The introduction of IoT in the manufacturing industry has become one of the important themes for many companies. In the first half of this webinar, we will discuss how Kistler can provide solutions for IoT and the importance of sensing in IoT. In the second half, we will explain Kistler's high-precision sensing technology, using the load measurement of the punching process for EV motor cores as an example. This webinar will be held four times on the following dates, but the content will be the same for each session, so please feel free to join on a date that suits you! May 25, 2022 (Wednesday) June 1, 2022 (Wednesday) June 8, 2022 (Wednesday) June 15, 2022 (Wednesday) Please check the details and register using the registration form. https://bit.ly/3FLIycd We look forward to many participants joining us.

In the semiconductor industry, particularly in the resin encapsulation process for power semiconductors aimed at NEVs (New Energy Vehicles), there is an increasing demand for the "visualization" of the internal conditions of molds to achieve zero defects in the manufacturing process. In this webinar, we will propose sensing technologies to improve molding defects using a quartz piezoelectric pressure sensor developed for low-viscosity resins like epoxy transfer molding and for low-pressure measurements. - Compatible with low-viscosity resins ⇒ Structure that does not cause measurement errors due to the intrusion of epoxy resin (diaphragm structure) - High-temperature compatibility ⇒ Mold temperatures up to 200°C - Linearity (measurement error) ⇒ Less than 1% relative to the measurement range - Resolution ⇒ 1/1,000 MPa This webinar will be held three times on the following dates, but the content will be the same for all sessions, so please feel free to join on a date that suits you! April 27, 2022 (Wednesday) May 11, 2022 (Wednesday) May 18, 2022 (Wednesday) Please check the details and register using the registration form. https://info.kistler.com/ja-webinar-semicon We look forward to many participants joining us.

In the semiconductor industry, especially in the resin encapsulation process for power semiconductors aimed at NEVs (new energy vehicles), there is an increasing demand for the "visualization" of the internal conditions of molds to achieve zero defects in the manufacturing process. In this webinar, we will propose sensing technologies to improve molding defects using a quartz piezoelectric pressure sensor developed for low-viscosity resins, such as epoxy transfer molding, and for low-pressure measurements. - Compatible with low-viscosity resins ⇒ Structure that does not produce measurement errors due to resin intrusion (diaphragm structure) - High-temperature compatibility ⇒ Mold temperatures up to 200°C - Linearity (measurement error) ⇒ Less than 1% for the measurement range - Resolution ⇒ 1/1,000 MPa May 18, 2022 (Wednesday) Please check the details and register using the registration form. https://info.kistler.com/ja-webinar-semicon We look forward to the participation of many people.

In the semiconductor industry, particularly in the resin encapsulation process for power semiconductors aimed at NEVs (new energy vehicles), there is a growing demand for the "visualization" of the internal conditions of molds to achieve zero defects in the manufacturing process. In this webinar, we will propose sensing technologies to improve molding defects using a quartz piezoelectric pressure sensor developed for low-viscosity resins, such as epoxy transfer molding, and for low-pressure measurements. - Low-viscosity resin compatibility ⇒ Structure that does not produce measurement errors due to epoxy resin intrusion (diaphragm structure) - High-temperature compatibility ⇒ Mold temperatures up to 200°C - Linearity (measurement error) ⇒ Less than 1% against the measurement range - Resolution ⇒ 1/1,000 MPa This webinar will be held twice on the following dates, but the content will be the same for both sessions, so please feel free to join on the date that is most convenient for you! May 11, 2022 (Wednesday) May 18, 2022 (Wednesday) Please check the details and register via the registration form. https://info.kistler.com/ja-webinar-semicon We look forward to many participants joining us.

