Our Mission
Manufacturing rules, out of people's heads and into software.
Hardware teams ship faster when manufacturability is a first-class part of design — not a downstream surprise. Vasar codifies the rules tooling shops know by heart and gives every engineer instant, material-aware feedback.
CAPABILITIES
Vasar standardizes manufacturing rules to take them from people's heads into software.
Real-time DFM Analysis
Instant manufacturability feedback on your designs, get your part ready to manufacture 3x faster
Material-Driven Checks
Every check adjusts to the properties of your selected material and process
Class A Surface Driven
Distinguishes cosmetic from structural surfaces, get an optimal pull direction and DFM feedback on draft angles and undercuts
Cost Optimization
Understand how design decisions impact tooling cost, mold complexity, and production efficiency
Process Selection
Intelligent routing to optimal manufacturing methods based on your geometry and volume
Design Guidance
Real-world recommendations that help you navigate the decision space, we help you understand issues deeper
HOW IT WORKS
We train our knowledge base on real-world data.
Our proprietary knowledge base uses the optimal geometric and material manufacturing rules paired with your real-world considerations. Our model accounts for real-world constraints that traditional DFM tools miss.
WHO IT'S FOR
From concept surface to tooling release.
PART OWNERS & DESIGN ENGINEERS
Get DFM feedback before you have a supplier. Validate draft angles, thickness, and undercuts against proven manufacturing rules.
INDUSTRIAL DESIGNERS
Upload your drawing, choose the Class A surface and get parting line and draft angle guidance before handing off to engineering. Fewer back & forth, better handoffs.
MANUFACTURING ENGINEERS
Validate supplier DFM reports against Odin's independent analysis. Know if the supplier is being conservative or if the constraint is real.
ENGINEERING MANAGERS
Track every design iteration, every analysis, every decision. Full version history and audit trail across your team's projects.
THE PROBLEM
The DFM loop is broken.
SLOW FEEDBACK
Suppliers take days to return basic DFM feedback. Engineers spend weeks iterating without manufacturing context.
COSTLY REWORK
Tooling rework costs $5k–$50k per change. Identify decisions with hidden costs.
NO SUPPLIER, NO FEEDBACK
Development begins without supplier feedback. Engineers design blind until RFQs go out.
SILOED TEAMS
Design and manufacturing don't collaborate sooner. DFM feedback is not shared in an interactive platform since the design stage. It should be.
See it on your own part.
Upload a CAD file and get instant manufacturability feedback. Free to start.