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Griesheim, Germany
1-10 Employees
Historical Outline of the GESOTEC Industrial Technologies Group. GESOTEC main business is the supply of application adapted optimized system solutions for Pyro-Process Condition Monitoring, that are based on in an industrial IoT-NETwork totally integrated visual and/or thermal imagers, plus other instrumentation. Since 37 years GESOTEC products and system solutions are world-wide well known for their reliability and high quality. In 1985 GESOTEC introduced under the trade name “VIPER” (“Video Image Processing, Evaluation & Recording“) a PC- based Image Processing System for industrial applications and scientific densitometry. In 1986 GESOTEC introduced under the trade-name “TCEM“ a complete PC-based low-budget system solution for the real-time surveillance of shell temperatures on rotary kilns in cement plants. In 1995 GESOTEC introduced a series of leading-edge infrared line scan cameras under the trade-name “Millennium TMCx-xD”. In 1996 GESOTEC introduced under the trade-name “PyroViper“ a unique series of High-Temperature Furnace-Probe CCTV-cameras with embedded dual-wavelength thermography. Today, GESOTEC is one of the very few global suppliers of totally integated industrial IoT-NETwork system solutions for state-of-the-art Pyro-Process Condition Monitoring with multispectral sensitive imaging sensors & other sophisticated instrumentation.
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Featured
PCMx system solutions for totally integrated Pyro-process Condition Monitoring & Controlbased on a unique combination of visual and thermal imaging sensors
... PCMx system solutions for totally integrated Pyro-process Condition Monitoring & Controlbased on a unique combination of visual and thermal imaging sensors ...
Griesheim, Germany
1-10 Employees
1982
Historical Outline of the GESOTEC Industrial Technologies Group. GESOTEC main business is the supply of application adapted optimized system solutions for Pyro-Process Condition Monitoring, that are based on in an industrial IoT-NETwork totally integrated visual and/or thermal imagers, plus other instrumentation. Since 37 years GESOTEC products and system solutions are world-wide well known for their reliability and high quality. In 1985 GESOTEC introduced under the trade name “VIPER” (“Video Image Processing, Evaluation & Recording“) a PC- based Image Processing System for industrial applications and scientific densitometry. In 1986 GESOTEC introduced under the trade-name “TCEM“ a complete PC-based low-budget system solution for the real-time surveillance of shell temperatures on rotary kilns in cement plants. In 1995 GESOTEC introduced a series of leading-edge infrared line scan cameras under the trade-name “Millennium TMCx-xD”. In 1996 GESOTEC introduced under the trade-name “PyroViper“ a unique series of High-Temperature Furnace-Probe CCTV-cameras with embedded dual-wavelength thermography. Today, GESOTEC is one of the very few global suppliers of totally integated industrial IoT-NETwork system solutions for state-of-the-art Pyro-Process Condition Monitoring with multispectral sensitive imaging sensors & other sophisticated instrumentation.
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Featured
PCMx system solutions for totally integrated Pyro-process Condition Monitoring & Controlbased on a unique combination of visual and thermal imaging sensors
... PCMx system solutions for totally integrated Pyro-process Condition Monitoring & Controlbased on a unique combination of visual and thermal imaging sensors ...
Prague, Czechia
11-50 Employees
2016
The Leica BLK247 uses sensor fusion technology, combining LiDAR, video and thermal imaging sensors with IA and edge computing to perform 3D real-time change detection. The Leica BLK ARC is a laser scanning module for robots, enabling autonomous mobile laser scanning with minimal or no human intervention. View and assess data from cameras, alarms, sensors, IoT and more to provide real-time situational awareness. Provide the highest quality dispatching and incident management capabilities for your emergency response personnel. Select your industry to see how 3D Surveillance can solve your specific challenges.
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Leica BLK247 for business security systems & more | 3D Surveillance
... The Leica BLK247 uses sensor fusion technology, combining LiDAR, video and thermal imaging sensors with IA and edge computing to perform 3D real-time change detection. ...
