Manufacturing Tooling Generation: Automated Design from Part Geometry and Constraints

Current Situation and Pain Point: Currently, manufacturing engineers spend significant time manually designing custom tooling through trial and error. This process is time-consuming, prone to errors, and often requires multiple iterations to account for all manufacturing constraints. Without automated tooling design capabilities, production teams face:

  • Extended development cycles for new tooling
  • Production delays waiting for tooling solutions
  • Inconsistent consideration of manufacturing constraints
  • Higher costs from iterative physical prototyping

Proposed Solution: Integrate manufacturing-specific tooling generation capabilities into Zoo that would:

  1. Reference Geometry Integration
  • Import existing part CAD files as baseline geometry
  • Define spatial relationships between parts and tooling
  • Support standard manufacturing CAD formats (STEP, IGES, etc.)
  1. Manufacturing Constraint Definition
  • GUI interface for inputting:
    • Dimensional tolerances
    • Access/clearance requirements
    • Process-specific parameters
    • Material constraints
  • Visual validation of constraint definitions
  1. Automated Tooling Generation
  • Algorithm-driven creation of tooling geometry that satisfies all defined constraints
  • Real-time visualization of generated solutions
  • Export capabilities in manufacturing-ready formats

Benefits to the Community: This feature would benefit the broader Zoo community by:

  • Enabling rapid development of production tooling
  • Reducing manufacturing downtime
  • Standardizing constraint consideration
  • Supporting both small-scale and enterprise manufacturing users
  • Creating a foundation for future manufacturing automation features

Implementation Scope: While ambitious, this feature builds on Zoo’s existing geometric manipulation capabilities. The core functionality could be implemented in phases:

  1. Basic geometry import and constraint definition
  2. Simple tooling generation with basic constraints
  3. Advanced constraint handling and optimization
  4. Integration with manufacturing validation tools

I’ve focused on specific functionality rather than implementation details to leave room for technical considerations. Would appreciate the community’s thoughts on priority and scope.

Hey Jonathon,

I actually just responded to your other post. We are super in favor of a lot of the features that you are asking for. Our manufacturing-friendly side of the app is currently in development. These are definitely on our roadmap, but won’t be available in the near future. We are currently focused on launching our 1.0 version of the app, and then will be able to put more focus in advanced features like toolpath generaiton.

Josh