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.

We are pleased to welcome Professor Yasuhiro Kakinuma from the Department of System Design Engineering, Faculty of Science and Technology, Keio University, as a seminar speaker. He will give a lecture on the theme of "Sensorless Process Monitoring and Machining Control." Additionally, Mr. Yasushi Okuyama from CGTech Co., Ltd. will also give a lecture on the theme of "Optimization of NC Data (Feed Rate) Considering Cutting Forces." Continuing from last year, this seminar will introduce solutions to technical challenges in machining technology from both academic and industrial perspectives. If you wish to participate in this seminar, please download the application form, fill in the required information, and send it via email. Due to venue limitations, the application will close once the number of participants reaches the capacity (80 people), so please apply as soon as possible. ＊＊＊＊＊＊＊＊＊＊＊＊＊＊＊＊＊＊＊＊ ◆ Date and Time: July 24, 2019 (Wednesday) 13:30–17:00 (Doors open at 13:00) ◆ Venue: Aichi Prefectural Industrial Labor Center, Wink Aichi, Room 1203, 12th Floor ◆ Participation Fee: Free (Pre-registration is required)

The high-temperature measuring pin 9245B series is a force sensor integrated with a flexible cable protected by a metal mesh, which can be embedded close to the machining areas of forged molds, allowing for more accurate measurement of strain and can also be used for crack detection. Additionally, it can be used to measure the pressure of molten resin when installed on the cylinder head of an injection molding machine. The operating temperature range is up to 300°C. By applying a preload, it is possible to measure strain in both the compression and tension directions. It features grounding insulation and a protection rating of IP64. The number of customers using this sensor for crack detection in forged molds is rapidly increasing! By installing the sensor, it enables automatic early detection of cracks and damage in molds, leading to a reduction in defective products and inspection labor. 【Features】 - High rigidity: It won't break even under a 1600t forging machine! - High heat resistance: Up to 300°C! - High responsiveness: Can measure in 1/5000 seconds! We have now published the data sheet for this sensor on IPROS, so please download it and take a look!

As part of Kistler Japan's activities to contribute to the environment and society, we have decided to participate in Yokohama City's program called "Hama Road Supporter" (a road foster parent system)! The first event took place today, May 30th, on Zero Waste Day, where 14 employees participated in picking up trash along the roads around the company. We were all surprised to find that, although it usually goes unnoticed, there was quite a lot of litter, such as cigarette filters and plastic waste, and we discussed continuing this effort. The trash was promptly collected by the staff from the Kohoku Ward Civil Engineering Office.

Do you remember the serious accident that occurred in January 2018 when a tanker loaded with diesel fuel overturned and caught fire on the El Carrizo highway bridge in Mexico? It is said that one of the causes was the continued passage of overloaded vehicles, which led to damage to the bridge. To address this, newly constructed bridges are equipped with Kistler's Lineas sensors and WIM systems to automatically detect overloaded vehicles, allowing for accurate measurement of each vehicle's axle weight and total weight to implement traffic regulations. For specific case studies, please contact us or download the catalog from the Kistler official website or IPROS!

We have published an aerospace-related page (in Japanese) on our official website and released a catalog introducing how our sensors are used to conduct safe and reliable testing in the aerospace industry. Please take a look at our homepage! Table of Contents (excerpt) - Ultra-high temperature sensor solutions - Lightweight cabling solutions for environmental vibration testing - Micro-vibration and jetter testing - Highly Accelerated Life Testing and Stress Screening - Rocket engine testing: thrust characterization

Kistler's sensors and systems provide a comprehensive process monitoring solution for the manufacturing and quality inspection of medical devices. Medical device manufacturers face high demands from the market. To ensure product safety and quality, they must meet various domestic and international standards. Kistler supports every stage of medical device production as a comprehensive supplier of sensor and process monitoring system solutions, from design planning and product development to proper evaluation and manufacturing. To achieve zero-error production, clarify processes to near 100%, and improve process stability, Kistler's engineers support medical device manufacturers in maintaining their product levels in the highly regulated medical-related market by automatically monitoring process limits and reducing the burden of product traceability and manufacturing documentation. For more details, please contact us or download our catalog from the official Kistler website or IPROS!

