From initial concept to preliminary design and variation analysis to optimization - our expertly engineered solutions create adequate functionality while also lending to aesthetic appeal.
Our perfectly accurate multi-layer CAD drawings have helped us establish long-term, strategic relationships with our customers and leverage on mutual strengths. This in turn has substantially reduced the overload of engineering departments.
We thus support engineers in understanding how real-world variances affect design before detailed design occurs, resulting in significant savings in time, effort and money.
With a combination of skilled professionals and state-of-the-art technology, we have years of experience in providing a gamut of CAD design support services for a varied clientele ranging from Fortune 500 companies to small manufacturing units.
We spread our capabilities by providing support solutions in product development including Conceptual design, Industrial and Mechanical Engineering design, CAD Modeling and Detailing, Simulation and Analysis.
Our engineering support services address various issues related to Product design, Development and Manufacturing. Our expertise lies in providing FE Modeling, and Structural / Vibration / Static Analysis.
We create initial concepts and propel them to rapid production readiness through our hands-on expertise. Many engineering companies have created innovative products through our tools and benefited hugely from reduced costs, shortened development cycles and faster product launches.
We apply Finite Element Analysis (FEA) early on in the design cycle, thereby reducing product cost significantly. The design can be checked against deformation, stress, vibration and/or temperature specifications. FEA also greatly enhances the overall product quality.
We use Computer-aided Engineering (CAE) to support engineers in tasks such as Analysis, Simulation, Design, Manufacture, Planning, Diagnosis, and Repair. We use CAE tools to analyze the robustness and performance of components and assemblies.
We use the Modeling process to create a representation of a concept or phenomenon, and to examine and communicate the structure and behavior of a model – and thus facilitate the visualization of engineering deliverables and plant walkthroughs.