S
SolidWorks CAM
Integrated manufacturing preparation: toolpath generation for CNC milling and turning
K
KeyShot
Photorealistic rendering directly from SolidWorks models for marketing and presentation materials
Need Professional 3D Work?
No commitments. Tell us what you need and we'll tell you how we'd solve it.
SolidWorks Projects by Industry
Consumer Electronics
Challenge: Startup designing a portable device enclosure for injection molding with snap-fit assembly and IP54 water resistance
Solution: SolidWorks enclosure design with snap-fit analysis, O-ring groove specifications, draft optimization for two-shot molding, and tolerance stackup for display cutout
Result: First mold samples achieved IP54 certification. Snap-fit force within specification across temperature range (-10°C to 60°C). Zero tooling revisions required.
Industrial Machinery
Challenge: Manufacturer needs to redesign a conveyor system for higher throughput — from 200 to 350 units/hour without increasing footprint
Solution: Kinematic analysis of existing system, redesigned drive mechanism, FEA-validated structural frame, and new manufacturing drawings for all modified components
Result: Throughput increased to 380 units/hour (8% above target). Existing mounting points reused, minimizing installation downtime to one weekend.
Medical Device
Challenge: Surgical instrument company needs SolidWorks models and drawings for FDA 510(k) submission — documentation must meet 21 CFR Part 820 requirements
Solution: Complete SolidWorks model with design history file, tolerance analysis per ASME Y14.5, material certifications referenced in drawings, and revision-controlled drawing package
Result: FDA submission accepted with no engineering documentation deficiencies. Design history file passed quality audit on first review.
Why idataweb for SolidWorks Design
Modern Production Stack
3D assets optimized for web delivery: glTF/GLB for real-time viewers, WebP/AVIF renders for static display. Interactive 3D viewers built on Three.js integrated into Next.js 16 pages — your products spin and zoom directly in the browser.
AI-Native Team
AI-assisted texture generation, material creation, and scene composition using Stable Diffusion and Claude. Faster iteration on visual concepts without expensive photo shoots. Human artists make every final creative and technical decision.
Self-Hosted Infrastructure
3D assets and renders hosted on your infrastructure with CDN delivery via Cloudinary. No dependency on Sketchfab or other 3D hosting platforms. Full control over file formats, compression, and delivery optimization.
End-to-End Delivery
From concept sketches and reference gathering through 3D modeling, texturing, rendering, to web integration — one team delivers everything. The 3D artist who models your product also optimizes it for web performance.
Transparent Fixed Pricing
Fixed-price 3D projects with clear deliverables: model complexity, texture resolution, render count, animation duration. You approve wireframe models before we invest in detailed texturing and rendering.
Frequently Asked Questions
How much does SolidWorks design cost?
Individual part modeling: $200-$800. Multi-part assemblies with motion study: $1,000-$5,000. Full product development (concept through manufacturing drawings): $3,000-$15,000. FEA simulation adds $500-$3,000 depending on complexity. Hourly rate for ongoing work: $75-$120/hour. Volume discounts for long-term engagements.
Do I need a SolidWorks license?
No — we deliver native SolidWorks files plus STEP (universal CAD exchange format) and PDF drawings. STEP files open in any CAD software. For reviewing and marking up SolidWorks files without a license, we provide eDrawings files (free viewer from Dassault Systemes). Your manufacturer likely uses SolidWorks — 3.4 million users make it the most common format in product manufacturing.
Can you work with my existing SolidWorks files?
Yes — we work with any SolidWorks version (2015 through 2026). We can: modify existing models, add components to assemblies, update drawings to current standards, run simulations on existing designs, and fix modeling errors that prevent manufacturing. We maintain backward compatibility and clearly communicate version requirements.
What's the difference between SolidWorks and Fusion 360?
3.4 Million Engineers Use SolidWorks. Your Design Should Speak Their Language.
Send us your sketches, requirements, or existing CAD files. We'll deliver SolidWorks models and drawings that your manufacturer can use directly.
Parametric modeling · FEA simulation · Manufacturing-ready drawings