FAQ-01

CAD software is used in engineering and architecture to create, modify, analyse and optimize detailed 2D and 3D models of designs. It enables precise drafting, geometric modelling and integration of engineering or architectural components.

CAD improves product design by increasing accuracy, speeding up design changes and making collaboration easier. It allows for virtual testing and optimization before physical production, saving time, cost and reducing errors.

TEFUGEN offers comprehensive 2D and 3D CAD modelling and drafting services across multiple industries, including engineering, manufacturing, architecture, and construction. Our expertise includes the creation of detailed technical drawings, schematics, mechanical and electrical models, structural layouts and product design models. TEFUGEN specializes in producing precise designs using advanced CAD software, based on client specifications.

Yes, TEFUGEN can handle CAD modelling and drafting for large-scale projects. Our experienced team is equipped to efficiently manage complex designs across architecture, engineering and manufacturing, ensuring high-quality, precise results for projects of any scale. Our approach guarantees timely delivery, adherence to project specifications and high-quality results, regardless of project size or complexity.

IT services enable seamless global communication through advanced tools like video conferencing, instant messaging, and email platforms. They also integrate telecom equipment and internet services, ensuring real-time collaboration and better decision-making.

IT services help businesses streamline operations, enhance data security, improve customer experiences, and reduce costs. They also support scalability and innovation, making businesses more competitive in a technology-driven market.

IT services power e-commerce platforms through robust web development, secure payment gateways, and efficient data management. They also ensure high website performance, enhancing user experience and boosting sales.

We offer a comprehensive range of IT services such as Software Development, Enterprise Resource Planning (ERP), Digital Transformation, Cybersecurity, IT Consulting, and Data Management, ensuring all aspects of your IT Infrastructure are efficiently managed.

Our custom software development services deliver bespoke solutions that meet your unique business needs. Our team of experienced developers uses agile methodologies to create scalable, secure, and user-friendly software, enabling businesses to achieve optimal functionality and improved performance.

TEFUGEN stands out as a leading IT service provider in India due to our innovative solutions, advanced technology expertise, and a proven track record in delivering exceptional services. We focus on customer satisfaction, providing tailored IT solutions that meet the unique needs of businesses.

Our CFD (Computational Fluid Dynamics), CAD (Computer-Aided Design), and FEA (Finite Element Analysis) services help to develop the optimized design with best performance, and ensure the durability and reliability of components. The services, like modeling, simulations, and analysis, are used for product design, optimizing flow control, and structural analysis, which enhance product development and reliability.

Our CFD and FEA services begin with understanding your system’s requirements and goals. We then perform detailed simulations, analyze results, and offer recommendations for design optimization to improve efficiency, performance, and cost-effectiveness.

TEFUGEN stands out due to its deep expertise in CFD, FEA, and CAD services, along with patented technologies like the APH Seals, which are designed to optimize energy use, reduce costs, and improve system performance in industrial applications.

We have the expertise and software to cover any type of CFD Analysis. Some of our service types include Internal & External Flow, Heat Transfer, Laminar & Turbulence Flow, Incompressible and Compressible Flow, Fluid-Structure Interaction (FSI), Large Eddy Simulation (LES), and Multi-phase flow analysis.

We use validated and reliable CFD software tools along with experienced engineers to ensure accurate simulation results for the clients.

The primary advantages of using CFD analysis are to attain optimum engineering solutions and cost-effectiveness with a short duration of time. CFD results impact multiple design optimizations, performance predictions, optimization of processes, and improving the system efficiency without physical analysis/testing.

TEFUGEN places a strong emphasis on customer satisfaction and transparency throughout the entire CFD analysis. They actively communicate with clients, provide regular updates, and ensure that all project requirements and expectations are met with utmost precision and care.

Finite Element Analysis can identify the design flaws in the early stage, optimizing material usage, and reducing evaluation/development time and costs. It also helps to predict the system performance and modification possibility before moving to physical prototyping.

To ensure FEA accuracy, it is essential to:

• Use high-quality of geometric models.
• Create an appropriate meshing.
• Apply accurate material properties and boundary conditions.
• Results validation against experimental data or analytical solutions.

We use the latest finite element analysis software and tools combined with Engineer expertise to conduct thorough analysis, verification, and validation processes to ensure the accuracy and reliability of the FEA services.

We ensure that all project data and intellectual property are securely stored and only accessible to authorized personnel within the organization. Further, TEFUGEN has Data Leak Prevention Software implemented in all Servers & Clients throughout the company and all the data is stored in 256-bit encrypted hard disks. We adhere to strict confidentiality agreements and data protection protocols to safeguard clients' sensitive information.

FEA breaks complex structures into smaller, more optimistic elements, making it more accurate and versatile than traditional analysis methods. We obtain detailed results and insights into the behavior of a structure under different conditions.