Eliminate costly design errors before cutting steel. We validate every millimeter inside a high-precision digital environment.
Digital Prototyping is the computer-based simulation and validation of a physical product's geometry, kinematic motion, and component packaging prior to physical fabrication.
LOOP rigorously verifies your product in digital space: running interference checks across moving parts, evaluating center-of-mass and volume constraints, simulating mechanism range-of-motion, and auditing tool access paths. This saves clients thousands of dollars in scrapped physical tooling and rapid-prototyping iterations.
Verification of hinges, sliders, latches, and planetary mechanisms through their entire travel envelope.
Comprehensive clash detection reports identifying overlapping geometry or insufficient clearances.
Precise mass property calculations based on assigned material densities and part volumes.
SLA/SLS 3D-printing optimized mesh files with corrected normals, wall thickness verification, and drain holes.
Assigning exact physical densities (e.g. 2.70 g/cm³ for Al 6061) to every component in the assembly.
Scrubbing mechanisms through their full kinematic range to check for dynamic collisions.
Verifying screwdriver clearance angles, socket paths, and human finger assembly reach.
Exporting clean, manifold mesh files (.3MF/.STL) ready for fast local 3D printing validation.
All files are provided in structured directories with version control notes.
Digital prototyping dramatically reduces the number of physical prototype cycles needed (often from 6–8 rounds down to 1–2), saving immense capital. A final physical prototype is still recommended before cutting high-volume injection molds.
Yes. We deliver clean, manifold, verified .3MF and .STL files formatted with appropriate wall thickness and orientation recommendations for Formlabs, Bambu Lab, or industrial SLS machines.
Send us your sketch, board dimensions, or mechanical requirements for direct engineering collaboration.