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Eschlikon, Switzerland
1-10 Employees
1995
Bei INTECH-ICS AG verpflichten wir uns, Ihnen die besten Lösungen für Sicherheit und Komfort zu bieten. Wir bieten, beraten, planen, betreuen und unterstützen unsere Kunden in folgenden Bereichen:Physischer Personen- und Objektschutz, Hebe- und Schiebefenster, Schliessfachsysteme, Zutritts undVereinzelungslösungen, Mobile Banksysteme, Smart digital Automation, Automation und Control Solution. Ebenso bieten wir hochsichere Schliessfächer, die perfekt für den Schutz Ihrer wertvollen Gegenstände geeignet sind. Ein weiteres Kernprodukt in unserem Portfolio ist das Objektsicherheitsglas, das optimalen Schutz bei maximaler Transparenz bietet.
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Featured
E308 - For Strain Gauge Transducers
... E308 - For Strain Gauge Transducers Signal conditioning is required when the output signal of a transducer needs to be amplified or converted into a form suitable for the monitoring or logging device to be used. Our digital display devices have both a built-in monitor device in the form of a ...
Saskatoon, Canada
1-10 Employees
Massload's high quality portables truck weighing scales are economical and adaptable solutions that are optimal for farming, trucking, industrial and mining applications. Massload Technologies specializes in the design and manufacture of high quality strain gauge transducers for the truck, crane, mining, oil and gas and industrial markets. Massload Technologies specializes in the design and manufacture of high quality strain gauge transducers and products for the crane, construction, lifting and hoisting industry. Massload offers a wide range of electronic instrumentation to complete any weighing application. Massload's quality load cells and weigh scale solutions are used in a wide range of industry applications. Massload offers a wide range of load cells and weigh modules for legal for trade weighing, general purpose weighing, on-board weighing, tank/hopper and process batching plus a range of electronic instrumentation including wireless transmitter-receivers, scale indicators and readouts, remote displays, junction boxes, custom moulded cables, mV/V, 4-20mA, 0-10V and PLC outputs. Massload Technologies specializes in the design and manufacture of high-quality industrial-grade strain gauge transducers for the truck, crane, mining, oil and gas and industrial markets. Massload carries a wide variety of quality indicators, remote displays and printers for your weighing applications.
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Featured
Custom Load Pins | Strain Gauge Transducers | Pin Loading
... Custom Load Pins | Strain Gauge Transducers | Pin ...
Villecresnes, France
1-10 Employees
It’s this heritage that has helped us to lead the way in the design, manufacture and supply of specialist equipment for mechanical testing of construction and civil engineering materials. From Quality Control to leading-edge research, our comprehensive range of equipment and accessories is meticulously designed to meet all your project requirements. Operating under our three global brands, we offer the largest range of laboratory and on-site precision testing equipment in the industry, accompanied by a sophisticated global support network. CONTROLS offers the widest range of testing equipment for construction and civil engineering materials in the industry. Our systems are expertly designed and manufactured to meet the needs of every laboratory from Quality Control production to complex research projects. We lead the way in the innovation, design, manufacture and supply of the world’s most advanced dynamic testing equipment for pavement materials. Our team is the largest in the industry, capable of delivering unrivalled levels of customer service and technical support anywhere in the world to ensure we continue to lead the way. So, it’s not just a product you’re acquiring, it’s a true partnership and unrivalled network of support that you’re buying in to.
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Featured
Strain Gauge Transducers
... Any question about the Strain Gauge Transducers ...