Pune, India
1-10 Employees
Meet Niharika Kolte Alekar, an investment banker-turned entrepreneur, founded Volar Alta in 2021.
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Featured
Our Technology | Volar Alta
... Unleash the power of Lidar, thermal imaging, and ultrasonic sensors for unparalleled precision and efficiency in aerial operations. ...
Thatcham, United Kingdom
1-10 Employees
2004
We manufacture and distribute a range of temperature sensors, RTDs, IR pyrometers, thermal imaging cameras, data loggers and a range of other products. We are happy to work with customers from any sector. Yes, we are certified to the ISO 9001:2015 quality standard by UKAS accredited ACS Registrars. We are happy to help you select the right product and our friendly team are here to help whenever you need it. We are certified to ISO 9001:2015 quality standard by UKAS accredited British Assessment Bureau Ltd. We are dedicated to our customers’ needs and aim to provide products of excellent value for money, quality backed by the highest levels of service and top technical support. Process Parameters Ltd, established in 2004, is dedicated to our customers needs and aims to provide products of excellent value for money backed by the highest levels of service and technical support. Jessica is a senior commercial manager and business strategist having spent 20 years in the food and grocery industry developing and growing some of the nation’s best-loved brands including Heinz Salad Cream, Jacob’s Cream Crackers and Wall’s sausages before becoming a small business strategist in 2016.
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Top UK Temperature Sensor Manufacturer & Supplier
... IR Sensors & Thermal Imaging ...
Leuven, Belgium
1-10 Employees
2010
EUNIR Systems NV, a subsidiary company of Wuhan Guide Infrared Co., Ltd （SZ.002414), was established in 2010 in Belgium. EUNIR is our distribution and after-sales service center in Belgium, offering technical support, training and after sales service to customers in Europe, Middle East, India, Pakistan, Africa, and so on. In 2020, Guide Sensmart has provided mass fever screening systems to help contain the covid-19 spreading in high traffic public places. Currently, Guide Sensmart is adhering to our mission of "Making infrared technology benefit the public", strongly promoting the application and popularization of infrared thermal imaging technology in the emerging industries to make smart sensing improve the work efficiency and well-being of the public, and striving to make the affordable infrared products serve a broader set of customers. Our mother company Guide Infrared have our own R&D teams and production lines. Guide Sensmart Tech Co., Ltd, Guide Sensmart was established in 2016.
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Quality Infrared Thermal Imaging Camera & Handheld Thermal Imaging Camera factory from China
... Guide IR370A Maritime Marine Thermal Imaging Camera Multi Sensor , Modularized ...
Beaumont, United States
11-50 Employees
1995
Our mission is to develop and manufacture the most sensitive, accurate, and competitively priced infrared cameras in the world. Our products revolutionize work across a vast number of settings and professions. We develop top of the line solutions for the following industries and more:. Trusted and tested since 1995, we develop unprecedented technology to provide the very best thermal cameras and infrared systems. SmartIR reduces waste, increases yields, and improves output quality, especially as manufacturers migrate towards more autonomous operations in manufacturing. A valuable quality assurance tool, SmartIR is able to distinguish minute variations in manufacturing outputs to ensure consistent production. SmartIR is a holistic asset reliability and facility safety solution. SmartIR provides deep analytics and easy-to-digest dashboards to inform your predictive maintenance and facility safety processes.
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T-Cam 160 XT
... The T-Cam 160 XT handheld thermal imaging and sensor camera is great for contractors, inspectors, electrical and police use. View the IR camera here. ...
Fritzlar, Germany
1-10 Employees
2019
Unsere Produkte stammen von renommierten deutschen oder europäischen Herstellern, etwa aus den Niederlanden oder dem Vereinigten Königreich. Die Produkte sind besonders auf die Steuerung komplexer, schwerer Fahrzeuge zugeschnitten: das Fahren unter Luke mit eingeschränktem Sichtfeld und die Nutzung bei schlechten Sichtverhältnissen. Bei der Auswahl unserer Produkte achten wir besonders auf die Benutzerfreundlichkeit. Die Produkte aus unserem Netzwerk sind untereinander integrierbar, sodass die Verknüpfung der Systeme sehr einfach gelingt. Unsere Partner verfügen über langjährige Erfahrung in der Zusammenarbeit mit der Verteidigungsindustrie.
