At this exhibition, we will have a booth showcasing our products, including tube pressure sensors, as well as introducing piezoelectric measurement technologies and solutions for maritime applications. Our specialized staff will be available to listen to your concerns and requests, providing useful information to help solve your challenges. When you visit the venue, please feel free to stop by our booth. Dates: April 22 (Wed) - 24 (Fri) 10:00-17:00 Venue: Tokyo Big Sight, West Hall Kislar Booth: No. 4B-21 We look forward to meeting you at the venue.

At our exhibition booth, we will showcase products including tube pressure sensors, as well as piezoelectric measurement technologies and solutions for maritime applications. Our expert staff will be available to listen to your everyday challenges and requests, providing useful information to help solve your issues. When you visit the venue, please feel free to stop by our booth. We look forward to seeing you all at the event.

We have combined the charge amplifier and insulation tester into a single portable unit with a built-in battery, making it easy to carry on-site, and added new features to release the Portable Charge Amplifier + Insulation Tester 5811A00. <Features of the New Product> The charge amplifier (for displaying, evaluating, and saving measurement values) and insulation tester (for checking the insulation of sensors and cables) are now integrated into one portable unit with a built-in battery. Additionally, by adding graph and recording functions to the charge amplifier, the display of measurement waveforms and data recording can be completed within the device. We will also be hosting a webinar to introduce this product. For more details, please refer to the webinar announcement in the related links.

[KISTLER Technical Data] "Pressure Feedback Control" has been released. IGBTs (power cards) and batteries play important roles among automotive components. The control that is currently attracting attention in these manufacturing processes is "Pressure Feedback Control." This document introduces what Pressure Feedback Control is and how this control contributes to the manufacturing processes of IGBTs and batteries.

Registration for the webinar scheduled for November has begun! The content will primarily feature case studies on <semiconductor transfer molding> and <CFRP transfer molding> applications. Additionally, in response to the growing demand for electrification and lightweighting in the automotive industry, we will live-stream the know-how for optimizing the molding process, which has become a black box, using CG videos. Finally, we will briefly introduce highlights of IPF2023, where we will also be exhibiting this year. 【Date and Time】 Session 1: November 16, 2023 (Thursday) 10:30 AM - 11:30 AM Session 2: November 22, 2023 (Wednesday) 10:30 AM - 11:30 AM Both sessions will cover the same content, so please click the link for the date that works best for you below to register. In the webinar, we will provide detailed explanations using videos. If you would like, please feel free to view them in advance using the link below.

To connect the "visualization" of the manufacturing process to the expected improvement effects, it is not enough to simply accumulate traceability data or just hand over the collected data to AI. The key points are why, what data, and how to collect it, how to find clues for improvement from that data, and how to effectively utilize that data. In this webinar, we will focus on how to link "visualization of the manufacturing process" to quality improvement and defect reduction, particularly in the pressing process. We will introduce examples of sensing methods, errors that appear in waveforms, data management, and judgment methods, along with case studies and key points. I believe you will gain insights into quality improvement and cost reduction, so please take this opportunity to participate. [Title] Keys to Successful Visualization of the Pressing Process First Session: October 19 (Thursday) 15:30-17:00 Second Session: October 25 (Wednesday) 10:00-11:30 * Both sessions will cover the same content. Please check the details via the link below and join at a convenient time. https://www.kistler.idxp.jp/?p=6572

We are pleased to announce that we will be exhibiting at Mechatrotech Japan - MECT 2023, which will be held from October 18 to 21, 2023, at Port Messe Nagoya. We plan to showcase products such as rotary cutting power meters. This is a great opportunity to see our products up close, so please be sure to visit our booth! 【Exhibition Overview】 Date: October 18 (Wednesday) to 21 (Saturday), 2023 Time: 10:00 AM to 5:00 PM (until 4:00 PM on the last day) Venue: Port Messe Nagoya Booth Number: 3D85 Official Website: https://mect-japan.com/2023/ We look forward to seeing you at the venue and sincerely await your visit.

