Operations that fail
Booleans and offsets break on complex or nearly degenerate shapes.
Geometry that holds up where libraries give out
We build computational geometry and solid modeling on ACIS, OpenCascade and Parasolid, or in your own code, for CAD, CAM and manufacturing software.
Problems it solves
Why teams bring us in
Broken input geometry
Gaps, overlaps and bad topology stop downstream tools from working.
Slow spatial queries
Large models make searches, collisions and measurements too slow.
Rare expertise
Engineers who know CAD kernels deeply are hard to find and hire.
What we deliver
What you get
Delivered as a module inside your existing product, in your codebase and with your team.
Solid modeling
B-Rep and CSG, booleans, non-manifold and tolerant modeling.
Meshing
Surface meshing, advancing-front methods and decimation.
Geometry healing
Repair of gaps, overlaps and invalid topology before processing.
Spatial indexing
KD-tree, R-tree and octree structures for fast queries on large models.
Case studies
Where we have delivered this
Medical CAD manufacturing
Orthodontic Design Platform
Custom brackets, wires, jigs and aligners designed in 3D on the ACIS kernel, with G-code generation and a portal for engineering and manufacturing collaboration.
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Manufacturing
Web 3D Measurement Tool for Mechanical Parts
Distance, angle and wall-thickness measurement on mechanical parts, directly in the browser.
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Telecom
Radio Map and Path Propagation Simulation
3D city meshes generated from GIS data for physics-based radio propagation simulation with NVIDIA Sionna RT.
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AEC / Construction
Surface Mesh Optimization
High-quality, low-polygon surface meshes created from point cloud data for fast web rendering.
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Reality capture / Survey
3D Mesh Reconstruction with ML Segmentation and Adaptive Point Clouds
Segmented, semantically classified 3D meshes reconstructed from images, using ML segmentation and adaptive point clouds.
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Reality capture / Survey
3D Reconstruction from 360° Panoramas
An automatic tool that turns 360 color and depth panoramas into a textured, low-polygon 3D mesh.
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Manufacturing
VectraXD™ Vectorization: Engineering Drawing Images to SVG and DXF
The vectorization module of our VectraXD™ platform, a SaaS tool that converts photos, scans and PDFs of 2D engineering drawings into SVG and DXF.
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Technologies and formats
What we work with
Industries
Where this applies
How we deliver
From first call to long-term support
- 01
Discovery call
30 minutes with an engineer, under NDA if you need one.
- 02
Technical discovery
1 to 3 weeks: requirements workshop, code and data review, and a proof of concept for the risky parts.
- 03
Proposal
Phased plan, team, estimate and engagement model.
- 04
Delivery
Two to three week iterations, with a demo every sprint.
FAQ
Common questions
Which CAD kernels do you work with?
ACIS, OpenCascade and Parasolid, as well as custom geometry code.
Can you extend our existing geometry code?
Yes. We often work inside an existing codebase to fix, extend or speed up geometry operations.
Do you go as far as manufacturing output?
Yes. We generate machine-ready output such as G-code from the modeled geometry.
Need this in your product?
Tell us about the module you need. You will talk to an engineer from the first call.