Download Case Study
- Large CAD files frequently caused delays in rendering and sharing
- No unified platform to sync PLM metadata with downstream manufacturing systems
- Local workstations lacked GPU resources for rendering complex assemblies
- Version mismatches between design, change request and engineering teams
- Limited collaboration between global engineering and supplier teams
PROLIM built a cloud-native PLM Sync and 3D Visualization solution on AWS, ensuring faster rendering, secure sharing, and automated PLM integration:
- AWS S3 + Transfer Accelerationto securely ingest and store large CAD files
- AWS Lambdafor event-driven PLM sync, metadata extraction, and version management
- AWS Glueto harmonize PLM BOM/BOP data and map it to manufacturing attributes
- Amazon DynamoDBto store PLM metadata, change log, and version references
- Amazon SQSto orchestrate rendering workflows
- Amazon EC2 G4/G5 GPU Instancesfor high-speed CAD rendering and conversion to neutral formats
- Amazon CloudFrontto deliver optimized 3D models globally
- Amazon AppStream 2.0for browser-based 3D viewing without workstations
- Amazon Cognito & IAMfor secure role-based access control
- Real-time PLM metadata sync with change tracking
- 3D rendering sped up from hours to minutes using GPU acceleration
- Global teams access 3D assemblies through any browser
- Eliminated workstation dependency, lowering software/hardware cost
- Secure collaboration environment for suppliers & remote teams
- Automated publishing of models for manufacturing, procurement, quality
- 70% reductionin rendering and visualization time
- Zero version mismatchbetween engineering and downstream teams
- 40% improvementin engineering change turnaround time
- 25% lower IT infrastructure costdue to shift from local workstations to AWS GPU instances
- Enhanced supplier collaboration and faster design-to-manufacturing cycle