オンラインのチュートリアル、クイックスタート動画、ウェビナーなどで、キスラーについてご紹介しています。

Agenda

　製造の「見える化」を、スピーディに進め、期待した改善効果に繋げるには、闇雲にセンサで集めたデータをAIに渡しただけではうまく行きません。

　何のために、何のデータを、どの様に収集して、収集データから改善の手掛りを見つけ、そして、そのデータを有効に運用するかがポイントになります。

　このWebセミナでは、製造工程の見える化を、いかにして品質改善や不良低減などの期待した効果につなげるのか、収集データから改善の手掛りを見つけて改善に活用する段階で成功を阻む要因と、その阻害要因を取り除き最短で効果をあげるデータ活用の手法について、

　多くのお客様の製造現場でサポートしてきたセールスエンジニアが経験談を交えて、電子機器の組立工程の一つ、ピン挿入（端子圧入）の事例を紐解きながら、インプロセスの荷重測定データの活用の成功のポイントをご紹介します。

　本Webセミナは昨年も同タイトルで開催しましたが、ご紹介事例をはじめ内容をリニューアルしていますので、前回参加された方も新しい情報が得られます。

　事前にご登録の上、是非ともご参加下さい。

　このウェビナーは4回開催いたしますが、どの日程も同じ内容となります。ぜひご都合のよろしい日程をお選びください。

※登録完了後24時間してもご案内メールが届かない際には大変お手数ですが、担当営業もしくは弊社のお問い合わせフォームよりご連絡ください。

※申し訳ございませんが、競合他社様のご登録・ご参加はご遠慮いただけますよう、よろしくお願いいたします。

Transfer Path Analysis (TPA) is an increasingly adopted approach to control and engineer vehicle Noise, Vibration & Harshness (NVH) performance to meet product and comfort design requirements. TPA already supports many vehicle development processes – from troubleshooting to optimization, from validation to predictive analysis – just to name a few. However, from the measurement technology perspective, accurate TPA results require the correct choice of sensors and measuring chains, which in most cases follows careful consideration of the application. 

This webinar provides an overview of key challenges in Transfer Path Analysis and the most suitable Kistler products for automotive NVH applications

Content:

• Brief introduction to TPA
• Review of key challenges in TPA testing
• Overview of Kistler products for TPA in automotive NVH

You can register now for one of the sessions in order to join this webinar.

Can’t attend live? No worries! We will be recording both sessions. Please register to get the recording in your inbox after the webinar.

半導体、特にNEV(新エネルギー車)向けパワー半導体製造では、厳しい信頼性への要求や、難削材であるSiCやGaNを用いることなどから、後工程における課題も多く、品質の改善のためにプロセスの詳細の「見える化」がより重要になっています。

本ウェビナーでは、特にダイシングとダイボンディング、ワイヤーボンディングの工程に焦点を当て、ダイシングブレードのメンテナンス周期の最適化や、工程内不良の検出などの改善を可能にする、センシング技術をご提案します。各工程において、研究開発段階での基礎データ収集、量産設備での常時監視について、それぞれ、インプロセス測定と良否判定の手法と効果をご紹介します。

　キスラーのコアテクノロジーである水晶圧電式センサを活用した、切削加工や接合の工程のインプロセス測定による一歩進んだ「エラーモードの見える化」を詳しくご覧いただけます。是非この機会にご視聴下さい。

製造業において、DX (デジタルトランスフォーメーション) やIoT の導入は多くの企業で重要テーマの一つとなっています。
本ウェビナー は、前半と後半の2部構成に分け、
前半はKistler がどのようにDXやIoT にソリューションを提供できるのか、またIoT におけるセンシングの重要性についてを、
後半は、Kistler の高精度センシング技術について、EV用モーターコアのパンチング工程の荷重計測を例に、それぞれご説明いたします。

このウェビナーは4回開催いたしますが、どの日程も同じ内容となります。
ぜひご都合のよろしい日程をお選びください。

※登録完了後15分してもご案内メールが届かない際には大変お手数ですが、担当営業もしくは弊社のお問い合わせフォームよりご連絡ください。

※申し訳ございませんが、競合他社様のご登録・ご参加はご遠慮いただけますよう、よろしくお願いいたします。

Force is a critical factor in numerous semiconductor manufacturing processes. Deviations can lead to damages in microchips, internal fractures and defective products. Learn how force can be measured, monitored and controlled with piezoelectric force sensors.

