Use cases

Implement CI Changes in Hours, Not Weeks

Operators design improvements directly on the shop floor. Capture ideas in real-time and validate with AR before implementation.

Powering the worlds’ best manufacturing CI teams
Two workers in blue uniforms and caps stand in an industrial warehouse, with one holding up a tablet running Shapr3D, they both look at the screen.

Shapr3D: Real-Time Continuous Improvement

Live 3D modeling on the shop floor eliminates CI bottlenecks and accelerates improvement implementation

Hours-to-implementation vs. weeks of design cycles

Process engineers design fixtures autonomously

Eliminate dependency on mechanical designers for simple improvements

How Shapr3D Eliminates Traditional Bottlenecks:
  • Real-time 3D modeling directly with operators during floor walks
  • Instant fixture and tooling design by process engineers without engineering resources
  • Live idea capture and visualization during operator discussions
  • Immediate AR validation in actual production environments
  • Direct STEP export for rapid prototyping and testing
  • Cross-functional collaboration without engineering resource requirements
  • Mobile design capability for anywhere, anytime improvements
Engineers at Sohbi Poland

The Transformation:
4-6 Weeks Reduced to 2-3 Days

Current workflow
Timeline
Identify improvement opportunities during audits
1 day
Document ideas and communicate to design teams
2-3 days
Engineers design fixtures/improvements
1-2 weeks
Prototyping, testing and Validation
1-2 weeks
Implementation approval and deployment
1-2 weeks
Process engineers depend on mechanical engineers for simple fixture needs
Operator ideas lost due to lack of visualization and communication tools
Weeks of delay between improvement identification and implementation
With Shapr3D
Timeline
Same audit process with live modeling
1 day
Real-time 3D modeling next to technicians
Same session
Process engineers design directly
2-3 hours
Utilize additive manufacturing to test immediately
1-2 days
AR validation and immediate deployment
Same day
Operators see ideas come to life in real-time, generating immediate additional improvements

Proven Results: Process Continuous Improvement

Automotive OEM Assembly Optimization
Industrial Manufacturing Development- Rapid Iteration
Challenge

Assembly processes required modifications to CATIA parts and new component design, but traditional workflows created delays in prototyping and testing iterations.

Solution

Import CATIA parts into Shapr3D, modify for easier assembly, and design new components with immediate additive manufacturing for testing and validation.

Result

Result: Faster iteration cycles and improved manufacturability through rapid prototyping of simulator screen housings, mounting solutions, and assembly improvements.

Challenge

Manufacturing teams needed fast concept iterations for functional, ergonomic, and aesthetic testing but faced long downtime between design changes and physical prototyping.

Solution

Daily use of Shapr3D for rapid concept iterations with immediate additive manufacturing capability, enabling live collaboration in meetings with instant prototype generation.

Result

Significantly reduced downtime between design iterations, with ability to go directly from meeting sketches to CNC prototypes on the same day.

Engineer at Sohbi Poland

How it works

Live Operator Collaboration
Model improvement ideas in real-time during shop floor discussions.
Operators see concepts develop live, generating additional improvement suggestions through visual interaction.
Autonomous Process Engineering
Process engineers design fixtures, tooling, and improvements directly without CAD specialist dependency.
Create holding fixtures, inspection tools, and process modifications instantly.
AR Production Validation
Validate improvements using AR in actual production environment.
Test equipment fit, ergonomics, and spatial requirements before physical implementation.
Rapid Implementation
3D print fixtures and prototypes immediately.
Deploy validated improvements with confidence, knowing they've been tested digitally and physically.

Start Accelerating Your Tooling Design Process

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