Aldermaston, United Kingdom
11-50 Employees
1991
We are based in Berkshire, Southern England and supply not only to the UK but worldwide as well. We provided the RICE (Roosevelt Island Climate Evolution) Team with modified shear load pin cells which could operate reliably and accurately in the sub-zero temperatures of the Antarctic. Applied Measurements are proud to announce that since February 2023 we are Cyber Essentials Certified. Cyber Essentials is a government-backed scheme that helps to protect an organisation against a wide range of the most common cyber attacks. All of our load cells, force sensors and torque transducers are either manufactured from specially selected high grade stainless steel, heat treated for maximum stability, high strength aircraft grade aluminium alloy or alloy steel with nickel-plating for maximum environmental protection. Our faith in the high quality and reliability of our products is supported by the standard 3-YEAR WARRANTY provided with every product in our range. Our policy is to supply standard products from stock where possible, or on a scheduled basis if that is what you need, with custom designed units being supplied in a timely manner. Applied Measurements’ delivery times for both standard and custom-built products are excellent.
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Featured
Load Cell Manufacturer | Force Sensors | Strain Gauge Sensors
... Applied Measurements are a UK load cell manufacturer & load cell supplier of strain gauge sensors & transducers. Buy load cells online. ...
Milan, Italy
1-10 Employees
2016
Our mission is to support system companies, start-ups and research institutes in their efforts with the unique technology of semiconductor strain gauges and temperature sensors, to allow them to prevail with sensorized products in all engineering sectors. Our products have excellent sensitivity, miniature size, high impedance, stability and very long life. Haptica provides solutions based on high quality semiconductor strain gauges, semiconductor temperature sensors, transducers and special sensors. We enable IoT-capable products by sensorizing your items and products with miniature gauges and temperature sensors. We support you by improving your products, enabling high-quality measurements, channeling data, and extracting information from the data. We also provide wireless sensors and wireless sensor-based solutions using semiconductor sensor technology combined with any wireless data solution. Haptica uses Micron Instruments technology to provide high-quality standard or customized solutions for robotics and automation, medical and implanted medical, aerospace, naval, energy and a variety of other fields of engineering. With our capability, we support the best companies in this area and deliver new solutions.
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Featured
Haptica provides semiconductor strain gauges, transducers and sensors
... Haptica provides high quality semiconductor strain gauges, strain gauges on membrane, transducers, special sensors and wireless sensor systems. ...
Freiburg im Breisgau, Germany
1-10 Employees
HKM-Messtechnik uses a quality management system that conforms to the latest DIN EN ISO 9001:2015 standard. And whether weighing of vehicles or measurement of loads is involved, we are at hand with our complete arsenal of measurement systems. Our force measurement products are developed and produced exclusively in Germany.
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Featured
Strain gauge transducers, force transducers and load cells by HKM
... Strain gauge transducers, force transducers and load cells by ...
South Oxfordshire, United Kingdom
1-10 Employees
Active Load International provides complete transducer solutions as well as designing and manufacturing strain gauge transducers. Active Load manufacture a range of Compression Load Cells in different sizes and capacities. Both wired and wireless telemetry versions can be manufactured to suit any application. For more information on hire products and availability, please contact us.
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Active Load International - Load Cells
... Active Load International provides complete transducer solutions as well as designing and manufacturing strain gauge transducers and load cells. ...
501-1000 Employees
1960
We are an Italian multinational company, specializing in the design and manufacturing of sensors, systems, and components for the automation and control of industrial processes. Gefran offers precision devices for measuring process variables: temperature, power, pressure and position. Gefran Soluzioni designs and manufactures automation devices, electrical panels and control software for industrial processes. Gefran has a long and rich history in industrial automation. In 1969, Gefran’s first workshop was set up in Provaglio d’Iseo (province of Brescia) to produce electric panels for machines used in manufacturing plastics. Right from the start, Gefran’s differentiating strength was its capacity to understand, interpret and produce exactly what its customers needed. In the 1970s, Gefran introduced itself to the Italian and international markets with the creation of the Adamello controller, later called the 1000 model, which set the benchmark for the industry. Gefran’s performance and quality is guaranteed by design, raw material selection and high tech manufacturing.
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Featured
CIR - Strain gauge transducers
... CIR - Strain gauge transducers ...
