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里程碑

不断成长，从部件制造商发展为综合解决方案供应商

奇石乐集团这个家族企业已经从一个纯粹的零部件制造商发展成为各个领域的综合测量技术解决方案供应商，并成为工业和研究领域可靠的发展伙伴。其战略性收购也发挥了实质性的作用：增加了新的应用，如光学测试自动化、热声学和紧固技术，等等。60多年来获得的500多项专利代表了我们强大的创新动力。

公司始于1944年： Walter P. Kistler和Hans Conrad Sonderegger，两位来自Winterthur（CH）瑞士机车和机械厂的年轻工程师，致力于开发发动机的测量系统，为后来的传感器技术奠定了基础。

20世纪50年代--以一家部件制造商起步

In 1950, Kistler und Sonderegger achieve a breakthrough with the development and patenting of the first charge amplifier
In 1950, Kistler und Sonderegger achieve a breakthrough with the development and patenting of the first charge amplifier
In 1955, Kistler opens its first production site for electronics and accessories in Tonawanda, near Buffalo, USA.
Kistler introduced the first miniature pressure sensor in 1958.
Foundation of the Kistler Instrumente AG – 1959

Walter P. Kistler和Hans Conrad Sonderegger 通过开发第一个电荷放大器取得了突破性进展。

20世纪60年代到90年代--致力于成为全球动态测量技术领导者

In 1961, Kistler launches the world’s first quartz force sensor.
In 1961, Kistler launches the world’s first quartz force sensor.
The Group’s largest sales company, the Kistler Instrumente GmbH, is founded in 1963 in Ostfildern, Germany.
In 1983, Kistler brings the world’s first rotating quartz wheel force dynamometer to market.
Kistler establishes its subsidiaries in Japan and China in the years 1986 to 1996.
From 1998, Kistler grows its PiezoStar crystals featuring a very high sensitivity and temperature stability.

奇石乐推出了全球首款石英力传感器。

21世纪初期至20年代--奇石乐继续成长，并发展成为一个系统和解决方案供应商。

In 2002, Rolf Sonderegger takes over the management of the family company, with new strategies for growth.
In 2002, Rolf Sonderegger takes over the management of the family company, with new strategies for growth.
In 2003, Kistler becomes an allround supplier of wheel force measurement technology.
In 2004, Kistler presents the world’s first combined pressure and temperature sensor with a diameter of 2.5 mm.
With the acquisition of Dr. Staiger Mohilo & Co. GmbH in 2006, Kistler includes joining systems in its portfolio.
In 2009, Kistler launches the KiBox, an innovative system for combustion pressure analysis.
The process monitoring system maXYmos from Kistler supports customers in assuring quality in production.
The Kistler Meerane production is switched to cable manufacturing for the Group’s entire sensor technology. in 2015.
With the acquisition of Schatz AG in 2016, Kistler includes advanced fastening technology in its portfolio.
With the acquisition of Vester Elektronik GmbH in 2017, Kistler includes new solutions using optical measurement technology.

Rolf Sonderegger收购了Walter P. Kistler的股份，接管了这个家族企业，并通过有针对性的收购推动了企业的进一步发展。

收购的第一家公司为轻量化工程公司IGEL Ingenineursgesellschaft für Leichtbau.

这是一系列收购中的第一步。

数字化转型获得新动能--通过进一步的战略收购和新产品开发，进一步扩充从传感器到云计算方面的专业知识。

In 2018, Kistler introduces the KiDAQ data acquisition system.
In 2018, Kistler introduces the KiDAQ data acquisition system.
In 2018, Kistler brings the most advanced, anthropomorphic test device and NHTSA-certified dummy THOR on the market.
Kistler achieves a breakthrough in the aerospace industry market in 2018.
With three acquisitions in 2018, Kistler can offer new products to support the engine development and manufacturing sectors.

2017
奇石乐的全球首款数字电荷放大器5074A建立了新的标准：现在用户可以将任何需要的压电传感器集成到控制环境中。

2018
通过奇石乐新的KiDAQ数据采集系统，用户可以从整个测量通道的单一来源和独特的数据透明度中获益。这使得测量的不确定性大大降低。

21世纪20年代 - 数字化转型如火如荼 - 奇石乐成为信息供应商 ，专注于 "信息即服务"、loT、大测试数据、云服务等。

In 2020, Kistler unveils KiTraffic Digital. It is the first fully digital Weigh In Motion (WIM) system.
In 2020, Kistler unveils KiTraffic Digital. It is the first fully digital Weigh In Motion (WIM) system.
The process monitoring system maXYmos TL ML which is designed for the manufacturing of medical products, is launched in 2020.
In 2021, Kistler establishes the Innovation Lab to work with customers and R&D partners and develop data-based services.
Kistler brings the world’s smallest, piezoresistive, media-isolated pressure sensor (4017A) to the market.

奇石乐推出KiTraffic Digital：首个全数字运动称重系统。基于一个全新的传感器和+/-2%的精度，它是迄今为止最先进的WIM系统。

仅仅在推出两年后，KiTraffic Digital WIM系统就获得了F5级OIL证书，表明其为全球最精确的动态称重系统。

奇石乐推出了世界上第一个采用IO-Link技术的微型电荷放大器。