IR Thermometer and IR Camera Solutions for Industry and R&D

Metal

In metal production and processing, temperature monitoring with non-contact sensors optimizes procedures at up to 3000 °C (5432 °F), whereas contact thermometers have a limited-service life. Continuous temperature monitoring is crucial in rolling mills, continuous casting plants, slag ladle cars, induction hardening, and die forging. Optris has developed infrared measurement devices for high temperatures and rough environments, making non-contact temperature measurements on metal surfaces efficient and reliable.

Utilizing state-of-the-art infrared cameras and thermometers, Optris ensures precise temperature monitoring, which is crucial for maintaining safety and optimizing processes. The short-wavelength technology employed by Optris devices minimizes measurement errors, ensuring accurate temperature measurement on shiny surfaces even under harsh conditions. Optris two-color pyrometers compensate for varying emissivity and have the highest accuracy. Optris robust, high-speed thermal imaging solutions are perfect for rapid processes, while innovative features like dual laser sighting and customizable software integration enhance operational efficiency.

By choosing Optris, the metal industry benefits from enhanced safety, improved process control, and superior product quality, making it a wise investment for any metal manufacturing operation.

Glass

Optris offers unparalleled solutions for the glass industry, providing advanced non-contact temperature measurement technologies essential for maintaining high-quality and efficient production. The infrared cameras and thermometers from Optris are specifically designed to address the unique challenges of the glass manufacturing process, such as reflection and transmissivity issues. With precise temperature monitoring capabilities, pyrometers ensure accurate measurements for surface temperatures or deeper layers of glass. These devices are crucial in processes like float glass production, laminated safety glass, and single-pane safety glass manufacturing.

By integrating Optris technology, manufacturers can optimize heating and cooling phases and enhance product quality, a significant role that ensures consistency in production. The innovative line scan functionality and robust software integration offered by Optris devices further streamline process control, making them indispensable for modern glass production facilities. Optris is the preferred choice in the glass industry for a reliable, efficient, and accurate temperature measurement solution.

Discover application examples in our dedicated section.

Plastic

The plastics industry requires precise non-contact temperature measurement across various stages, like injection molding, PET bottle forming, and thermoforming. The manufacturing processes in the plastics industry are as varied as the plastics themselves. Optris has developed specialized infrared measuring devices such as narrowband sensitive IR sensors of P3/P7 models and IR cameras of Precision line for accurate multiple-point measurement to ensure high-quality plastic products. Ensure that the plastic processing is always at the right temperature, avoiding waste and saving energy. Discover application examples in our dedicated section.

Discover how Optris solutions enhance efficiency and quality control in glass applications, leading to superior performance and reliability.

Electronics

High-density circuits and components are sensitive to temperature variations, affecting their functionality and lifespan. Optris infrared cameras provide essential non-contact temperature measurement solutions for the electronics industry, ensuring precision and reliability in manufacturing processes. Accurate temperature monitoring with Optris infrared cameras prevents overheating, thermal stress, and component failure. These high-resolution cameras offer detailed electronic assemblies and thermal components analysis down to 8 µm.

Optris systems enable real-time monitoring during development, production, and quality control, identifying excessive heat in defective components or poorly soldered joints. This capability allows engineers to detect and correct design errors early, optimizing circuit board performance and extending the lifespan of semiconductor elements. The robust design and advanced optics of Optris cameras ensure precise temperature measurement, even in high-density and miniaturized electronic environments. With features like exchangeable, focusable optics and high frame rates, Optris infrared cameras capture fast processes and provide comprehensive thermal data, maintaining the integrity of electronic components.

Explore Optris solutions, which provide accurate readings without influencing the temperature of the components.

Automotive

Monitoring and regulating process temperatures at every manufacturing stage is crucial for the automotive industry, particularly in applications such as thermoforming of exterior parts, laminating of interiors, vehicle analysis, battery assembly, and tire manufacturing. Other applications include thermal measurements of heated car seats, laser plastic welding, coating, and sealant curing for automotive manufacturing, windshield forming.

To ensure flawless vehicle production, Optris offers infrared sensors and thermal imagers specifically designed for this industry. These advanced solutions help ensure high-quality vehicles, reduce defects, and optimize manufacturing processes.

Discover how Optris solutions enhance efficiency and quality control in automotive applications, leading to superior performance and reliability.

Semiconductors

In the semiconductor industry, precise temperature control is critical for achieving optimal results in various processes. Optris infrared thermometers and thermal imaging cameras provide exceptional accuracy and reliability for these high-stakes applications.