In the semiconductor industry, particularly in the resin encapsulation process for power semiconductors aimed at NEVs (new energy vehicles), there is an increasing demand for the "visualization" of the internal conditions of molds to achieve zero defects in the manufacturing process. In this webinar, we will propose sensing technologies to improve molding defects using a quartz piezoelectric pressure sensor developed for low viscosity resins, such as epoxy transfer molding, and for low-pressure measurements. - Low viscosity resin compatibility ⇒ Structure that does not cause measurement errors due to epoxy resin intrusion (diaphragm structure) - High temperature compatibility ⇒ Mold temperatures up to 200°C - Linearity (measurement error) ⇒ Less than 1% relative to the measurement range - Resolution ⇒ 1/1,000 MPa This webinar will be held four times on the following dates, but the content will be the same for all sessions, so please join us on a date that suits you! April 20, 2022 (Wednesday) April 27, 2022 (Wednesday) May 11, 2022 (Wednesday) May 18, 2022 (Wednesday) Please check the details and register using the registration form. https://info.kistler.com/ja-webinar-semicon We look forward to many participants joining us.

Kistler Japan will be exhibiting at CEATEC 2021, held online from October 19 (Tuesday) to 22 (Friday), under the theme "Connected Society, Co-Creating the Future - Walking Together with the New Normal Society." The product we plan to showcase is the CTS Human Dummy from our automotive-related products. Our related page is as follows: https://www.kistler.com/en/solutions/research-and-development-testing/automotive-testing/vehicle-safety/ For more details, please visit the official CEATEC website! https://www.ceatec.com/en/ Please register for entry here! https://online.ceatec.com/pre-event/ We sincerely look forward to your registration and attendance!

The high-advantage quartz piezoelectric type internal pressure sensor is optimal for the conditions of the CFRP molding process. We propose sensing technology focused on improving major molding defects using quartz piezoelectric sensors effective for low-pressure measurements, such as RTM and SMC molding. [Content] - Application examples of internal pressure measurement and defect detection, etc. - Introduction of sensors used in press load, ultrasonic welding, and machining, as well as cases other than internal pressure measurement. This webinar will be held twice, but both dates will cover the same content. Please check the details by clicking the "Details & Registration" button below and register through the registration form. https://info.kistler.com/ja-webinar-crfp 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://youtu.be/oNTL-ptwrnc We look forward to the participation of many people.

The high-advantage quartz piezoelectric type internal pressure sensor is optimal for the CFRP molding process conditions. We propose sensing technology focused on improving major molding defects using quartz piezoelectric sensors effective for low-pressure measurements such as RTM and SMC molding. [Content] - Application examples of internal pressure measurement and defect detection, etc. - Introduction of sensors used for press load, ultrasonic welding, and machining, as well as other cases outside of internal pressure measurement. This webinar will be held twice, but both dates will cover the same content. Please check the details through the "Details & Registration" button below and register via the registration form. https://info.kistler.com/ja-webinar-crfp 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://youtu.be/oNTL-ptwrnc We look forward to the participation of many people.

In industrial settings where the introduction of IoT and AI technologies is becoming a trend, the detection and data collection of various phenomena through advanced sensing technology greatly influence success. In this webinar, we will present solutions related to the visualization of error modes using Kistler's measurement technology and the challenges hidden in production lines, using the EV motor manufacturing process as an example, in two parts. Part 1: Monitoring the motor core punching process Part 2: Application of servo presses in the motor assembly process This webinar will be held twice, but both dates will cover the same content. Please check the details by clicking the "Details & Registration" button below and register through the registration form. https://info.kistler.com/jp-jsb-am-webinar Additionally, as a preview of this webinar, we have released a video on YOUTUBE, which we hope you will also refer to. https://youtu.be/NLKbfUcISOA We look forward to the participation of many attendees.

In industrial settings where the introduction of IoT and AI technologies is becoming a trend, the ability to detect and digitize various phenomena through advanced sensing technology is crucial for success. In this webinar, we will introduce solutions related to error mode visualization using Kistler's measurement technology and issues hidden in production lines, using the EV motor manufacturing process as an example, in two parts. Part 1: Monitoring the motor core punching process Part 2: Application of servo presses in the motor assembly process This webinar will be held twice, but both dates will cover the same content. Please check the details and register via the registration form by clicking the "Details & Registration" button below. https://info.kistler.com/jp-jsb-am-webinar Additionally, as a preview of this webinar, we have released a video on YOUTUBE, which we hope you will also refer to. https://youtu.be/NLKbfUcISOA We look forward to many participants joining us.

