Use of technology in day to day activities is a part of modern living and user’s demand for enriched user experience has been driving the need for technically intelligent products. It is expected that such products will integrate daily chores seamlessly, creating comfortable experiences. In today’s competitive business environment, business enterprises are continuously challenged with evolving technologies, innovations, product re-engineering, process optimizations and costs. Be it in a new product development or re-engineering of an old one.
We, at Sphinx, have been offering specialized engineering services to our clients to enable them bring new products to the market faster and at significantly lower costs. Our engineering team believes that our success is measures by our capability to deliver world-class engineering solutions that solve design bottlenecks, cost problems, and maximize productivity of client’s facility in the present and future. Efficiency, flexibility and speed are our competitive advantages enabling our customer’s to attain success in every phase of their business.
Sphinx Engineering team is a technically competent team delivering the following engineering solutions to clients from diverse verticals and across global markets:
- 3 D Data Conversion and Model History Building
- Pre and Post Processing of Data for Finite Elements
- 3D Modeling
- Reverse Engineering
- Legacy Data Migration
- 2D to 3D conversion
- Software Implementation
- CAD Translation
- Product Reverse Engineering
- 3 D Modelling on Varied Platforms
- Product Re-engineering
- Conversion of Sheet Metal / Die Cast Parts to Plastic
- Post Processor Development
- NC Tool path generation
- Tooling and fixtures design
- 5 axis tool path generation
- Die Design
- Mold Design
- Linear Statics
- Response Dynamics
- Non Linear Contacts
- Hyper Elastic Analysis
- Crash Analysis
- NVH
- Fatigue
Exterior Flow Analysis
- Under Hood Flow Analysis
- Cabin Flow Analysis
- Electronic System Cooling
- Mold Simulation
- Forging & Casting
- Stamping & Forming
- Plastic Flow Analysis
- Sheet Metal Forming Analysis
- Shape Optimization using Finite Element Analysis
- Pre and Post Processing of Data for Finite Elements
- Injection Molding
- Sheet Metal
- Forging Forming and extrusion
- Plant Design and Optimization