Klippel QC System
The Klippel QC System is a cost effective modular Quality Control solution for all kinds of audio devices. It has been deployed transducers (tweeter, woofer, micro-speaker), passive systems (headphones, speaker box) and active audio systems (smart phone, tablet, speaker systems) and is used widely to improve quality control of audio devices.
The Klippel QC System provides a simplified user interface to the R&D system for end-of-line manufacturing quality control. The system is capable of detecting defective units reliably even if the symptoms are not audible in a noisy production environment. All these while providing valuable diagnostic information for detecting the root cause of the problem and information for not only Quality Control but also future R&D development. The ultimate goal is increase the manufacturing yield rate and provide valuable feedback on production quality to reduce cost and increase product quality.
>To find out more on how Klippel QC system can enhance your Quality Control, contact TME Systems today.
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KLIPPEL QC – 100% Quality Control of Transducers, Parts and Audio System
The KLIPPEL QC Software satisfies the particular demands at the end of the assembly line and in routine tests used in pilot runs preparing for manufacturing. It is a modular system that realizes cost efficient solutions for testing all kinds of audio devices such as transducers (micro-speaker, woofer, tweeter), passive systems (speaker box, headphones) and active audio systems (speaker system, tablet, smart phone, car). Contrary to the R&D System, KLIPPEL QC hides the complicated physics and provides a simplified user interface with the necessary results required for manufacturing.
The QC Software is not only capable of detecting defective units reliably even if the symptoms are not audible in a noisy production environment, but it also focuses on the ultimate goal of increasing the yield rate in manufacturing. End-of-line testing provides valuable diagnostic information for detecting the root cause of the problem and allows you to fix the problem as soon as possible. While human testing at the end-of-line is replaced by automatic QC systems, the operator is required to perform a visual inspection of the defective unit at the diagnostic station. This provides valuable information for process control and feed-back to the R&D engineers developing future products.