Ultrasonic horn wear assessed through amplitude visualization! Laser Doppler vibrometer
Escape from uncertain lifespan management where you don't know when to replace! Quantify the amplitude of the horn tip non-contactly to achieve the prevention of welding defects.
■ Breaking away from "intuition and experience" in horn management Are you facing the following issues with ultrasonic processing machines and welding machines? - Variability in welding strength and processing accuracy despite unchanged conditions - Inability to visually assess the wear condition of the horn, making it difficult to determine the timing for replacement These troubles arise from the gap between the device's output settings and the "actual tip amplitude." Invisible amplitude reduction due to wear can trigger sudden losses of defective products. ■ Accurately visualizing "horn amplitude" with non-contact measurement The Laser Doppler Vibrometer 'LV-1800' provides completely non-contact measurement that does not affect the weight of the target object, accurately quantifying the amplitude of ultrasonic tools. By incorporating a positioning camera, it enables reliable and easy laser irradiation even in narrow devices or at the tips of small horns. The LV-1800 helps establish a clear quantitative maintenance rule of "replace when amplitude falls below the specified value" by measuring the actual amplitude. ★ Free materials available You can download a flyer with specific case studies and a product catalog from this page. *For detailed specifications, please download the PDF materials or feel free to contact us.*
basic information
【Other Features】 ■ Standard equipped with digital output (USB 2.0/LVDS), enabling direct data acquisition to PC and high-speed digital signal processing. ■ Analog output (speed/displacement) allows for direct connection to your FFT analyzer or analysis equipment. ■ Equipped with a built-in camera for position confirmation. Even for small measurement targets, you can securely set up while visually confirming the irradiation point on the monitor. ■ Supports auto-focus and remote operation. Smooth remote measurement from a distance, such as in clean rooms. ■ Uses Class 2 laser. High safety, allowing operation in a wide range of environments without the need for special laser management areas. 【Example Lineup】 We propose optimal peripheral devices according to your application. ・LV-1800: Standard model achieving 10 times higher sensitivity (compared to conventional models). ・LV-1811: Wideband model supporting high-frequency measurements up to 3MHz. ・LV-0112: Dedicated lens for targeting extremely small points in the micrometer range. * Flexible compatibility with FFT analyzers (such as CF/DS series). * For more details, please refer to the PDF document or feel free to contact us.
Price information
Please check the downloaded materials for details.
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Model number/Brand name
LV-1800
Applications/Examples of results
**Main Uses** Utilizing non-contact, high-sensitivity, and wide-band characteristics, it supports measurements that are difficult with contact methods. ■ Ultrasonic and Liquid Measurement - Measurement in ultrasonic cleaning tanks: Confirmation of the vibration surface of the cleaner and behavior in the liquid - Vibration analysis of the blade tip of ultrasonic welding machines and ultrasonic cutters ■ Thin Films and Microstructures - Vibration measurement of thin films: Thin materials such as speaker diaphragms, MEMS, and films - Dynamic characteristic evaluation of piezoelectric elements and ceramic vibrators - Head behavior of hard disks and vibration analysis of printed circuit boards ■ Automotive and Precision Equipment - Vibration measurement of onboard electronic devices, various sensors, and micro motors - High-speed operation analysis of injectors and response characteristics of micro actuators
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