(Computer-aided Design)
Telled delivers comprehensive CAD solutions to streamline product development from concept to production. We help clients create manufacturable designs faster by resolving fit, form, and function challenges virtually. From aerospace components to consumer electronics, our CAD services ensure geometric precision while adhering to industry standards like BIS and ISO.
Beyond modeling, we bridge CAD with simulation through seamless geometry preparation, enabling direct transfer of designs for structural, thermal, or fluid analysis. Telled’s team adeptly reduces material costs without compromising performance. Whether you need 3D modeling support or full-scale design automation, we provide the technical foundation to turn ideas into production-ready assets.
(Computer-aided Engineering)
Our CAE services empower engineers to validate designs through advanced simulation before physical prototyping. Leveraging Ansys technologies, we perform structural, thermal, and multiphysics analyses to predict real-world behavior under dynamic loads, vibrations, or extreme temperatures. Telled specializes in nonlinear FEA, fatigue life prediction, and drop-test simulations to meet automotive, aerospace, and industrial safety requirements.
From topology optimization to generative design, we help clients achieve performance targets while reducing development cycles. Our workflows integrate with your PLM systems, ensuring traceability from simulation to production. With our expertise, we deliver actionable insights that drive confident engineering decisions.
(Building Information Modeling)
Telled enables AEC firms to optimize building performance through intelligent BIM solutions. Our services include clash detection, energy analysis, and structural validation using interoperable Ansys tools. We simulate HVAC efficiency, seismic resilience, and fire safety to ensure compliance with codes.
Beyond 3D modeling, we create digital twins for facility management, linking BIM data with IoT systems for predictive maintenance. Our multidisciplinary approach bridges architectural intent with engineering rigor, helping clients visualize constructability and reduce rework. From smart hospitals to industrial plants, we transform BIM into a lifecycle asset.
(Computational Fluid Dynamics)
Our CFD expertise solves complex fluid flow and heat transfer challenges across industries. Using Ansys Fluent and CFX, we analyze aerodynamics, combustion, and multiphase flows to optimize product performance. Applications range from HVAC system design to turbomachinery efficiency improvements and battery thermal management.
Telled validates results with physical testing correlations and provides tailored turbulence modeling. Our reports deliver clear, actionable data on pressure drops, flow uniformity, and thermal gradients. Partner with us to reduce prototyping costs and accelerate fluid-driven innovation.
We begin every engagement with a comprehensive needs assessment to align simulation strategies with your business objectives. The Telled team conducts workflow evaluations, identifies technical gaps, and recommends tailored Ansys solutions that deliver maximum ROI. This structured approach ensures every simulation investment addresses your specific challenges in product performance, cost reduction, or time-to-market acceleration.
From defining success metrics to establishing validation protocols, we create a roadmap for digital engineering transformation. Whether you’re adopting simulation for the first time or scaling advanced workflows, our analysis provides the foundation for measurable improvements in design efficiency and product quality.
Our EM expertise spans antenna design, EMI/EMC compliance, and high-frequency system optimization using Ansys HFSS and Maxwell. We help clients mitigate interference risks in automotive radars, optimize wireless device performance, and validate electromagnetic shielding effectiveness. Our simulations account for real-world variables like material properties and environmental conditions.
For power electronics, we analyze eddy currents, parasitic capacitance, and thermal effects on electromagnetic components. We ensure your products meet rigorous certification requirements while maintaining optimal EM performance.
We deploy Ansys tools to automate design exploration and multi-objective optimization. Our workflows balance competing parameters like weight, durability, and thermal performance through AI-driven algorithms. Clients achieve 30-50% faster convergence to optimal designs compared to manual iteration.
Applications include topology optimization for additive manufacturing, aerodynamic shape refinement, and system-level performance tuning. We facilitate visualizing trade-offs and data-driven recommendations to streamline decision-making.
We integrate Ansys simulations with your PLM ecosystem to maintain digital thread continuity. Our services include simulation data management, automated report generation, and revision-controlled model updates. This ensures traceability from initial concept to service lifecycle analytics.
For regulated industries, we configure audit-ready workflows that comply with ISO 9001 and AS9100 requirements. Our PLM solutions reduce duplicate work by 40% while maintaining version integrity across teams.
Telled bridges Ansys simulation data with SAP ERP systems to align engineering decisions with production realities. Our solutions automate cost forecasting, bill-of-materials validation, and manufacturability checks against live SAP inventory data. This prevents over-specification and reduces procurement delays.
For asset-intensive operations, we enable predictive maintenance by feeding simulation wear models into SAP EAM. This integration provides a 360° view of product performance across its operational lifecycle.
Ready to transform your product development with cutting-edge simulation? Partner with trusted Ansys experts to optimize performance, reduce costs, and accelerate time-to-market. Get expert guidance on implementing Ansys solutions for your specific engineering challenges.
Localized technical support.
End-to-end Ansys implementation support.
Cost-benefit analysis for simulation adoption.
Compliance with BIS/ARAI/ISRO standards.