Advance Technologies offers mechanical engineering services that help clients develop complex mechanical designs and significantly reduce their time-to-market.
Advance Technologies offers services such as product design & development, reverse engineering, value engineering, re-engineering, change management, analysis & simulation, modeling & detailing services under one roof.
Advance Technologies provides domain specific expertise to its clients. The dedicated mechanical engineering team at Advance Technologies makes sure that the client is able to achieve reduced cost of ownership through its innovative mechanical engineering processes.
Advance Technologies Engineering Team has the expertise and experience to provide future-focused innovations in the mechanical engineering domain. The cost effective solutions offered by the company make it a one-stop solutions provider in the mechanical engineering domain.
Our comprehensive solution encompasses :
- Conceptual design
- Industrial engineering design
- CAD modeling and detailing
- Analysis and prototyping
Analysis & Simulation processes form an integral part of Advance Technologies’s product development lifecycle. Companies use analysis and simulation services to evaluate performance, enhance quality, and improve product innovation.
Advance Technologies, provides an ideal environment to test the client’s product designs before they are manufactured. The company’s time tested simulation solutions enables the client to examine a broad range of parameters in the design process and this reduces product development time and improves the quality of the product.
- Model meshing
- Finite Element Analysis (FEA)
- Computational Fluid Dynamics (CFD) analysis
- Static and dynamic
- Linear and nonlinear
- Occupant safety
- Mold flow
- Structural analysis
- Full crash simulation
- Full report service
- Process Simulation (casting, forging, plastics, sheet- metal)
- NVH Analysis
- Heat exchanger simulations
Plastic injection molded parts undergo draft and MoldFlow Analysis in order to optimize the part design as well as prevent defects in the plastic part before the actual mold is created. These Analysis also helps the engineers design a mold that has reduced cycle times, improved cost savings, and greater processing success