In recent years, there has been an increasing demand for quality control in spot welding among automobile manufacturers. Therefore, in this webinar, we will introduce Kistler's welding pressure measurement solutions. - Installation of high-sensitivity strain sensors - Management of spot welding conditions through pressure measurement - Functions of the judgment recording device maXYmos This webinar will be held twice, but both dates will cover the same content. Please check the details by clicking the "Details & Registration" button below and register through the registration form. https://info.kistler.com/ja-webinar-spotwelding-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://youtu.be/frnIuuHZYTg We look forward to many participants joining us.

In recent years, there has been an increasing demand for quality control in spot welding among automobile manufacturers. Therefore, in this webinar, we will introduce Kistler's welding pressure measurement solutions. - Installation of high-sensitivity strain sensors - Management of spot welding conditions through pressure measurement - Functions of the judgment recording device maXYmos This webinar will be held twice, but both dates will cover the same content. Please check the details by clicking the "Details & Registration" button below and register through the registration form. https://info.kistler.com/ja-webinar-spotwelding-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://youtu.be/frnIuuHZYTg We look forward to the participation of many people.

The "2021 Automotive Technology Exhibition" online exhibition will be held from May 26 to July 30! Kistler Japan will also be exhibiting, so please register as a visitor and be sure to visit our page as well!! https://aee.online.jsae.or.jp/ja/exhibition/detail.html?id=280

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 use CG videos to quantify the internal state of molds, which can be considered a black box, using the semiconductor encapsulation process as an example. We will provide detailed insights into improving major molding defects and enhancing production processes. Kistler's piezoelectric pressure sensors are highly advantageous and optimal for the conditions of semiconductor encapsulation. We will also propose sensing technologies to improve major molding defects using piezoelectric sensors effective for low-pressure measurements, such as epoxy transfer molding. Please check the details through the link below and register using the registration form. https://info.kistler.com/ja-webinar-sealed-molding Additionally, it may be helpful to review the technical explanation page below in advance for better understanding. https://info.kistler.com/sealed-molding-ja The webinar will be held twice, but both dates will cover the same content. Please choose a date that is convenient for you. We look forward to the participation of many attendees.

In this webinar, we will use CG videos to quantify the internal state of molds, often referred to as a black box, using the semiconductor encapsulation process as an example. We will provide detailed insights into the know-how for improving major molding defects and enhancing production processes. Kistler's piezoelectric pressure sensors are highly advantageous and optimal for the conditions of semiconductor encapsulation. We will also propose sensing technologies to improve major molding defects using piezoelectric sensors effective for low-pressure measurements, such as in epoxy transfer molding. Please check the details through the link below and register using the registration form. https://info.kistler.com/ja-webinar-sealed-molding Additionally, it may be helpful to view the technical explanation page below in advance for better understanding. https://info.kistler.com/sealed-molding-ja The webinar will be held twice, but both dates will cover the same content. Please choose a date that is convenient for you. We look forward to the participation of many attendees.

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.

Japan Kistler Co., Ltd., which has high-sensitivity sensor technology, will hold the "Cutting Processing Technology Seminar 2019" again this year. We are pleased to welcome Professor Yasuhiro Kakinuma from the Department of System Design Engineering at Keio University as a seminar speaker, who will give a lecture on the theme of "Sensorless Process Monitoring and Machining Control." Additionally, Mr. Yasushi Okuyama from CGTech Co., Ltd. will present on the theme of "Optimization of NC Data (Feed Rate) Considering Cutting Force." Continuing from last year, we will introduce solutions to technical challenges in cutting processing technology from both academic and industrial perspectives. After the lectures, we plan to hold a technical exchange meeting with the speakers on the same floor (Room 1204). It will be a standing buffet with free entry and exit, so please join us as much as your schedule allows. If you wish to participate in this seminar, please download the application form, fill in the necessary information, and send it via email. Due to venue constraints, we will close applications once the number of participants reaches the capacity (80 people), so please apply early. Related words: Cutting, dynamometer, processing, sensor, analysis.