We have published an aerospace-related page on our official website and released a catalog introducing how our sensors are used to conduct safe and reliable testing in the aerospace industry. Table of Contents (excerpt) - Ultra-high temperature sensor solutions - Lightweight cabling solutions for environmental vibration testing - Micro-vibration and jetter testing - Highly Accelerated Life Testing and Stress Screening - Rocket engine testing: thrust characterization We will give this catalog to the first 50 customers involved in the aerospace industry! If you would like a copy, please contact us at the address below with the required information. We apologize, but we kindly ask competitors to refrain from applying. sales.jp@kistler.com [Your Name] [Your Company Name] [Your Department] [Your Mailing Address]

Thank you very much for your support throughout this year. We would like to inform you that, unfortunately, Kistler Japan will be closed for the year-end and New Year holidays during the following period: ◆ From Friday, December 28, 2018, to Friday, January 4, 2019 We will resume normal operations on Monday, January 7, 2019, after closing on Thursday, December 27, for the year-end. We apologize for any inconvenience this may cause during this busy season and appreciate your understanding.

At Kistler Japan, we are currently offering a collection of case studies titled "Sensor Solutions Suitable for IoT," which summarizes examples of problem-solving using sensors that our company has experienced. This collection is a valuable resource for those looking for monitoring methods for various processes such as assembly, press-fitting, and tightening, as well as for those facing challenges like wanting to shorten cycle times or reduce downtime. A must-see for those struggling with load cell measurements! A must-see for those seeking hints for smart factory implementation and IoT! A must-see for Kistler fans! In the following article, we also introduce how to use sensors on YouTube, so please take a look, and if you find it interesting, we encourage you to download the case study collection. https://www.ipros.jp/advertising/detail/71599/?hub=64

As digitalization advances through the promotion of Industry 4.0 (IoT), the use of sensors in machining processes such as punching, pressing, forming, and joining has been increasing. Kistler's strain sensors provide an excellent solution when you want to increase options for monitoring manufacturing processes, as they can be directly mounted on machines or integrated into tools as measuring pins. Please download the PDF from the related materials below.

Reliable Cutting Processing in the Micro Domain Winterthur, May 29, 2018 – After approximately two years of development, Kistler has announced the world's smallest mass-produced cutting dynamometer, MicroDyn. This system allows manufacturers and research institutions to measure cutting resistance with extreme precision, which is essential for the development of ultra-small tools. In the machining of miniature workpieces, strict requirements are placed on the tools used. For example, in watch manufacturing, compact and highly sensitive measuring equipment is necessary to measure cutting resistance in confined spaces. Kistler's new dynamometer, MicroDyn 9109AA, offers users new possibilities in the field of ultra-precision machining, particularly in the development of cutting tools for hard and brittle materials and the optimization of cutting conditions. For more details, please refer to the attached document or click the external link below to read on our official website!

Kistler Japan Co., Ltd. has relocated its Chubu Sales Office to the address below on July 17, 2018, in order to improve operational efficiency and enhance customer service. We will strive even harder to improve our services and will continue to work with sincerity, so we kindly ask for your continued support. 【New Address】 1-23-9 Mikawa Anjo Honmachi, Anjo City, Aichi Prefecture 446-0059 8 Village Actis B Tel.: 0566-71-3881 Fax: 0566-71-1611 There are no changes to the phone number or fax number.

