Mechanical design services from concept to production.

Parametric SolidWorks design services for parts, mechanical assemblies, mechanisms and production-ready CAD. Models are built with stable references, intentional design features, practical configurations and an assembly structure that remains usable when dimensions or interfaces change.

Work can begin from sketches, marked-up drawings, scans, reference products or incomplete CAD. Typical outputs include native SLDPRT and SLDASM files, STEP and STL exchange files, exploded views, BOM creation and linked SLDDRW drawing files.

The objective is not simply clean geometry; it is SolidWorks CAD that supports design reviews, revision control, supplier quotation, prototype builds and later manufacturing changes without losing design intent.

Mechanical CAD services that convert a rough concept, legacy drawing or existing prototype into resolved 3D parts and assemblies. The engineering workflow covers CAD modeling, assembly design, mechanism layout, interface definition, material and process assumptions, tolerance stack-up review and manufacturing documentation.

Models are checked for fit, motion, access, fastening, serviceability and realistic production methods rather than treated as isolated shapes. Support is suitable for industrial products, automation equipment, enclosures, fixtures and electromechanical assemblies.

Deliverables can include production-ready CAD, supplier drawings, BOMs and neutral exchange files for CNC machining, rapid prototyping, sheet metal fabrication or vendor review.

Mechanical product development from an early idea, reference image or proof-of-concept prototype through resolved architecture, detailed CAD and manufacturing handoff. As a product design engineer, Talha develops internal packaging, user and service interfaces, part separation, fastening, sealing, assembly logic and manufacturing strategy alongside the external form.

Industrial product design decisions are tested against function, available space, materials, production volume and supplier capability. The scope can include prototype design, CAD design services, rapid prototyping files, design reviews, DFM updates and engineering documentation for release.

This creates a traceable path from product requirements to buildable mechanical assemblies for hardware startups and established product teams.

Design for Manufacturing reviews for injection molded plastic parts, CNC machined components and sheet metal assemblies. DFM services examine geometry, tool access, wall thickness, draft, undercuts, bend relief, inside radii, standard stock, fastening, datum strategy, tolerance demand and assembly sequence before cost is committed.

Findings are translated into specific CAD revisions rather than delivered as a generic checklist. Supplier or vendor feedback can be reviewed against the functional requirements so cost-saving changes do not quietly compromise fit or performance.

The result is a clearer manufacturing process, fewer quotation questions, more reliable prototype builds and a more controlled release to tooling, machining or fabrication.

SolidWorks sheet metal design for brackets, chassis, guards, panels, cabinets and complete fabricated assemblies. Parts are developed with realistic material thickness, bend radius, K-factor or bend allowance, relief geometry, hems, hardware and weld or fastening access.

Assemblies are reviewed for tolerance accumulation, tool clearance, installation order and practical fabrication. Manufacturing support can include native sheet metal CAD, flat patterns, fabrication-ready DXF files, folded STEP models, production drawings, bend notes, cut lists and BOMs.

Supplier feedback from laser cutters, press-brake operators, welders and powder coat vendors can be incorporated through controlled revisions before the drawing package is released.

Injection molding design for plastic housings, covers, clips, consumer products and functional components. Injection molded parts are developed around consistent wall thickness, draft angles, ribs, bosses, snap fits, shutoffs, parting direction, likely gate and ejector constraints, fastening and assembly access.

The review also considers sinks, warpage risk, undercuts, tooling direction and how cosmetic or sealing surfaces affect mold decisions. Existing CAD can be corrected after mold-maker feedback, or molding constraints can be built into the concept from the start.

Deliverables may include revised parametric CAD, STEP files, section views, critical dimensions and documented questions for the supplier before tooling release.

Manufacturing drawings for CNC machined, injection molded and sheet metal parts, plus assembly drawings for production and inspection. Engineering drawings define design intent with appropriate views, datums, dimensions, fits, tolerances, GD&T, materials, finishes, process notes, BOMs and revision information.

Critical features are selected from function and assembly requirements instead of dimensioning every visible edge or accepting default CAD tolerances. GD&T services and tolerance analysis help suppliers understand what must be controlled, what can vary and how parts will be verified.

The resulting PDF, DWG, DXF and native drawing packages support quotation, first-article review, inspection and a dependable manufacturing handoff.

Structural and thermal finite element analysis for brackets, enclosures, actuators, frames and load-bearing mechanical assemblies. FEA begins with the engineering question: expected loads, constraints, contacts, materials, operating conditions and the failure mode that matters.

Geometry is simplified deliberately, mesh quality and sensitivity are reviewed, and results are interpreted against stress, displacement, temperature or factor-of-safety requirements. Assumptions and limitations are documented so a contour plot is not mistaken for design proof.

Analysis findings feed back into CAD changes, design validation, prototype testing and review decisions before expensive tooling, CNC machining or fabrication is authorized.