Towcester, United Kingdom
1-10 Employees
1997
Ixthus Instrumentation was founded by Malcolm Read in 1997, at this time, the company specialised in non-contact position sensors with other sensor technologies being added along the way. Upon Malcolm's well-earned retirement in October 2003 the company was acquired by Variohm, to broaden its presence in the position transducer market. Whilst part of Variohm, Ixthus Instrumentation continued to grow and develop with the addition of force and torque transducers initially, and then followed by intelligent weigh controllers and vibration monitoring. Our product range has more recently been extended to include temperature sensors and strain gauges. Ixthus Instrumentation is now part of Variohm Group and is known as the test and measurement division.
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Featured
Strain Gauges for High Precision Transducers | Ixthus
... Our range of Strain Gauges for High Precision Transducers includes series which offer temperature up to 150 degrees. Find out more here. ...
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Featured
Products - TechnoSysInternational
... , Displacement Transducers: LVDT’s, Optical Force Transducer:single & multi Axis, miniature Inclinometers: Single & Dual Axis Load Cells: miniature, compression, universal Pressure Transducers: Static & Dynamic Strain Gauges Torque Transducers Transducer for Vehicle ...
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Some interesting numbers and facts about the results you have just received for Strain Gauge Transducer
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 20 |
| Amount of suitable service providers | 14 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 1960 |
| Youngest suiting company | 2016 |
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A strain gauge transducer is a sensor whose resistance varies with applied force; it converts force, pressure, tension, weight, etc., into a change in electrical resistance which can then be measured. This device comprises a conductive foil pattern affixed to a backing material, which is attached to the object under observation. When the object deforms due to applied stress, the foil also deforms, resulting in a change in its electrical resistance proportional to the amount of deformation. This change is typically measured using a Wheatstone bridge, a circuit designed to accurately measure electrical resistances, and converted into an electrical signal that can be interpreted or read by an external device. The utilization of strain gauge transducers spans a wide array of applications, from manufacturing and aerospace engineering to construction and biomedical sciences. In the aerospace domain, for example, they play a crucial role in stress analysis of aircraft components, ensuring structural integrity under various load conditions. In the medical field, they are employed in devices like blood pressure monitors, providing critical data for patient care. Their high sensitivity, accuracy, and reliability make strain gauge transducers indispensable tools in precision engineering and scientific research, where even the minutest deformation can be critical. Their impact lies in their versatility and precision, enabling advancements in safety, performance, and innovation across multiple disciplines.
1. High Accuracy
Strain gauge transducers are renowned for their exceptional accuracy in measuring force, displacement, and pressure. Unlike many alternative sensors, they provide precise and consistent readings even under varying environmental conditions, making them indispensable in applications requiring high precision.
2. Versatility
These devices can be easily adapted to measure a wide range of physical forces, which makes them highly versatile. Whether it's in aerospace for monitoring structural integrity, in manufacturing for quality control, or in biomedical applications for assessing muscle movement, strain gauge transducers can be utilized across multiple industries without significant modifications.
3. Cost-Effectiveness
Compared to other types of transducers, strain gauge transducers are more cost-effective over the long term. They require minimal maintenance and have a long lifespan, which reduces the need for frequent replacements or repairs. This affordability, combined with their durability, offers significant economic advantages for businesses and researchers.
4. Sensitivity
The sensitivity of strain gauge transducers is another key benefit. They can detect minute changes in deformation, making them ideal for applications where detecting subtle shifts is crucial. This high level of sensitivity ensures more reliable data collection, enhancing the quality of analysis and decision-making processes.
1. Accuracy and Sensitivity
Ensure the supplier offers strain gauge transducers with high accuracy and sensitivity levels suitable for your specific applications.
2. Range of Measurement
Verify that the supplier provides transducers that can cover the range of strain measurements you require.
3. Temperature Compensation
Look for transducers that include temperature compensation features to maintain accuracy in varying environmental conditions.
4. Material and Build Quality
The transducer’s material and build quality should be robust enough to withstand the operational conditions and have a long service life.
5. Customization Options
Assess if the supplier can offer customization options to tailor the transducer to your specific needs.
