Sales Launch of "Marveloc-Lab": Achieving Non-Contact, Non-Radiological Basis Weight Measurement [mg/cm²]

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ADS-TEC Co., Ltd. has launched "Marveloc-Lab," a laboratory-grade measurement device developed in collaboration with Belgium's Hammer-IMS. The device uses ultrasonic technology to provide safe, non-contact, and non-radiological basis weight measurement for materials like battery electrode sheets.

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ADS-TEC Co., Ltd. has launched "Marveloc-Lab," a laboratory-grade measurement device developed in collaboration with Belgium's Hammer-IMS. The device uses ultrasonic technology to provide safe, non-contact, and non-radiological basis weight measurement for materials like battery electrode sheets.

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Source: https://prtimes.jp/main/html/rd/p/000000027.000053163.html | Date: Date unavailable

ADS-TEC Co., Ltd. (Headquarters: Funabashi, Chiba; Representative Director: Yuki Kojima), in collaboration with Hammer-IMS (Belgium), has launched "Marveloc-Lab," a laboratory measurement device designed for basis weight measurement in material and quality evaluation, such as for battery electrode sheets. Non-Radiological Measurement Combining Safety and Simplicity: Measuring "Weight" Non-Contact via Ultrasound This product is a non-contact, non-destructive, and non-radiological measurement device that employs an ultrasonic transmission method (Time-of-Flight/intensity detection). Because it does not use radiation, it does not require special controlled areas or compliance with radiation-related legal regulations, allowing for safe and easy installation and operation. [Image Caption: Ultrasound is transmitted between sensors placed above and below the material, and the basis weight is calculated based on how it travels (changes in arrival time and intensity). Because it can measure without touching the material, evaluation is possible without damaging the sample.] Supports a Wide Range of Materials and Achieves High-Precision Measurement "Marveloc-Lab" supports a wide range of sheet materials, including conductive materials such as electrode sheets, and measures basis weight (mg/cm²) with high precision. It achieves a measurement accuracy of 0.1 mg/cm² (1σ), enabling the acquisition of stable evaluation data. Compact Desktop Design for Easy Integration into Lab Environments "Marveloc-Lab" is designed with a compact desktop size (approx. 434 x 413 x 292 mm), making it easy to install in any lab environment regardless of space constraints. It is suitable for daily evaluation tasks and can be operated in limited spaces. It supports various evaluations through manual sample feeding. [Image Caption: Can be carried in a Pelican case] [Image Caption: Controller box] Software and Data Integration Equipped with an intuitive GUI, the device is ready for immediate measurement

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