This webinar is relevant for the following semiconductor manufacturing processes:

• Thermal compression bonding
• Pick and place
• Die bonding
• Wafer manufacturing
• Join our webinar and find out how this is possible.

半導体、特にNEV(新エネルギー車)向けパワー半導体の樹脂封止工程において製造工程でのゼロディフェクト実現のために金型内部の状態の「見える化」への要求が高まって来ています。
本ウェビナーではエポキシトランスファ成形のような低粘度樹脂、低圧測定用に開発された水晶圧電式型内圧センサを用いて成形不良を改善するためのセンシング技術をご提案します。

• 低粘度樹脂対応⇒エポキシ樹脂の侵入による測定誤差が生じない構造（ダイヤフラム構造）
• 高温対応⇒金型温度200℃まで
• 直線性（測定誤差）⇒測定レンジに対して1%以下
• 分解能⇒1/1,000MPa

このウェビナーは4回開催いたしますが、どの日程も同じ内容となります。
ぜひご都合のよろしい日程をお選びください。

※登録完了後15分してもご案内メールが届かない際には大変お手数ですが、担当営業もしくは弊社のお問い合わせフォームよりご連絡ください。

※申し訳ございませんが、競合他社様のご登録・ご参加はご遠慮いただけますよう、よろしくお願いいたします。

Reducing and controlling NVH issues is top priority for the automotive industry, in its quest to improve overall vehicle performance, perceived comfort and brand image. Accelerometers play a critical part in automotive vibration testing. But selecting the ideal accelerometer is not a straightforward task: accurate testing outcomes depend on correctly matching the accelerometer's technical features to the specific requirements of each application case.

In just 45 minutes, this webinar provides the key information to identify the right accelerometer for any automotive application. Key points:

• Overview of the main technical features of accelerometers
• Review of main automotive applications and related requirements
• Introduction to our range of accelerometers for automotive testing

During the Q&A session that rounds off our webinar, you will have a chance to directly address your questions to our experts.

Acoustic emission (AE) is a measurand for examining the behavior of materials deforming under stress. Materials "talk" when they are in trouble: with AE measuring chains you can "listen" to the sounds of cracks growing, fibers breaking and many other modes of deformation in the stressed material. Small-scale damage is detectable long before failure, so AE can be used as an advanced method of non-destructive testing and even closed-loop control.

In this webinar, we will address the following acoustic emission topics:

• Concept of operation, installation and mounting
• Operation in hazardous zones
• Signal processing and DAQ
• Applications such as fatigue/breakage, leaks, cavitation and cutting force

Acoustic emission complements detecting conditions that are often used for condition monitoring applications in areas such as energy and infrastructure as well as industrial applications.

Electric motors are not only conquering the automotive world, they also serve as actuators as well as main engines in many aerospace applications, from space vehicles over aircrafts to drones and new eVTOL air taxis.

Our experts will provide you with insights and best practices regarding the right measurement technology and efficient test procedures. The following topics will be covered:

• Theory of operation (esp. torque and rotary)
• Shaft and flange torque meters
• Reaction torque
• Installation
• Use of couplings
• Data acquisition
• How to use outputs, ranges, resolution and dual range
• Micro-vibration qualification with force sensors
• Aerospace application examples
• Test data management and analysis, e.g.:
  • Torque meter under load
  • Performance (good or bad electric motor)
  • High startup torque – low running torque
  • Reverse motor direction
  • Torque meters in a vibratory system or application

Kistler can provide you with complete measuring chains for almost all test requirements – from sensors over signal transmission and DAQ to post-processing and software – please use the Q&A session at the end of the webinar or ask Bill or Pascal for a personal follow-up meeting!