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Solutions – Forcified Vision Solutions
... From highly dynamic daylight and thermal imaging cameras up to sensor fusion for usage in complete darkness. ...
Asheville, United States
11-50 Employees
1988
At WithersRavenel, we design the places and supporting infrastructure to enhance people's health, happiness, and well-being. WithersRavenel’s Future Project Managers Academy (FPMA) is thriving, and so are its members. Uplifting communities with engineering & funding services to deliver critical infrastructure projects. Thad has nearly 25 years of engineering design, surveying and GIS experience at WithersRavenel and for other consulting firms and municipalities.
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Infrared (Thermal) Imaging - Services - WithersRavenel
... Night Vision & Thermal Imaging Using Infrared Sensors Real-time data collection Our Remote Sensing team can detect and monitor ...
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Featured
Pulsar Accolade 2 LRF XP50 Pro Thermal Imaging Scope - Hunting Europe
... Optical quality and the best available thermal imaging sensor form a unique combination designed to deliver the longest possible detection range. Warranty: 3 years You can always test all our thermal imaging cameras in our showroom. Don't hesitate to call us 24/7! +32 493 52 32 ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Thermal Imaging Sensor
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 31 |
| Amount of suitable service providers | 20 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 1982 |
| Youngest suiting company | 2019 |
A thermal imaging sensor is a sophisticated device that detects and measures the infrared radiation emitted by objects, converting it into a visible heat map. This technology hinges on the principle that all objects, regardless of their state, emit infrared energy as a function of their temperature. The sensor comprises an array of infrared detector elements, which capture the invisible infrared radiation and process it through complex algorithms to produce a thermographic image. This image depicts temperature variations across the scene, with warmer areas appearing brighter and cooler areas darker, enabling the identification of heat sources and thermal anomalies. In its respective field, the impact of a thermal imaging sensor is profound, particularly in applications such as surveillance, firefighting, and preventive maintenance. In surveillance, these sensors offer the capability to monitor environments under zero light conditions, providing critical data for security operations. Firefighters utilize thermal imaging to see through smoke, facilitating the identification of hotspots and individuals trapped in fire-engulfed structures. In industrial settings, the technology is instrumental in identifying overheating components or potential failures in machinery, allowing for timely maintenance and averting costly downtimes. Overall, thermal imaging sensors have revolutionized the way professionals across various sectors detect, diagnose, and respond to thermal-related challenges, enhancing safety, efficiency, and operational capabilities.
1. Non-Invasive Detection
Thermal imaging sensors provide the unique ability to detect temperature variations from a distance, making them ideal for applications where direct contact with the object or subject is either impractical or unsafe. This non-invasive approach allows for continuous monitoring without disrupting the environment or the subject being observed.
2. Operational in Various Conditions
Unlike traditional visual cameras, thermal imaging sensors can operate effectively in a wide range of environmental conditions, including smoke, fog, and complete darkness. This capability ensures reliable performance in scenarios where other sensors might fail, offering consistent and dependable data collection.
3. Preventive Maintenance and Safety
By identifying unusual heat patterns that may indicate a malfunction, thermal imaging sensors play a crucial role in preventive maintenance. They help in early detection of equipment issues, reducing downtime and potential hazards. This aspect is particularly beneficial in industries where equipment failure can lead to significant operational disruptions and safety risks.
4. Enhanced Diagnostic Applications
In the medical and veterinary fields, thermal imaging sensors offer a non-intrusive way to diagnose and monitor various conditions, from inflammation to poor blood circulation. This application provides a valuable diagnostic tool that complements traditional methods, offering insights that might not be visible to the naked eye.
While evaluating the different suppliers make sure to check the following criteria:
1. Sensor Resolution
Ensure the sensor offers high resolution for clearer thermal images, which is crucial for precise analysis and applications.