We would like to inform you that we will be exhibiting at CEATEC 2023, which will be held at Makuhari Messe from October 17 to 20, 2023. The products we will showcase are primarily from the Vehicle Safety field, including a real CTS dummy. We also plan to provide an easy-to-understand skeleton with sensor installations, so please take this opportunity to visit our booth and see these rarely seen dummies and skeletons! 【Exhibition Overview】 Date: October 17 (Tuesday) to 20 (Friday), 2023, 10:00 AM to 5:00 PM Venue: Makuhari Messe Booth Number: A147 (near the south entrance of HALL 6) Official Website: https://www.ceatec.com/ja/ We look forward to seeing you at the venue and sincerely await your visit. Sales Representative: Onizuka

We will hold the annual Kistler "Cutting Technology Seminar 2023" in a hybrid format, both in-person and online. We are pleased to welcome Professor Hiroyuki Sasahara from Tokyo University of Agriculture and Technology and Mr. Haruki Kino from MOLDINO Co., Ltd. as our seminar speakers. Additionally, we will exhibit products from MOLDINO Co., Ltd. and our company at the venue. We invite you to visit and see the actual products. For more details, please refer to the following link: https://onl.tw/wskCkvE Date and Time: July 20, 2023 (Thursday) 14:00 - 17:00 (Doors open at 13:00, with product demonstrations) Venue: Safira, 4th Floor, Shin-Yokohama Grace Hotel (Capacity: 40 people) and Online (Webex) Participation Fee: Free (Please register in advance) Details: https://onl.tw/wskCkvE Registration URL: https://forms.gle/G2R1GbesBJfNW3Am7 Registration Deadline: For in-person participation, please register by July 14 (Friday); online participation will be accepted until the day of the event. We encourage you to register through the related links below and participate.

To connect the "visualization" of the manufacturing process to the expected improvement effects, it is not enough to simply accumulate traceability data or just pass the collected data to AI. The key points are why, what data, and how to collect it, how to find clues for improvement from that data, and how to effectively utilize that data. Therefore, we will hold a webinar themed on how to link "visualization of the manufacturing process" to improvements such as quality enhancement and defect reduction. 【Date and Time】 Session 1: Completed! Session 2: July 19, 2023 (Wednesday) 10:05 AM - 10:45 AM Session 3: July 27, 2023 (Thursday) 10:05 AM - 10:45 AM Session 4: August 2, 2023 (Wednesday) 10:05 AM - 10:45 AM *The remaining three sessions will cover the same content. 【Content】 First half: Specific examples from the cold forging press process, including sensor installation, waveform changes during abnormal occurrences, and detection methods. Second half: Learning from the first half's examples, the "key to success" in utilizing load data for manufacturing process monitoring. Please select a convenient date from the related links below and register.

To connect the "visualization" of the manufacturing process to the expected improvement effects, it is not enough to simply accumulate traceability data or just pass the collected data to AI. The key points are why, what data, and how to collect it, how to find clues for improvement from that data, and how to effectively utilize that data. Therefore, we will hold a webinar themed on how to link "visualization of the manufacturing process" to improvements such as quality enhancement and defect reduction. 【Date and Time】 Session 1: July 13, 2023 (Thursday) 10:05 - 10:45 Session 2: July 19, 2023 (Wednesday) 10:05 - 10:45 Session 3: July 27, 2023 (Thursday) 10:05 - 10:45 Session 4: August 2, 2023 (Wednesday) 10:05 - 10:45 *All four sessions will cover the same content. 【Content】 First half: Specific examples from the cold forging press process, including sensor installation, changes in waveforms during abnormal occurrences, and detection methods. Second half: Learning from the first half's examples, the "key to success" in utilizing load data for manufacturing process monitoring. Please select a convenient date from the related links below and register.

To connect the "visualization" of the manufacturing process to the expected improvement effects, it is not enough to simply accumulate traceability data or just hand over the collected data to AI. The key points are why, what data, and how to collect it, how to find clues for improvement from that data, and how to effectively utilize that data. Therefore, we will hold a webinar themed on how to link "visualization of the manufacturing process" to improvements such as quality enhancement and defect reduction. [Date and Time] Session 1: July 13, 2023 (Thursday) 10:05 AM - 10:45 AM Session 2: July 19, 2023 (Wednesday) 10:05 AM - 10:45 AM Session 3: July 27, 2023 (Thursday) 10:05 AM - 10:45 AM Session 4: August 2, 2023 (Wednesday) 10:05 AM - 10:45 AM *All four sessions will cover the same content. [Content] First half: Specific examples from the cold forging press process, including sensor installation, changes in waveforms during abnormal occurrences, and detection methods. Second half: Learning from the first half's examples, the "key to success" in utilizing load data for manufacturing process monitoring. Please select a convenient date from the related links below and register.