In this webinar on data acquisition in cutting force measurement, you will learn how to optimize your measuring chain and interpret measurements properly. 

Data acquisition:

Bulent Tasdelen, Business Development Manager, will introduce to you the essentials for efficient data acquisition, to name just a few:

• How to choose the right frequency ranges for milling, drilling, turning, grinding etc.
• How to set up correct filters and sampling rates
• How to measure the natural frequency of the dynamometers

Interpretation:

Based on various examples, you will learn about the factors that can affect the force signal (tool wear, surface quality, coolants, lubricants etc.). 

Get to know how to:

• Apply force and torque measurement methods for cutting process analysis
• Gain control over the cutting forces and processes
• What can be seen in cutting force measurements
• How to calculate the correct friction coefficient during turning processes by cutting force measurements
• What is the correlation between cutting forces and tool deflection

アドバンテージが高い水晶圧電式型内圧センサはCFRP成形プロセスの条件に最適です。

RTMやSMC成形のような低圧測定に有効な水晶圧電式を用いて主要な成形不良を改善するためのセンシング技術を中心にご提案します

【内容】

•  型内圧測定のアプリケーション事例と不良検知 など
• プレス荷重、超音波溶着、切削加工に使用されるセンサ、型内圧測定以外の事例紹介

このウェビナーは2回開催いたしますが、どちらの日程も同じ内容となります。ぜひどちらかご都合のよろしい日程をお選びください

Here's your chance to discover the world's first cable-free wheel force transducer! Join our webinar and learn how KiRoad Wireless HDR will revolutionize your vehicle testing: reduced setup time, more efficient and accurate RLDA testing, optimum repeatability - and even a combined application with driving robots from Vehico.

Key Takeaways

• Improve the efficiency and accuracy of road load data acquisition (RLDA) testing
• Benefit from repeatable testing and results with KiRoad Wireless HDR and driving robots
• Identify use case scenarios, check out real-time demo availability

As a medical device manufacturer, you're confronted with a multitude of mandatory national and international standards and guidelines that regulate the traceability of all your quality-relevant production data. Integrated process monitoring is already helping many medtech manufacturers to meet the challenges of compliance with these strict requirements. In this webinar, Kistler experts Stephan Vogel and Martin Lack explain how you can integrate measurement technology directly into your production line. The session begins with an introduction to the basics of this state-of-the-art approach. Then, your hosts will focus on some key issues:

• How to choose the best sensor for your specific purpose?

The new maXYmos TL ML process monitoring and control system, specifically designed for the medtech industry:

• What new functions does it offer you?
• How does it ensure even better integration into medical lines?
• Inline calibration of measuring chains: how does it work?

Kistler introduces the miniature charge amplifier with IO-Link, a flexible new amplifier for today's industrial applications and suitable for use in a wide range of applications including robotics, the packaging industry and the food and beverage sector, and also ideal for OEMs. This intelligent amplifier combines analog and digital communication technology to pave the way for Industry 4.0.

Join Kistler at the ECSS 2021 – European College of Sport Science Virtual Congress  already on 7 September at the Pre-Congress!

Discover innovative solutions to integrate 3D force plates in performance analysis and biomechanical systems.

We are pleased to invite you to join us at two exciting live online presentations highlighting recent and current projects that integrate Kistler 3D force plates into performance analysis systems and explaining the physics behind them. Experts from various fields and with different backgrounds will present the following topics:

• Stadium 4.0 – a turnkey solution from Kistler (15:00-16:00 CEST)
  Learn more about how Kistler develops biomechanical systems from scratch and how the considered technical and human interfaces will ensure high quality data.
  
  In addition, our biomechanics expert will give you fascinating insights into new state-of-the-art connectivity and interaction methods and demonstrate this with examples from several international projects.
  
  
• Revealing the invisible in golf instruction - the Smart2Move 3D Kistler force plates (18:00-19:00 CEST)
  The CEO and CTO from Smart2Move will introduce an innovative golf instruction system to you. You will gain insights about why the measurement of 3D ground reaction forces by a 3D Kistler force plate is essential for golf players to improve and optimize their golf swing..

