Sciemetric data analytics tools enabled engine manufacturer to link EOL failure to cracked check valves—see how!
How to catch faulty fuel rail insertion with digital process signature analysis
Tearing down an engine to find a problem when it fails an end-of-line test is costly and time-consuming. It’s much better to identify a quality issue upstream on the production line where it occurs. Learn how an automaker used digital process signatures to adjust their fuel rail insertion parameters to catch faulty insertions before they reach the end of the line.
Engine cold testing: Benefits of the “cold test” method for end-of-line engine testing
Top 5 Sciemetric blog posts of 2017
We recap our five blog posts that captured the most attention in 2017, from getting your leak test right and containing warranty costs with data to how the repair bay can contribute to a more effective defect data management strategy.
Take the guesswork out of finding your limits
Improve crimp testing with non-destructive methods
5 reasons to choose Sciemetric for machine retools, expansions, retrofits, and upgrades of your test stations
Fundamentals of press-fit monitoring: How to locate defects during press-fit or joining operations
The savings of commonality on the production line
There is a tendency to think about the line in terms of individual process, with separate solutions for force-distance monitoring, leak testing, torque testing, etc., rather than as a whole—but it doesn't have to be this way. With one common solution, like the sigPOD, one platform can do it all. Learn how commonality on the production line helps manufacturers save time and money.
How to improve valve tappet set monitoring: A case study
The valve tappet setting application can have a huge impact on the overall quality of an engine. If the valve tappets are not adjusted and tightened within precise parameters during manufacturing, it can cause premature wear and excessive engine noise during operation. Learn how Sciemetric helped an automotive manufacturer boost quality and repeatability with an efficient solution for the valve tappet set station.