Do you think it is possible to measure load during the high-speed impact punching process? In this webinar, we will explain the visualization of load measurement in the punching process, which has been a black box until now, along with case studies. 【Date and Time】 June 22, 2023 (Thursday) 10:05 AM - 10:35 AM 【Content】 Using the motor core punching process as an example, we will explain where and what to install, and what can be understood from it, along with case studies. Please select a convenient date from the related links below and register.

Do you think it is possible to measure load during the high-speed impact punching process? In this webinar, we will explain the visualization of load measurement in the punching process, which has been a black box until now, along with case studies. 【Date and Time】 Session 1: June 14, 2023 (Wednesday) 10:05 AM - 10:35 AM Session 2: June 22, 2023 (Thursday) 10:05 AM - 10:35 AM *Both sessions cover the same content. 【Content】 Using the motor core punching process as an example, we will explain where and what to install, and what can be understood from it, along with case studies. Please select a convenient date from the related links below and register.

Do you think it is possible to measure load during the high-speed impact punching process? In this webinar, we will explain the visualization of load measurement in the punching process, which has been a black box until now, along with case studies. 【Date and Time】 Session 1: June 14, 2023 (Wednesday) 10:05 AM - 10:35 AM Session 2: June 22, 2023 (Thursday) 10:05 AM - 10:35 AM *Both sessions cover the same content. 【Content】 Using the motor core punching process as an example, we will explain where and what to install, and what can be understood from it, along with case studies. Please select a convenient date from the related links below and register.

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 "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 low-pressure measurements. We will provide valuable information for customers considering in-mold pressure monitoring as well as those who are already utilizing it. We invite you to participate! Date and Time: May 31, 2023 (Wednesday) from 10:35 to 11:25 You can register using the form below.

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 in-mold pressure sensor developed for low-viscosity resins, such as epoxy transfer molding, and low-pressure measurements. We will provide valuable information for customers considering in-mold pressure monitoring as well as those who are already utilizing it. We invite you to participate! Session 1: May 24, 2023 (Wednesday) 10:35–11:25 Session 2: May 31, 2023 (Wednesday) 10:35–11:25 *Both sessions will cover the same content. You can register for the May 24 session using the form below.

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 low-pressure measurements. We will provide valuable information for customers considering in-mold pressure monitoring, as well as those who are already utilizing it. We hope you will join us! Session 1: May 24, 2023 (Wednesday) 10:35 AM - 11:25 AM Session 2: May 31, 2023 (Wednesday) 10:35 AM - 11:25 AM *Both sessions cover the same content. Please select a convenient date from the related links below and register.

Dear Customers, Thank you very much for your continued support. We are pleased to announce that we have renewed our official website. The website address has not changed, but it is currently only available in English, with the Japanese version expected to be available around April. We sincerely apologize for any inconvenience this may cause until the Japanese version is completed. If you have any requests for materials, inquiries for estimates, or other questions, please send an email to the address below or contact us by phone, and we will respond promptly. Alternatively, although it is in English, you can click on "Contact" at the top of the website as before, and the inquiry form (in English) will be displayed. Please enter your inquiries in Japanese and contact us (the Japanese corporation). We apologize again for the inconvenience and appreciate your understanding. Kistler Japan LLC Email Address: sales.jp@kistler.com Phone Number: 045-471-8620 https://www.kistler.com

In order to realize a decarbonized society, the share of battery electric vehicles (BEVs) as next-generation automobiles is rapidly expanding. However, in the manufacturing of the core component, the battery, there is intense competition to achieve both safety quality and performance as an onboard component while also reducing costs. This time, we will hold a webinar focusing on the battery manufacturing process, summarizing and introducing case studies. Kistler's piezoelectric crystal sensors are utilized for visualizing various products and processes, and we will present cases where we can say, "It was solved thanks to Kistler's piezoelectric crystal sensors" in response to challenges in the battery manufacturing process. March 22, 2023 (Wednesday) from 10:05 to 10:50 You can register using the form below. https://kistler.webex.com/webappng/sites/kistler/webinar/webinarSeries/register/4a81d6ac82984babac0c9b29082ed350?