Acceleration sensors used for vibration analysis, which are essential in research, testing, and development. In fact, Kistler offers a variety of models for different applications, and they are also used in the airframe testing of jet passenger aircraft. We are releasing a video that showcases how hundreds of Kistler acceleration sensors are used in Airbus's airframe testing. You can see them attached all over the airframe, measuring acceleration and visualizing the vibrations on a PC. Please take a moment to click on the "link" or "related product information" below to visit the introduction page for acceleration sensors on IPROS! We plan to continue releasing videos that clearly explain the features of our products, so stay tuned!

Accelerometers used for vibration analysis, which is essential in research, testing, and development. In fact, Kistler offers a lineup for various applications. This time, we have included the data sheet for the 8766A, which boasts stability in sensitivity to temperature, making it suitable for temperature stress environmental testing related to space. We also have an electronic book available, so please take a look and find it useful for your work!

We have published three types of catalogs for our evaluation and calibration system related to screw fastening, which received great acclaim at the M-Tech exhibition in Nagoya in April. - Portable inspection system for quality assurance - Calibration system for screw fastening tools - Research and development system (analysis, functional testing) We also have an electronic book available, so please take a look and make use of it in your work!

"Achieve Your Best Time with Improved Explosive Power" Kistler's new sprint system (KiSprint System) provides trainers and athletes with an efficient means to biomechanically optimize the start dash under competitive conditions. This sturdy and portable system allows for comprehensive evaluation through software, enabling customization and expansion according to needs. A press release regarding this product has been issued! Please take a moment to read it!

"Kistler ComoNeo 2.1.0 - Pioneering a New Level in Plastic Molding Processing" Kistler's injection molding monitoring system, ComoNeo, has been evolving since its launch three years ago. By using ComoNeo, those responsible for injection molding can gain a deeper understanding of the molding process and optimize it more efficiently. As a result, by implementing process improvements based on in-mold pressure measurements, the efficiency of plastic molding can be increased. This means preventing the occurrence of molding defects, improving quality, and ultimately reducing total costs. A press release regarding this product has been issued! Please click on the "external link" to read more!

If there is a sensor capable of measuring the strain occurring in a structure with high resolution, it can also measure the forces generated in machinery such as hand presses and spot welders, which is useful for process management! This time, we have released a simple video showing the output observed when this strain sensor is attached to a small hand press. Since it is a very short video, please take a moment to click on the "link" or "related product information" below to view the strain sensor introduction page on IPROS! We plan to continue releasing videos that clearly showcase the features of our products, so please look forward to it!

If there is a sensor capable of measuring the strain occurring in structures with high resolution, it can also measure the forces generated in machinery such as large presses and welding, which is useful for process management! This time, we have released a simple video that shows the strain sensor's appearance, installation method, and responsiveness. Since it is a very short video, please take a moment to click on the "link" or "related product information" below to visit the strain sensor introduction page on IPROS! We plan to continue releasing videos that clearly showcase the features of our products, so please look forward to it!

maXYmos BL, which monitors various processes on the manufacturing line based on signals obtained from sensors, enables "product traceability" that allows for tracking production history and is widely used around the world. This time, we have released a short video introducing the manufacturing process monitoring system maXYmos. Since it is a very brief video, please take a moment to click the "link" below to view the maXYmos introduction page on IPROS! We plan to continue releasing videos that clearly explain the features of our products, so please stay tuned!

Wasn't there a problem where important parts were worn out at the start of the press-fitting process?! One of the issues many customers in the production field are facing is that they move on to the next process without noticing abnormalities during press-fitting. This document presents a case study of an automotive parts manufacturer that was able to detect abnormalities during press-fitting by using Kistler's force sensors, which led to improvements in the quality of the final product... This case study is available for a limited time until January 31, 2018! Please jump to the public page from the address below and download the document.

Ahead of the "Automotive Technology Exhibition 2017" to be held in May, we have published two types of sensor catalogs related to vehicle testing and development. - Accelerometers for vehicle testing - Sensors for vehicle development We also have an electronic book available, so please take a look and make use of it in your work!