近年自動車メーカーでは、スポット溶接の品質管理についての要求が高まっています。
そこで本ウェビナーでは、キスラーの溶接加圧力測定ソリューションについて紹介いたします。

このウェビナーでは以下の項目についてご紹介いたします。

• 高感度ひずみセンサの取付について
• 加圧力測定によるスポット溶接条件の管理
• 判定記録装置maXYmosの機能

このウェビナーは2回開催いたしますが、どちらの日程も同じ内容となります。ぜひどちらかご都合のよろしい日程をお選びください。

Operators of ships and offshore facilities face multiple challenges: while safety is always the primary concern, cost efficiency and environmental aspects also need to be considered. Hydrodynamic testing systems play a key part in ensuring that these diverse requirements are met – but they must often operate in challenging conditions underwater, or with exposure to watersplash. 

Kistler can look back on decades of experience as a solution provider to the maritime research and development sector. As well as optimizing overall ship integrity, our technologies improve vessels' propulsion systems – and we also offer best-in-class solutions for offshore structures. We now invite you to join our June webinar when our experts will explore practical aspects of measurement technology for hydrodynamics applications.

This wide-ranging online session will cover:

• The piezoelectric measurement concept: operation and capabilities
• Measuring chains
• Signal conditioning
• DAQ
• Various applications such as
• tow tanks and wave tanks
• water tunnels
• sloshing
• other
• Q&A

In this webinar, you will learn about how you can check vehicle tires on major freeways, highways, and weigh stations. Get to know the Automated Tire Pressure Screening System (ATPS), which has been developed by Kistler together with Intelligent Imaging Systems (IIS). The application of tire screening systems has been a hot topic in the United States.

The ATPS is the result of combining the widely deployed Kistler piezoelectric Weigh In Motion technology with Intelligent Imaging System's Smart Roadside safety platform. Existing Weigh In motion sites can be easily and cost effectively upgraded to support commercial vehicle and truck enforcement and improve road safety.

In this informational webinar we will present topics that are essential to quality control along with vision inspection systems. Information pertaining to risk handling and 0 PPM strategy to reduce downtime in assembly applications. Three practical applications will be covered to give you insight on what complete vision inspection systems look like and if they are the right solution for your application.

During this webinar you will learn:

1. How do we achieve 100% quality control?
2. What techniques are used to avoid the risks of manufacturing errors and ensure delivery of 0 PPM?
3. Where do vision inspection systems play a role in my manufacturing process? Are vision inspection systems the right solutions for my application?
4. Trends to use AI in industrial quality processes.

Have you got a new application task or need to project a new line as fast as possible? Do you need to establish a new process or adjust a running one? All while avoiding any risk for malfunctioning or breakdown to assure functionality and availability of your line. If you are looking for the right system for your application that will assist with the above and necessary data such as process values, cycle times, evaluation criteria, etc. Kistler is the right partner and our servo presses/NC-joining systems are made for you!

In this webinar, we will share with you our advance consultancy competency and long-term expertise, our comprehensive product and system solutions as well as our international technical support – all from a single source.

Get to know the advantages of process-integrated electromechanical joining systems/servo presses and how you:

• Achieve utmost process reliability thanks to 100-percent process monitoring and documentation
• Enhance your product quality
• Boost your plant productivity
• Cut your operating costs
• Play a valuable part in climate protection

その「見える化」、ただ「見えただけ」になっていませんか？

「見える化」を、スピーディに進め期待した効果をあげるには、何のために、何のデータを、どの様に収集して、収集データから改善の手掛りを見つけるか、がポイントになります。
このウェビナーでは、製造工程の見える化を、いかにして品質改善や不良低減などの効果につなげるのか、圧入工程を例にインプロセスの荷重測定データの活用の成功のポイントをご紹介します。
このウェビナーでは、
圧入工程でのインプロセスでの荷重測定データ活用事例
収集データから改善の手掛りを見つける効率の良い方法と注意点
工程監視モニタ maXYmos、ソフトウェアmaXYmos PC plusでのデータ活用のデモ
をご紹介いたします。

