Industrial Sectors

Automotive:

• Design of Casting, Forging, Plastic & SheetMetal Components
• Manufacturing Process Drawing
• Machining Fixture Design
• Factor of Safety Calculations
• Design optimization for cost requirements
• Kinematic Analysis on Mechanism to check performance
• Durability test for warranty requirements
• Frequency & Buckling analysis for check the reliability of designed product
• Simplified NC Code Generation for Complex product design
• High Performance machining with guaranteed DATA Integrity for all 3D CAD Software

Material Handling:

• Design of Structures & SheetMetal Components
• Structural Validation
• Validation of involved Mechanism
• Design Automation for design time reduction using API
• Durability test for warranty requirements
• Simplified NC Code Generation for Complex product design
• High Performance machining with guaranteed DATA Integrity for all 3D CAD Software

Process & Plant:

• Design of Casting, SheetMetal & Structural Components
• Design Automation for design time reduction using API
• Factor of Safety Calculations
• Structural Validation
• Durability test for warranty requirements
• Design Customization to specific customer need.
• Simplified NC Code Generation for Complex product design
• High Performance machining with guaranteed DATA Integrity for all 3D CAD Software

High Tech:

• Design of Complex Plastic Components & Enclosures
• Collaborative Design with ECAD to check space feasibility
• Redesign of existing product for functional & Aesthetics requirement
• Study of airflow optimization for enclosure
• Progressive die design
• Simplified NC Code Generation for Precision component design
• High Performance machining with guaranteed DATA Integrity for all 3D CAD Software
• Machining Fixture Design

Consumer Products:

• Design of Complex Plastic Components
• Collaborative Design with ECAD to check space feasibility
• Redesign of existing product for style & user experience
• Design Feasibility check
• Durability test for warranty requirements
• Design optimization for cost requirements
• Analyze on safety and environmental impacts
• Simplified NC Code Generation for Precision component design

Mold, Tool & Die:

• Design of Plastic Injection Components & SheetMetal
• Fixture Design
• Reverse Engineering from Scanned DATA any CAD format
• Pattern Design (Core & Cavity Split)
• Progressive Die design
• Mold Design & Draft Analysis
• Casting & Forging Component design for Valves & Pumps
• Simplified NC Code Generation for Precision component design

Machinery:

• Design of Components & assembly
• Design Feasibility check for future upgradation
• Design Customization to meet specific customer needs
• Validation for optimization and performance
• Durability test for warranty requirements
• Kinematic Analysis on Mechanism to check performance
• Frequency & Buckling analysis for check the reliability of the system
• Simplified NC Code Generation for Precision component design