Fast Turnaround in Calgary
High-Precision Parametric CAD Modeling
Local Drop-off & Consultations
For Automotive, Hardware & Custom Fabrication
Production-Ready STEP & Native Files
To begin the process, simply provide your raw 3D scan mesh (.STL/.OBJ) or drop off the physical part at our Calgary lab for high-resolution 3D scanning. Once we understand your specific goals, our team will provide an accurate timeline and estimate based on the overall part complexity
Detailed evaluation is the next step, where we analyze the geometry of everything from custom automotive brackets to complex industrial impellers. After this assessment, you will receive a transparent quote for the reverse engineering phase, ensuring all design requirements are met.
Specifically, we process the raw 3D scan data to extract precise geometric references and correct any physical wear on legacy parts. This critical stage accurately captures exact dimensions, effectively serving as the foundation for a flawless digital recreation.
Alternatively, using your reverse-engineered references or initial sketches, we build a clean, parametric CAD model from scratch. Moreover, our team fixes physical wear on discontinued parts, restores proper design intent, and can seamlessly modify features to suit your new custom fabrication requirements.
Finally, you receive clean, editable CAD files ready for CNC machining or 3D printing. In addition to providing native files for your engineering workflow, we deliver documents in standard STEP format to ensure universal compatibility.
Looking for 3D scanning? Explore our 3D Scanning Services.
“Recently, our facility brought in a heavily worn industrial mud agitator impeller that had no existing blueprints. They scanned it and provided a flawless parametric CAD model. As a result, the original design intent was fully restored, correcting the worn blades.”
“The Scan-to-CAD service is exactly what we needed for reproducing parts for legacy machinery. Instead of just handing over a raw mesh, they built a clean, fully editable STEP model. Consequently, that model went straight into our CNC workflow without any issues.”
“Our team needed to reverse-engineer a discontinued hardware component for a commercial espresso machine. It was a highly specific, intricate piece featuring a single-button assembly. Fortunately, the team captured the geometry perfectly and delivered a flawless parametric model.”
“Designing custom solar panel mounts for expedition vehicles requires knowing the exact roof curvatures. They scanned the vehicle’s profile and provided us with a highly accurate CAD model. Therefore, this allowed our team to design custom brackets that fit perfectly on the very first try.”
“As an established manufacturing firm, we require strict tolerances for our custom hardware enclosures. We handed them a rough physical prototype for an ESP32-based control unit. Not only did they digitize it, but they also optimized the internal standoffs and wall thicknesses for production.”
Looking for 3D printing? Explore our 3D Printing Services.