このウェビナーは2回開催いたしますが、どちらの日程も同じ内容となります。是非どちらかご都合のよい日程をお選びください。

The advancements in semiconductor technology and added device complexity put additional pressure on monitoring and controlling semiconductor manufacturing processes. Improved methods for process monitoring and failure identification are needed to maintain or improve the quality and yield of a packaging process. Let our experts Robert Hillinger and Jim Macy explain you how Kistler can help you to improve the quality and performance of your semiconductor production.

Traditional vibration testing using response accelerometers and hard mounting the space equipment or satellite to a shaker could result in overtesting, destruction, overdesign and/or excessive cost/schedule impact if the unit under test is broken.

Overtesting failures can be eliminated by limiting the vibratory force to that predicted for the actual flight. “Force limiting” automatically notches the acceleration at a test item's resonances, by measuring and limiting the reaction force between the test item and the shaker table. FLV testing replicates the test article's resonant response for the actual flight mounting condition.

Kistler invites you to join our webinar with Bill Zwolinski to learn more about measurement technology for hydrodynamics applications, with the emphasis on practical aspects.

Agenda of the webinar:

• The piezoelectric measurement concept: operation and capabilities
• Measuring chainsSignal conditioning
• DAQ
• Various applications such as: tow tanks and wave tanks, water tunnels, sloshing, otherQ&A

Following our recent online introduction of the maXYmos TL ML process monitoring system, we warmly invite you to join our detailed training on how it operates and how you can individually adjust and apply its functionalities. 

The aim of this training is to enable you to achieve a 100 percent process monitoring and evaluation process across the entire measuring chain. This will allow your products to pass the final quality testing with zero defect and to comply with the strict regulations regarding quality assurance in medical and pharmaceutical manufacturing.

Learn about updates in calibration certificates for traceable calibrations caused by updated 17025:2017.

For further information please download this brochure.

https://www.kistler.com/en/services/training/type-9966b28-13-mmk01/ 

A brief introduction chosing an initial calibration interval and adjust intervals.

For further information please download this brochure.

https://www.kistler.com/en/services/training/type-9966b28-13-mmk01/

Learn about statements of conformity in calibration certificates for traceable calibrations and the decision rules behind those.

For further information please download this brochure.

https://www.kistler.com/en/services/training/type-9966b28-13-mmk01/

Now we invite you to share more of our know-how at the second webinar in our series, when Application Engineer Bill Zwolinski will explore applications for multicomponent force measurement technology. Take this opportunity to learn exactly why Kistler is renowned for pushing measurement technology to the outer limits!

In this wide-ranging webinar, Bill Zwolinski will cover:

• test environment considerations (noise, vacuum and more)
• micro-vibrations / exported force and torque (EFT)
• force-limited vibration
• propulsion testing
• summary and conclusions
• followed by a chance to get answers to your questions from an industry insider

We invite you to join our webinar to learn more about multicomponent force measurement for space applications with emphasis on practical aspects. 
As industry insiders, we focus on developing reliable and precise solutions for space applications. We put theory into practice as we work in partnership with renowned aerospace companies. In this online session, we will gladly share some of our accumulated hands-on experience with you to increase your awareness.

Application Engineer Bill Zwolinski will begin this webinar by exploring PE theory, followed by an overview of measuring chains. He will go on to consider practical aspects of force/moment measurement such as mounting, installation and checkout. You will also gain insights into Kistler specialties such as instrumentation for exported force and torque (EFT) measurement, force-limited vibration testing (FLVT)and thrust stand measurements. Then we will turn to you to ask questions to wrap up the webinar

Calibration is the basis for precise measurements with every measurement equipment. This webinar explains the added value provided by periodic calibrations. It is crucial to have a good understanding of the calibration topic to first obtain correct measurement results and handle your devices correctly and second fulfill the normative requirements by norms such as the ISO9001 or the IATF16949.