Industrial Equipment
Our Services
Computer-Aided Design & Manufacturing (CAD/CAM) for Industrial Equipment and Production
🔹We help manufacturers design, optimize, and document industrial machinery and components through advanced 3D modeling and technical drawings.
✅ 3D CAD modeling for heavy machinery, automation systems, and components
✅ Reverse engineering of existing equipment for upgrades and modifications
✅ Technical documentation and manufacturing drawings for production
✅ Design for manufacturability (DFM) and cost-effective production
✅ Custom machinery design and integration planning
🔹Tannari assists manufacturers in programming and optimizing CNC machining for industrial parts and equipment.
✅ CNC programming & toolpath optimization for efficient machining
✅ G-code generation & virtual machining simulations
✅ Fixture & tooling design for mass production efficiency
✅ Digital manufacturing workflow planning
Computer-Aided Engineering (CAE) for Equipment Performance Optimization
🔹Our CAE simulations help manufacturers validate and optimize industrial equipment for durability, safety, and efficiency.
✅ Structural analysis for heavy equipment, robotic arms, and mechanical structures
✅ Thermal & fluid flow simulations for industrial cooling & heat dissipation
✅ Motion & kinematic analysis for mechanical linkages & moving parts
✅ Failure prediction & fatigue analysis to ensure longevity & reliability
Finite Element Simulation (FEM/FEA)
🔹We use FEM/FEA techniques to predict stress, strain, and material behavior under operational conditions.
✅ Structural integrity testing for pressure vessels, machine frames, and automation systems
✅ Vibration & fatigue simulations for rotating and high-load components
✅ Material optimization & failure analysis for long-lasting performance
✅ Impact, thermal, and electromagnetic simulations for electrical & mechanical equipmen
Digital Mock-Up (DMU) for Virtual Prototyping & Testing
🔹DMU enables manufacturers to visualize and test full industrial assemblies virtually before production.
✅ Virtual assembly validation for machinery integration & design optimization
✅ Motion simulations & clash detection to prevent design conflicts
✅ Digital Twin solutions for predictive maintenance & real-time performance monitoring
✅ Interference detection for complex multi-component systems