Mrida
ResTech
MRIDA
— ResTech —Research • Services • Trading
ResTech
We don't just wrap polygons into dead surfaces. We decode the original design intent, correct for wear and tear, and construct fully editable parametric solid models with complete feature histories ready for immediate tooling and CNC machining.
Receive true native CAD files featuring editable sketch dimensions, extrusions, revolves, patterns, and lofted surfaces — not dumb faceted solids.
Mesh segmentation, filtering outliers, orienting coordinates to true functional datums (axes, planar faces, centerlines).
Automated and manual extraction of cylinders, fillets, draft angles, planes, and complex loft profiles directly from the point cloud.
Building clean, fully-constrained parametric feature trees with sketch dimensions, ensuring models are completely editable in native CAD software.
Eliminating casting flaws, erosion, and machining imperfections on worn components to restore original OEM nominal geometries.
Superimposing the newly generated CAD solids against the raw scan cloud to verify that surface deviations sit well within ±0.02 mm.
Creation of ASME Y14.5 / ISO 1101 compliant 2D production drawings with geometric tolerances, surface finish callouts, and material specs.
Synchronous technology & hybrid modeling
Class-A surfacing & aerospace/automotive assemblies
Parametric mechanical parts & weldments
Feature-based parametric solid modeling
STEP (AP203/AP214/AP242), IGES, Parasolid (.x_t)
Damaged impeller vanes reverse engineered with optimized hydraulic profile curves to match original head-flow specs.
Hand-sculpted clay master basins and water closets converted into production slip-casting and pressure-casting CNC mold cavities.
Discontinued classic racing car cylinder heads and suspension uprights redesigned for modern 5-axis CNC machining.
Large cracked gearboxes and excavator buckets reconstructed with reinforced structural gussets to prevent future fatigue failures.
Watertight solid with parametric blade profiles ready for 5-axis CNC toolpath generation.
EDM electrode geometry and core/cavity inserts extracted from worn production dies.
High-pressure casting mold geometry with shrink compensation and parting lines.
Upload your scan mesh (.stl, .obj) or ship the physical part to our facility. We will produce precision native 3D CAD files ready for your production line.