2. Sensitivity Range
The sensor should detect minimal temperature differences, as this impacts the accuracy and reliability of thermal imaging.
3. Frame Rate
A higher frame rate is preferable for real-time monitoring and applications requiring dynamic thermal imaging.
4. Operating Temperature Range
Verify that the sensor can operate effectively within the environmental conditions it will be exposed to.
5. Integration Capabilities
The sensor should be compatible with existing systems and easy to integrate into your application or product.
6. Power Consumption
Consider sensors with low power consumption for longer operational life, especially in battery-powered applications.
7. Cost
While not compromising on quality, look for competitive pricing to ensure the best value for your investment.
Thermal imaging sensors have become pivotal in the manufacturing sector, where they are used for equipment monitoring. By detecting heat variations, these sensors can identify overheating parts or machinery that require maintenance, preventing costly downtimes and ensuring continuous production. In the realm of construction and building management, thermal imaging sensors play a crucial role in energy efficiency assessments. They help identify heat leaks and insulation weaknesses in buildings, enabling targeted improvements that reduce energy consumption and enhance sustainability efforts. Agriculture has also benefited from the adoption of thermal imaging technology. Sensors mounted on drones or tractors assess crop health by measuring temperature variations, helping farmers make informed decisions about irrigation and pest control. This application significantly boosts crop yield and resource efficiency. Furthermore, the security and surveillance industry leverages thermal imaging sensors for perimeter monitoring, especially in low visibility conditions. Unlike traditional cameras, thermal sensors can detect intruders based on heat signatures, offering a reliable security solution for sensitive sites. Lastly, in the healthcare sector, thermal imaging sensors are used for non-invasive diagnostics. By analyzing body heat patterns, these sensors can help detect fever, inflammation, or vascular disorders, supporting early intervention and treatment planning.
Thermal imaging sensors have reached a high Technology Readiness Level (TRL), specifically TRL 9, indicating they are fully mature and have been proven in actual mission conditions. This advanced TRL is attributed to several technical factors. Firstly, the core technology behind thermal imaging, which involves capturing and translating infrared radiation emitted by objects into visible images, has seen significant advancements. Modern sensors can detect even minimal temperature differences, enhancing their utility across various applications from military surveillance to medical diagnostics. Secondly, the integration of sophisticated algorithms and processing software has improved the resolution, sensitivity, and speed of these sensors, allowing for real-time imaging and analysis. Furthermore, the miniaturization of components has facilitated the development of portable and user-friendly thermal imaging devices, expanding their application scope. Lastly, extensive testing and deployment in field conditions have validated the reliability, durability, and efficiency of thermal imaging sensors, cementing their status at TRL 9. These technical advancements underscore the maturity of thermal imaging technology and its readiness for widespread implementation across diverse sectors.
In the short-term, advancements in thermal imaging sensor technology are expected to focus on miniaturization and cost reduction. Manufacturers are working on integrating more sensitive and compact sensors into a wider range of devices, including smartphones and drones, without significantly increasing the price. This development aims to make thermal imaging more accessible to consumers and small businesses, enabling applications ranging from home security to energy efficiency audits. Mid-term projections indicate a shift towards enhanced resolution and sensitivity in thermal imaging sensors. As the technology evolves, sensors will be capable of detecting finer temperature gradients and providing clearer images under a broader range of conditions. This improvement will be crucial for medical diagnostics, firefighting, and industrial monitoring, where detailed thermal data can be pivotal. Additionally, the integration of artificial intelligence to interpret thermal data will enable more sophisticated predictive maintenance tools and health monitoring applications. Looking at the long-term, the future of thermal imaging sensors is poised to revolutionize with the advent of quantum technology. Quantum-enhanced thermal sensors could dramatically increase detection sensitivity, potentially allowing for the identification of objects or issues not currently possible. These sensors might also operate with higher efficiency in adverse weather conditions or through obstructions, broadening their applicability in areas like autonomous vehicles, military reconnaissance, and remote sensing of environmental changes.
