PakMEC's CAD team turns sketches, samples, and half-finished ideas into fully toleranced, manufacturer-ready models — modeled natively in SolidWorks, Fusion 360, and FreeCAD, and handed off in whatever format your machine shop, printer, or fabricator needs.
From a first concept sketch to a fully dimensioned production model — one team handles the whole modeling pipeline.
Parametric 3D models built from your sketches, specs, or reference samples — ready for prototyping or tooling.
Point-cloud and caliper-measured parts rebuilt as clean, editable solid models when no drawings exist.
Fully dimensioned 2D drawings with geometric tolerancing, ready for quality inspection and manufacturer sign-off.
Multi-part assemblies with motion studies, interference checks, and a structured bill of materials.
Flat-pattern-ready sheet metal parts and structural weldments engineered for real fabrication methods.
Load, stress, and factor-of-safety analysis before a part ever reaches the machine.
We match the software to the project, not the other way round.
Industry-standard parametric modeling for complex assemblies, sheet metal, and certified GD&T drawings — our primary platform for production-grade mechanical parts.
Cloud-based modeling for fast iteration, generative design exploration, and combined CAD/CAM workflows when a part is headed straight to CNC or 3D printing.
Open-source parametric modeling used for academic FYP kits, quick client-side reviews, and projects that need to stay in an open file format.
A structured pipeline, from a first phone call to a file that's ready for the machine.
We review your sketches, samples, or reference parts and lock down tolerances, materials, and manufacturing method up front.
A rough 3D model comes back for shape and fit approval before we invest in fine detail.
Full features, fits, and clearances are added, with GD&T applied to every critical dimension.
An internal design check for manufacturability, stress concentration, and printability or machinability.
You get a rendered model and drawing set to mark up; we revise until it's right.
Native files, STEP/IGES neutral files, and stamped 2D drawings delivered together.
We review your sketches, samples, or reference parts and lock down tolerances, materials, and manufacturing method up front.
Every project ships with the files your next process actually needs.
Neutral file for machining, CNC, and cross-platform editing.
Legacy-compatible surface format for older CAM systems.
Fully editable source file — SLDPRT, F3D, or FCStd.
Mesh-ready file for 3D printing and rapid prototyping.
2D flat patterns for laser cutting and sheet metal fabrication.
Dimensioned, GD&T-toleranced drawings for QC and sign-off.
Photoreal visuals for client presentations and pitch decks.
Structured bill of materials for assemblies and procurement.
CAD work that speaks the language of your industry's manufacturing method.
Custom brackets, jigs, fixtures, and machine frames engineered for CNC and welded fabrication.
Enclosures, housings, and consumer parts modeled for injection molding and 3D-printed production runs.
Fully modeled and drawn mechanical assemblies to support Final Year Project builds and vivas.
Structural components, mounts, and drivetrain parts modeled to real material and load specifications.
Mounting structures and enclosures for solar and small-wind hardware.
Custom architectural metalwork, railings, and site-specific fittings drawn for fabrication.
Our CAD team sits next to the CNC floor and the print farm — so every model we design already accounts for how it'll actually get made.
Every design is checked against our own CNC, laser, and 3D printing capability before it's signed off.
We hold tight tolerances by default, not as a paid add-on, because that's what production parts actually need.
SolidWorks, Fusion 360, or FreeCAD — we deliver in the format your workflow already runs on.
Still unsure about software, formats, or timelines? Send us your part and we'll scope it for free.
Ask Us DirectlySend us a sketch, a sample part, or just a rough idea — we'll turn it into a model you can actually manufacture.
