The benefits of process variation monitoring for quality control are recognized in many industries – Automotive, Medical, Military, Aerospace, Electronic, Food and Beverage, etc.
Monitoring your process and knowing when and manufacturing conditions are changing is an effective way to improve your quality standards.
• Be warned when processes are changing or degrading which may lead to quality defects
• Eliminate unnecessary scrap
• Know when your machine needs maintenance
In-process monitoring technology integrated with new machines or retrofitted onto existing machines will ensure a high level of product quality, reduce unnecessary scrap and rework, improve production efficiencies, and facilitate product traceability.
To understand your manufacturing process you must first be equipped to capture and monitor the process. Below are some product options that will facil...
Metal joining without fasteners can be effectively monitored for quality during the clinching or toxng process. Process variation monitors are ideally...
Cold heading and high speed forming of fastener components can be effectively monitored during stamping processes. Each machine cycle is monitored for...
Crimping is a common manufacturing process to connect two or more materials together. Crimping is commonly deployed in automotive, medical, pharmace...
Drilling, tapping, and broaching are examples of cutting that require energy for each cutting cycle. The energy profile during a drilling cycle will g...
Process variation monitoring for mandrel bending involves sensing the pull or tension force on the mandrel rod during every bend cycle. If the pull ...
Assembly often involves pressing or inserting materials together with an expected resistance. Process variation from one cycle to the next is expected...
Riveting is a fastening process that can be monitored for assurance of a properly set rivet. Non-instrusive piezo strain sensors can be attached to ...
Stamping processes typically cycle at high production rates and can degrade quickly leading to quality issues, unnecessary scrap, and potential tool d...
OES in-process monitoring technologies will facilitate test and measurement and are an effective choice for engineers, scientists, research institutio...
Mitigate the risk of unnecessary scrap and eliminate defective parts from moving onto the next assembly stage. Monitoring the welding process for ...
Automated spot welding involving AC or DC electrical current requires a clamping force prior to, and during the weld cycle. The consistency of the cla...
Wire harness manufacturing requires 100% monitoring, inspecting, error proofing and traceability. OES products contribute to a high level of quality a...