Connect

Bridge Design, Simulation & Data with Ansys Connect

Unify your engineering ecosystem — seamlessly connect CAD, CAE, PLM, and IoT systems for efficient collaboration, automation, and data-driven innovation

Ansys Connect enables engineers and enterprises to create a connected digital ecosystem, linking design tools, simulation software, and enterprise systems. With bi-directional data exchange, process automation, and digital thread continuity, it ensures every stakeholder works from a single source of truth. From CAD-to-CAE interoperability to integration with PLM and IoT platforms, Ansys Connect helps organizations achieve traceable, automated, and intelligent product development — driving efficiency from concept to production.

Core Product

Ansys Granta MI

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Ansys ModelCenter

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Ansys Granta Selector

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Ansys Minerva

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Ansys optiSLang

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Ansys GRANTA MI – Centralized Materials Information Management System

Ansys GRANTA MI provides a single, secure platform to manage, control, and distribute accurate materials information across your organization. It connects materials data with CAD, CAE, and PLM systems, ensuring every design and simulation uses reliable, traceable material properties. This helps eliminate data inconsistencies, reduce rework, and ensure compliance with environmental and regulatory standards such as REACH and RoHS.

Used for:
Materials engineers, design engineers, simulation analysts, and product developers across industries.

Key Benefit:
Ensures data consistency and accelerates innovation by integrating verified materials information directly into engineering workflows.

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Ansys GRANTA Selector – Smart Material Selection and Comparison Tool

Ansys GRANTA Selector enables engineers to choose the optimal materials based on performance, cost, and sustainability. Its powerful visualization tools allow comparison of thousands of materials to identify the best-fit option for specific design requirements. Engineers can evaluate trade-offs, assess environmental impact, and make confident data-driven material decisions early in the design stage.

Used for:
Design engineers, materials specialists, and product development teams focused on material optimization and lightweighting.

Key Benefit:
Simplifies and accelerates material selection, helping teams balance performance, cost, and sustainability for better product outcomes.

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Ansys optiSLang – Process Integration and Design Optimization Platform

Ansys optiSLang automates simulation workflows and optimizes engineering designs using sensitivity analysis, design of experiments (DOE), and AI-based optimization. It connects directly with Ansys solvers and third-party tools to explore multiple design variants efficiently, quantify uncertainties, and achieve robust, high-performance results.

Used for:
Design engineers, simulation analysts, and researchers performing optimization, robustness, and reliability studies.

Key Benefit:
Accelerates product development by automating simulations and identifying the best design configurations with minimal manual effort.

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Ansys ModelCenter – Model-Based Systems Engineering Integration Platform

Ansys ModelCenter unifies system-level modeling and simulation by linking diverse engineering tools within one framework. It supports model-based systems engineering (MBSE) processes, enabling teams to validate and optimize complex systems early in development. Engineers can connect simulation models to system architectures, perform trade studies, and maintain full traceability from concept to validation.

Used for:
Systems engineers, simulation architects, and multidisciplinary project teams.

Key Benefit:
Enhances collaboration and system-level visibility by integrating design, simulation, and verification processes into a single, connected workflow.

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Ansys Minerva – Simulation Process and Data Management Solution

Ansys Minerva provides a secure, web-based environment to manage simulation data, processes, and collaboration across teams. It ensures version control, data traceability, and workflow automation—enabling better project visibility and knowledge reuse. Integrated with Ansys tools and enterprise PLM systems, Minerva helps organizations implement efficient digital thread and digital twin strategies.

Used for:
Simulation managers, analysts, and engineering teams working on large, multi-domain projects.

Key Benefit:
Boosts productivity and collaboration by centralizing simulation management, reducing duplication, and maintaining complete data integrity.

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License Bundle Options

Ansys Connect solutions are available in three flexible license bundles—Pro, Premium, and Enterprise—allowing organizations to scale capabilities as their simulation and data management needs grow.

Pro Bundle – Core Integration and Material Intelligence

Ideal for small to mid-sized engineering teams focused on material selection and simulation connectivity.

Includes

Ansys GRANTA Selector for smart material comparison and sustainability assessment

Ansys optiSLang for design optimization and sensitivity analysis

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Premium Bundle – Advanced Data and Workflow Management

Designed for organizations seeking stronger collaboration, process integration, and system-level validation.

