Kistler

Q: Where is Kistler's global headquarters located?

Kistler's global headquarters is located in Winterthur, Switzerland. The company has been operating from this central location for over 60 years, serving customers worldwide with its industry-leading sensor technology and measurement solutions.

Q: Does Kistler have any interesting facts or history about the company?

One little-known fact about Kistler is that the company's founder, Dr. Walter Kistler, was a pioneering inventor who held over 50 patentts and contributed significantly to the field of piezoelectric sensor technology. The company he established in 1959 has grown to become a global leader in measurement solutions, with a workforce of over 2,000 employees worldwide.

47 cited products 226 protocol citations

Kistler is a leading manufacturer of precision measurement and sensor solutions for a wide range of research and industrial applications.
Their product portfolio includes force sensors, pressure sensors, acceleration sensors, and related instrumentation and software.
Kistler's equipment is widely used in research labs, universities, and industrial facilities to collect high-quality data and optimize experimental setups.
With a focus on reliability, accuracy, and innovation, Kistler's measurement solutions are employed across diverse fields such as automotive engineering, materials science, biomechanics, and more.
Researchers can leverage Kistler's measurement data and citation information to gain insights into the real-world impact and applications of their products, supporting informed decisions and research optimization.

47 products from Kistler

Force plate by Kistler

Cited in 49 protocols

Sourced in Switzerland, United Kingdom, United States, Germany

A force plate is a device used to measure the forces exerted by an object or person on a surface. It is a sensitive platform that records the magnitude and direction of the forces applied to it. The force plate is a core component of various laboratory equipment and is commonly used in biomechanics, gait analysis, and sports performance analysis.

Quattro jump by Kistler

Cited in 22 protocols

Sourced in Switzerland, United States

The Quattro Jump is a lab equipment product designed to measure vertical jump height. It provides an objective assessment of an individual's jumping ability through precise measurements of jump performance parameters.

Force platform by Kistler

Cited in 20 protocols

Sourced in Switzerland, United Kingdom, United States

A Force platform is a device used to measure the forces exerted by an object or a person on a surface. It is typically used in biomechanics and sports science research to analyze the motion and forces involved in various physical activities.

Bioware software by Kistler

Cited in 8 protocols

Sourced in Switzerland

Bioware software is a comprehensive data management and analysis platform designed for life science laboratories. It provides tools for data acquisition, storage, and processing across a range of laboratory instrumentation and workflows.

Piezoelectric force plate by Kistler

Cited in 6 protocols

Sourced in Switzerland, United Kingdom

Piezoelectric force plates are precision measurement devices that utilize the piezoelectric effect to accurately detect and quantify applied forces. These force plates convert mechanical force or pressure into an electrical signal, enabling the measurement of parameters such as force, pressure, and load. The core function of these plates is to provide reliable and accurate force data for various applications, such as biomechanics research, sports performance analysis, and gait analysis.

Type 9286ba by Kistler

Cited in 6 protocols

Sourced in Switzerland

The Type 9286BA is a piezoelectric force sensor produced by Kistler. It is designed to measure compressive forces. The sensor features a compression load range and operates on the principle of the piezoelectric effect.

Type 9286aa by Kistler

Cited in 5 protocols

Sourced in Switzerland

The Kistler Type 9286AA is a three-component force plate designed for precise force measurement. It features a compact and robust construction, with high-quality piezoelectric sensors for accurate and reliable force data acquisition. The product's core function is to provide quantitative measurement of forces and moments in three orthogonal axes.

Type 9260aa by Kistler

Cited in 5 protocols

Sourced in Switzerland

The Type 9260AA is a multi-component force sensor manufactured by Kistler. It is designed to measure forces and moments in three orthogonal axes. The sensor features a robust and compact construction.

Model 9260aa6 by Kistler

Cited in 5 protocols

Sourced in Switzerland

The Kistler Model 9260AA6 is a quartz 3-component force plate designed for dynamic force measurement. It features a high-stiffness, low-profile force transducer construction and can measure forces in three orthogonal axes with high accuracy and linearity.

Ki 9077b by Kistler

Cited in 5 protocols

Sourced in Switzerland

The KI 9077b is a precision measuring device used for force and pressure measurements. It is designed to provide accurate and reliable data in a variety of industrial and research applications.

Company FAQ

Where is Kistler's global headquarters located?

What are some of the key application areas for Kistler products?

Kistler's sensor technologies are widely used across diverse industries, including automotive, aerospace, manufacturing, and research. Their force, pressure, and torque measurement solutions are commonly found in areas such as vehicle crash testing, engine development, and materials testing. Kistler also provides specialized equipment for combustion analysis and other critical research fields.

How can PubCompare.ai help researchers find the right Kistler products for their experiments?

PubCompare.ai is a powerful tool that can assist researchers in quickly identifying the most suitable Kistler products for their specific application needs. By searching through a comprehensive database of published protocols, PubCompare.ai can provide recommendations on the types of Kistler sensors and instrumentation commonly used in similar research projects. This helps improve the reproducibility of experiments and reduces the risk of wasfeful mistakes during the setup process.

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