Summary
An Israeli company specializes in the reliability engineering has developed tools applicable to electronic and mechanical systems that can simulate all kinds of failures in a system and the effects of such failures on system behavior will help to develop a more reliable system, with cost effective hardware, while shortening the design and time to market. The company seeks partners interested in licensing, commercial agreements with technical support to implement in industrial engineering.
Description
An Israeli company specializes in the Reliability Engineering field of activity has developed technology tool which maximizes the product reliability.
The analysis of electronic and mechanical systems is based on the assumption that the system will function in a particular environment and may fail at any time randomly or according to the inherent failure distribution. At times, a failure in a system might cause the user some inconvenience, but at other times, the impact might be more severe and even cause the loss of human life.
In the goal to a sub-overall and reliable solution the company has developed a set of software tools applicable to electronic and mechanical systems that can simulate all kinds of failures in a system and the effects of such failures on system behavior.
The tools simulates all potential functional and process failures (electrical/ electronic/ mechanical and software). For high availability systems, recommends the optimal redundancy needed to achieve the highest availability at a minimum hardware cost and help to develop a more reliable system, with cost effective hardware, while shortening the design and time to market.
It is used in the preliminary design as Top-Bottom allocation/analysis and in the full -scale development as a Bottom-To-Top prediction/analysis.
The tool is full adapting to integrate in all CAD/CAE systems and uses the data in real time when generated by the designer this helps to shorten the design cycle.
In the Electronic design, it helps select the correct parts according to the stress load & temperature it reduces the PCB size to insert test points, to improve the Built-in-Test capabilities, to reduce the PCB failure rate and to improve network availability.
In the Mechanical Design, the tool helps to reduce wear-out, aging, fatigue, cracks, corrosion, loss of strength and reduces the individual part failure rate as well as for complex mechanical system.