6. Technical Support and Warranty
Prioritize suppliers who provide comprehensive technical support and a warranty, ensuring reliability and peace of mind.
7. Price Competitiveness
While not the only factor, the cost of transducers should be competitive and provide good value for the performance offered.
Strain gauge transducers are instrumental in the manufacturing industry for quality control and testing purposes. They are employed to measure the deformation or strain of an object when forces are applied, ensuring that materials meet the required standards for durability and safety. This application is critical in industries such as automotive and aerospace, where the integrity of components can directly impact user safety. In the construction sector, these devices play a vital role in structural health monitoring. By being integrated into infrastructure such as bridges and buildings, strain gauge transducers provide continuous data on the structural strain experienced over time. This information is crucial for maintenance teams to identify potential weaknesses or failures before they become hazardous, thus ensuring the longevity and safety of large-scale structures. Additionally, in the energy industry, particularly within wind farms, strain gauge transducers are utilized to monitor the stress on wind turbine blades. This monitoring helps in predicting maintenance needs and preventing catastrophic failures. The data collected can optimize the performance and efficiency of the turbines, leading to more reliable and sustainable energy production. Through these varied applications, strain gauge transducers demonstrate their versatility and critical importance across multiple B2B sectors, underlining their value in ensuring operational efficiency, safety, and structural integrity.
Strain gauge transducers, pivotal in measuring the deformation or strain in objects under stress, have reached a high Technology Readiness Level (TRL), specifically around TRL 8 or 9. This advanced TRL reflects their extensive validation in both laboratory and real-world conditions. The technical sophistication of strain gauge transducers lies in their ability to convert mechanical deformation into measurable electrical changes, leveraging the piezoresistive effect. This transformation is highly precise, owing to advancements in materials science that have led to the development of more sensitive and durable gauges, including those made from advanced polymers and metallic alloys. Moreover, the integration of microelectronic technologies has significantly enhanced the signal processing capabilities of these transducers, allowing for more accurate, reliable, and real-time data analytics. The widespread adoption and proven reliability of strain gauge transducers across diverse industries, from aerospace to civil engineering, underline their maturity and effectiveness. Continuous improvements in their design, such as miniaturization and enhanced connectivity for IoT applications, further validate their high TRL status. These technical achievements not only underscore the robustness and reliability of strain gauge transducers but also reflect their readiness for immediate application in complex and demanding environments.
In the Short-Term, strain gauge transducers are set to experience significant advancements in sensitivity and accuracy. Manufacturers are focusing on integrating nanomaterials and microfabrication techniques to enhance the performance of these sensors in various industrial applications. This development promises to deliver higher precision in measurements, making strain gauge transducers indispensable in sectors like aerospace and civil engineering where exactitude is critical. Looking into the Mid-Term, the evolution of strain gauge transducers will pivot towards wireless connectivity and power efficiency. The integration of IoT (Internet of Things) technology means these devices will be capable of remote monitoring, data collection, and analysis without the need for physical wiring. This leap forward not only simplifies installation and maintenance but also opens up new applications in remote and hazardous environments, significantly expanding the utility of strain gauge transducers across industries. In the Long-Term, the focus will shift towards the development of self-calibrating and self-healing strain gauge transducers. Leveraging advancements in artificial intelligence and materials science, these future-generation sensors will be able to automatically adjust their calibration in response to environmental changes and even repair minor damages without human intervention. This evolution will drastically reduce downtime and maintenance costs, further cementing the role of strain gauge transducers in the technological landscape of the future.
Some interesting questions that has been asked about the results you have just received for Strain Gauge Transducer
What are related technologies to Strain Gauge Transducer?
Based on our calculations related technologies to Strain Gauge Transducer are Magnets, Printed Electronics, Industrial Amplifiers, Electronic Transducers, Electronic Oscillators
Which industries are mostly working on Strain Gauge Transducer?
The most represented industries which are working in Strain Gauge Transducer are Manufacturing, Science and Engineering, Professional Services, Commerce and Shopping, Information Technology
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