In order to realize a decarbonized society, the share of battery electric vehicles (BEVs) as next-generation automobiles is rapidly expanding. However, in the manufacturing of the core component, the battery, there is intense competition that requires achieving both safety quality and performance as in-vehicle components, along with cost reduction. This time, we will hold a webinar focusing on the battery manufacturing process, summarizing and introducing case studies. Kistler's quartz piezoelectric sensors are utilized for visualizing various products and processes, and we will present cases where "only Kistler's quartz piezoelectric sensors could solve the issues" encountered in the battery manufacturing process. March 16 (Thursday) and March 22 (Wednesday), 2023 *Both sessions will be from 10:05 to 10:50, and the content will be the same. Please choose the date that works best for you. You can register using the form below. https://kistler.webex.com/webappng/sites/kistler/webinar/webinarSeries/register/4a81d6ac82984babac0c9b29082ed350?

In order to realize a decarbonized society, the share of battery electric vehicles (BEVs) as next-generation automobiles is rapidly expanding. However, in the manufacturing of the core component, the battery, there is intense competition to achieve both safety quality and performance as automotive parts, as well as cost reduction. This time, we will hold a webinar focusing on the battery manufacturing process, summarizing and introducing case studies. Kistler's quartz piezoelectric sensors are utilized for dynamic measurement technology to visualize various products and processes, and we will present examples where "only Kistler's quartz piezoelectric sensors could solve the issues" encountered in the battery manufacturing process. Dates: March 8 (Wednesday), March 16 (Thursday), March 22 (Wednesday) *All three sessions will be from 10:05 to 10:50, and the content will be the same. Please choose a date that works for you. You can register using the form below. https://kistler.webex.com/webappng/sites/kistler/webinar/webinarSeries/register/4a81d6ac82984babac0c9b29082ed350?

In order to realize a decarbonized society, the share of battery electric vehicles (BEVs) as next-generation automobiles is rapidly expanding. However, in the manufacturing of the core component, the battery, there is intense competition to achieve both safety quality and performance as automotive parts, as well as cost reduction. This time, we will hold a webinar focusing on the battery manufacturing process, summarizing and introducing case studies. Kistler's quartz piezoelectric sensors are utilized for visualizing various products and processes, and we will present cases where we can say, "It was solved precisely because of Kistler's quartz piezoelectric sensors" in response to challenges in the battery manufacturing process. March 2 (Thursday), 8 (Wednesday), 16 (Thursday), 22 (Wednesday), 2023 *All four sessions will be from 10:05 to 10:50, and the content will be the same. Please choose a date that works for you. You can register using the form below. https://kistler.webex.com/webappng/sites/kistler/webinar/webinarSeries/register/4a81d6ac82984babac0c9b29082ed350?

In order to realize a decarbonized society, the share of battery electric vehicles (BEVs) as next-generation automobiles is rapidly expanding. However, in the manufacturing of the core component, the battery, there is intense competition to achieve both safety quality and performance as in-vehicle components, as well as cost reduction. This time, we will hold a webinar focusing on the battery manufacturing process, summarizing and introducing case studies. Kistler's quartz piezoelectric sensors are utilized for dynamic measurement technology to visualize various products and processes, and we will present cases where "only Kistler's quartz piezoelectric sensors could solve the issues" faced in the battery manufacturing process. Dates: March 2 (Thursday), March 8 (Wednesday), March 16 (Thursday), March 22 (Wednesday) *All four sessions will be from 10:05 to 10:50, and the content will be the same. Please choose a date that works for you. You can register using the form below. https://kistler.webex.com/webappng/sites/kistler/webinar/webinarSeries/register/4a81d6ac82984babac0c9b29082ed350?

With the expansion of the BEV market, the market for power devices and power control units for motor drive and battery control is also beginning to grow significantly. However, there are many technical challenges for mass production, and improving efficiency in the production process is a key issue. Our piezoelectric crystal sensors can dynamically measure changes in load applied to products during the process, making it one of the most product-centric sensing technologies, which can be described as the "ultimate visualization." It is also utilized for monitoring various processes in semiconductor manufacturing. In this seminar, we will introduce case studies and solutions focusing on process improvement in the downstream processes of the power semiconductor market, which is particularly a growth market. February 15, 2023 (Wednesday) 10:05 AM - 10:50 AM You can register using the form below. https://kistler.webex.com/webappng/sites/kistler/webinar/webinarSeries/register/876726c98106437fa59938370cc327d9