Includes

Everything in Pro, plus

Ansys GRANTA MI for centralized materials information management

Ansys ModelCenter for system modeling and simulation integration

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Enterprise Bundle – Full Digital Thread & Enterprise Collaboration

Built for large organizations that require enterprise-grade data governance, collaboration, and lifecycle management.

Includes

Everything in Premium, plus

Ansys Minerva for simulation process and data management (SPDM)

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Highlights of Ansys Connect

Centralized Data and Workflow Integration

Unify materials, simulation, and system data across engineering teams within a single connected ecosystem.

Key Capabilities

Maintain data traceability, version control, and security.

Automate process handoffs and reduce manual intervention.

Enable organization-wide collaboration on shared datasets.

Integrate CAD, CAE, and PLM systems for seamless data exchange.

Benefits

Streamline engineering workflows and eliminate data silos

Enhance collaboration between design, simulation, and manufacturing.

Improve productivity and project transparency.

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Material Intelligence and Traceability

Manage, control, and distribute verified material data throughout the digital thread for design and simulation accuracy.

Key Capabilities

Centralize materials databases for consistent usage across projects.

Ensure traceability from material selection to product validation.

Automate compliance reporting for REACH, RoHS, and sustainability goals.

Link materials data directly to simulation inputs.

Benefits

Avoid material inconsistencies and rework.

Improve simulation accuracy and reliability.

Support sustainability and regulatory compliance.

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Smart Material Selection and Comparison

Enable engineers to identify the optimal materials based on performance, cost, and sustainability.

Key Capabilities

Make confident, data-driven material choices.

Reduce overdesign and material waste.

Accelerate early design decisions.

Support lightweighting and eco-friendly design decisions.

Benefits

Extend chip lifetime and prevent field failures.

Enable robust, foundry-verified reliability signoff.

Ensure long-term performance stability under stress.

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Automated Design Optimization and Sensitivity Analysis

Leverage advanced design exploration, DOE, and optimization techniques to achieve optimal performance faster.

Key Capabilities

Automate complex workflows and link multiple simulation tools.

Perform sensitivity, robustness, and uncertainty analyses.

Apply AI-driven optimization to explore design variants.

Integrate with parametric and non-parametric models.

Benefits

Reduce manual iteration and simulation time.

Achieve performance, cost, and reliability targets efficiently.

Identify key design parameters influencing outcomes.

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Model-Based Systems Engineering (MBSE) and Co-Simulation

Connect multidisciplinary simulations and systems engineering models within one framework for unified validation.

Key Capabilities

Link subsystem models from various tools into a system-level architecture.

Perform trade studies and design verification at the system level.

Maintain full traceability from requirements to simulation results.

Support model-based engineering workflows for complex products.

Benefits

Improve cross-domain consistency and system validation.

Reduce integration errors and rework.

Shorten development cycles through digital continuity.

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Applications Across Industries

Ansys Connect solutions empower industries such as aerospace, automotive, electronics, and energy by linking digital engineering workflows across systems and teams.

At SolidTrust Technologies, we provide integrated connectivity solutions to unify simulation data, streamline collaboration, and accelerate innovation.

Relevant FAQs 

How does Ansys Connect streamline engineering workflows? +

It unifies CAD, CAE, and PLM data, enabling seamless model updates and synchronized simulations.

Can I link multiphysics solvers through Ansys Connect? +

Yes, it connects thermal, structural, and fluid solvers for integrated co-simulation.

Does it support parameters and design data management? +

Absolutely — engineers can control design variables and version histories in one environment

Can simulation results be shared securely across teams? +

Yes, with controlled access and encrypted cloud collaboration.

How does it help reduce re-work? +

Any CAD or boundary-condition change automatically propagates across connected models.

Is Ansys Connect compatible with automation scripts? +

Yes, it supports Python and system-level automation for workflow customization.

Can it integrate test or IoT data into simulations? +

Yes, real-time or experimental data can be mapped directly to simulation models for validation.

Success Stories

Ready to streamline your engineering workflow with Ansys Connect?

Reach out to SolidTrust Technologies for integration guidance, licensing, and technical support in South India.

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