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The second webinar "The Key to Successful Visualization of Manufacturing Processes" hosted by Kistler Japan is finally approaching next Wednesday. Is that "visualization" just "visible" without any further meaning? In this webinar, we will introduce the key points for successfully utilizing in-process load measurement data, using the pressing process as an example, to connect the visualization of manufacturing processes to effects such as quality improvement and defect reduction. Please check the details through the link below and register via the registration form. https://info.kistler.com/ja-webinar-maxymos-pc-plus Additionally, as a preview of this webinar, we have released a video on YOUTUBE, which we hope you will also refer to. "Visualization of In-Process Measurement - A Case Study of the Pressing Process" https://www.youtube.com/watch?v=RTsC86GKrCU We look forward to many participants joining us.

Is that "visualization" just "being visible"? We will be hosting a webinar titled "The Key to Successful Visualization of Manufacturing Processes - Pursuing Zero Defect Production through the Utilization of In-Process Measurement Data." Date and Time: April 21 (Wed) 10:30 - 11:30 April 28 (Wed) 10:30 - 11:30 To advance "visualization" quickly and achieve the expected effects, it is crucial to determine why, what data to collect, and how to collect it, as well as how to find improvement clues from the collected data. In this webinar, we will introduce the key points for successfully utilizing in-process load measurement data, using the pressing process as an example, to connect the visualization of manufacturing processes to effects such as quality improvement and defect reduction. This webinar will be held twice, but both dates will cover the same content. Please check the details via the link below and register through the registration form. https://info.kistler.com/ja-webinar-maxymos-pc-plus We look forward to many participants joining us.

Is that "visualization" just "being visible"? To advance "visualization" quickly and achieve the expected effects, it is crucial to identify the purpose, the data to be collected, and how to collect it, as well as how to find clues for improvement from the collected data. In this webinar, we will introduce the key points for successfully utilizing in-process load measurement data in the pressing process to connect the visualization of manufacturing processes to effects such as quality improvement and defect reduction. This webinar will be held twice, but both sessions will cover the same content. Please check the details by clicking the "Register" button below and register through the registration form. https://info.kistler.com/ja-webinar-maxymos-pc-plus Additionally, as a preview of this webinar, we have released a video on YOUTUBE, which we hope you will also refer to. https://www.youtube.com/watch?v=RTsC86GKrCU We look forward to many participants joining us.

Is that "visualization" just "being visible"? To advance "visualization" quickly and achieve the expected effects, the key points are to determine why, what data to collect, and how to collect it, as well as how to find clues for improvement from the collected data. In this webinar, we will introduce the successful points of utilizing in-process load measurement data in the pressing process to connect the visualization of manufacturing processes to effects such as quality improvement and defect reduction. This webinar will be held twice, but both sessions will cover the same content. Please check the details by clicking the "Register" button below and register through the registration form. https://info.kistler.com/ja-webinar-maxymos-pc-plus Additionally, as a preview of this webinar, we have released a video on YOUTUBE, so we would appreciate it if you could refer to that as well. https://www.youtube.com/watch?v=RTsC86GKrCU We look forward to many participants joining us.

In this webinar, we will focus on the medical device manufacturing sector, which requires stable quality control and compliance with various regulations. We will provide a detailed introduction to force measurement during the manufacturing process, which is highly effective for quality management and improvement, as well as its implementation. We will also present case studies, the significance of force measurement, and an overview of the new product monitoring system maXYmos TL ML, specifically designed to address challenges unique to medical device manufacturing, accompanied by videos. Please check the details through the link below and register using the registration form. https://info.kistler.com/webinar-201112-ja Additionally, for reference, we recommend reviewing the explanation page on "Kistler's process monitoring system maXYmos TL ML, which meets the stringent quality assurance requirements demanded in the manufacturing processes of pharmaceuticals and medical devices and accelerates validation," as it may provide clearer insights. https://info.kistler.com/medical-ja We look forward to the participation of many attendees.

KEL Corporation has started the release of the 0.5mm pitch floating connector "DY03/04 series," which is compatible with high heat resistance. <Features> - Operating temperature supports up to +105°C. - Floating amount secured at ±0.5mm in the XY direction. - High reliability design with an effective mating length of 1.25mm. - Option to choose whether or not to include positioning bosses. - Available in six types with pin counts ranging from 50 to 140 pins. - Stack heights supported are 5mm, 11mm, 12mm, 13mm, and 14mm. * The 11mm to 14mm stack height types are compatible with DY1□-□□□FS□-□-□□ for +105°C. * For details, please consult our sales representative.

Kell Co., Ltd. (Headquarters: Tama City, Tokyo; President: Etsuro Doi) has developed the "DUS Series," a 0.4mm pitch floating connector designed for a low profile with a stack height of 3mm. <Main Features> - Low-profile design with a stack height of 3mm - Capable of high-speed serial transmission at 16Gbps (-3dB, 8GHz) - Operating temperature supports up to +125℃ - Planned to offer pin counts ranging from 30 to 140 pins; shape samples available for 40-pin and 140-pin versions - Achieves ±0.4mm movement in the XY direction for floating amount - The receptacle bottom is surrounded by an insulator, allowing for pattern wiring beneath the connector <Target Markets> - Automotive equipment market (car navigation systems, in-vehicle cameras, ADAS-related) - Imaging equipment market (DSLR cameras, cameras for broadcasting stations) - Industrial equipment market (semiconductor testing equipment) - 5G/IOT peripheral devices *For sample requests, please contact us via the link below.

We have added a high heat-resistant type that supports a stack height of 5mm and +105°C to the 0.4mm pitch floating connector "DU series." <Features> - Floating amount secured at ±0.4mm in the XY direction. - Newly prepared high heat-resistant type that supports up to +105°C. - Connection method supports both vertical and stacked connections. - Stack heights of 5mm and 7mm are supported. - High reliability design with an effective mating length of 1.2mm. *The high heat-resistant type has 1.1mm. - Compared to the DY series, it reduces the board area. - High contact reliability is achieved by protecting the contacts and insulator with a box shape. - The receptacle bottom is surrounded by the insulator, allowing for pattern wiring beneath the connector.