With the expansion of the BEV market, the market for power devices and power control units for motor drive and battery control is also beginning to grow significantly. However, there are many technical challenges for mass production, and improving efficiency in the mass production process is a key issue. Our piezoelectric quartz sensors can dynamically measure the changes in load applied to products during the process, making them one of the most product-centric sensing technologies, which can be described as "ultimate visualization." They are also utilized for monitoring various processes in semiconductor manufacturing. In this seminar, we will introduce case studies and solutions focusing on process improvements in the post-process of power semiconductors, which is a particularly growing market. February 9, 2023 (Thursday) and February 15, 2023 (Wednesday) *Both sessions will be from 10:05 to 10:50, and the content will be the same. Please choose the date that is convenient for you. You can register using the form below. https://kistler.webex.com/webappng/sites/kistler/webinar/webinarSeries/register/876726c98106437fa59938370cc327d9

With the expansion of the BEV market, the market for power devices and power control units for motor drive and battery control is also beginning to grow significantly. However, there are many technical challenges for mass production, and improving efficiency in the mass production process is a key issue. Our quartz piezoelectric sensors are a technology that can dynamically measure changes in load applied to products during the process, representing the most direct form of "ultimate visualization" among various sensing technologies, and are utilized for monitoring various processes in semiconductor manufacturing. In this seminar, we will introduce case studies and solutions focused on process improvement in the later stages of power semiconductors, which is a particularly growing market. February 1 (Wednesday), February 9 (Thursday), February 15 (Wednesday), 2023 *All three sessions will be from 10:05 to 10:50, and the content will be the same. Please choose a date that works for you. You can register using the form below. https://kistler.webex.com/webappng/sites/kistler/webinar/webinarSeries/register/876726c98106437fa59938370cc327d9

With the expansion of the BEV market, the market for power devices and power control units for motor drive and battery control is also beginning to grow significantly. However, there are many technical challenges for mass production, and improving efficiency in the production process is a key issue. Our piezoelectric crystal sensors can dynamically measure changes in load applied to products during the process, making them one of the most product-centric sensing technologies, which can be described as the "ultimate visualization" technology. They are also utilized for monitoring various processes in semiconductor manufacturing. In this seminar, we will introduce case studies and solutions focusing on process improvement in the downstream processes of power semiconductors, which is a particularly growing market. January 26, 2023 (Thursday), February 1 (Wednesday), February 9 (Thursday), February 15 (Wednesday) *All four sessions will be from 10:05 to 10:50, and the content will be the same. Please choose a date that works for you. You can register using the form below. https://kistler.webex.com/webappng/sites/kistler/webinar/webinarSeries/register/876726c98106437fa59938370cc327d9

With the expansion of the BEV market, the market for power devices and power control units for motor drive and battery control is also beginning to grow significantly. However, there are many technical challenges for mass production, and improving efficiency in the production process is a key issue. Our quartz piezoelectric sensors can dynamically measure changes in load applied to products during the process, making them one of the most product-centric technologies among various sensing techniques, which can be described as the "ultimate visualization." They are also utilized for monitoring various processes in semiconductor manufacturing. In this seminar, we will introduce case studies and solutions focusing on process improvement in the downstream processes of power semiconductors, which are particularly in a growth market. January 26 (Thursday), February 1 (Wednesday), February 9 (Thursday), February 15 (Wednesday) *All four sessions will be from 10:05 to 10:50, and the content will be the same. Please choose a date that works for you. You can register using the form below. https://kistler.webex.com/webappng/sites/kistler/webinar/webinarSeries/register/876726c98106437fa59938370cc327d9

Dear Valued Customers, Thank you very much for your continued support. We are pleased to announce that we have renewed our official website. The website address has not changed, but it is currently only available in English, with the Japanese version expected to be available around February next year. We sincerely apologize for any inconvenience this may cause until the Japanese version is completed. If you have any requests for materials, inquiries for estimates, or other questions, please feel free to send an email to the address below or contact us by phone, and we will respond promptly. Alternatively, although it is in English, you can click on "Contact" at the top of the website as before, and the inquiry form (in English) will be displayed. You can enter your inquiries in Japanese and contact us (the Japanese corporation). We apologize once again for the inconvenience and thank you for your understanding. Kistler Japan LLC Email Address: sales.jp@kistler.com Phone Number: 045-471-8620 https://www.kistler.com