Maintaining the correct temperature ensures uniform film deposition and high-quality coatings for physical vapor deposition and chemical vapor deposition processes, including sputtering and thermal evaporation. Optris pyrometers, with their two-color principle, offer precise temperature measurements even under changing emissivity conditions, where process temperatures can reach up to 3000 C. Optris infrared sensors deliver accurate temperature data crucial for controlling chemical reactions. The Optris CSvision series, with its short measuring wavelength and advanced sighting features, excels in high-temperature environments, ensuring the uniformity and quality of deposited layers.

Optris’s solutions are also indispensable for rapid thermal annealing and optical lithography, where maintaining uniform temperature distribution is key to achieving consistent results. The compact and robust design of Optris sensors, such as the CSmicro series, allows for integration in tight spaces, providing real-time monitoring and control without interfering with sensitive manufacturing processes.

Learn how Optris solutions enhance efficiency and quality control in semiconductor applications, leading to superior performance and reliability.

Solar

Temperature plays a critical role in the performance of solar cells, influencing both efficiency and longevity. High temperatures can decrease the electrical output and increase the rate of degradation in solar modules. Utilizing infrared thermography and precision non-contact temperature sensors can help in assessing temperature-related performance issues and ensuring the reliability and efficiency of solar energy systems.

Optris provides solutions for the solar industry, ensuring accurate temperature measurement during critical processes like solar flash testing and defect detection. In Solar Flash Tests, precise temperature monitoring is vital as it influences the electrical characteristics of solar cells. For defect detection in photovoltaic modules, Optris infrared cameras offer non-destructive inspection capabilities. By capturing the thermal fingerprints of defects such as delamination, cell mismatches, and shunts, these infrared cameras enable rapid and large-scale quality assurance. In processes like soldering, tabbing, and stringing of solar cells, Optris infrared cameras detect faulty connections by identifying hotspots and missing interconnections. This advanced thermal inspection ensures that only modules with optimal electrical connections are deployed, enhancing the efficiency and performance of solar panels.

Learn about Optris temperature measurement solutions for the solar industry.

Battery Monitoring

Optris offers essential infrared temperature measurement solutions for the battery industry, ensuring early detection of thermal runaway and preventing fire hazards in lithium-ion batteries. With the increasing use of Li-ion batteries in various applications, including electric vehicles and energy storage systems, the risk of thermal runaway and subsequent fires is a significant concern. Optris infrared cameras, such as the Xi and PI series, provide precise, non-contact temperature monitoring, enabling early detection of hotspots and potential failures before they escalate into catastrophic events.

During battery cell manufacturing, storage, and usage, Optris infrared cameras continuously monitor the temperature, detecting any abnormal rise that could indicate a thermal runaway event. Optris pyrometers are ideal for monitoring the temperature of battery electrode sheets during the coating process. By integrating Optris infrared technology, the battery industry can enhance safety, prevent costly downtimes, and ensure the reliability and longevity of their products, making Optris an indispensable partner in advanced battery monitoring and fault prevention.

Discover application examples in our dedicated section.

Fire Detection & Safety

Optris infrared cameras provide cutting-edge solutions for early fire detection, leveraging high thermal sensitivity to identify potential fire hazards before ignition. This technology is essential for industrial safety, preventing irreparable damage to plants and buildings. Optris systems offer 24/7 thermal monitoring, enabling automatic protective measures through advanced process technology. By applying temperature thresholds below ignition levels, they can detect hotspots and potential fires in critical environments such as waste bunkers, storage areas, and industrial facilities.

Optris infrared technology is particularly effective in detecting early signs of thermal runaway in lithium-ion batteries, preventing catastrophic failures and fires. The system’s precise temperature measurement capabilities are crucial for early intervention, ensuring safety and reliability. Additionally, the Optris system can be customized with various optics to suit specific applications, providing tailored solutions for comprehensive fire protection and early detection across diverse industrial settings.

Learn how Optris infrared devices enhance fire safety and protect your industrial environment effectively.

Condition Monitoring

Optris infrared cameras provide essential non-contact temperature measurement solutions for high-voltage electrical systems. Accurate monitoring of electrical connections is crucial, as degradation increases resistance and temperature, posing fire or explosion risks. Continuous monitoring with Optris infrared cameras prevents costly downtime by detecting heat generation from overload, phase imbalance, corrosion, and poor connections.

In high-voltage environments, conventional sensors face safety and signal quality issues. Optris pyrometers offer a non-contact alternative, providing accurate measurements from a safe distance to avoid electromagnetic interference. For large-scale applications like bus bar monitoring in container ships or electrical substations, Optris cameras offer real-time data and early warning capabilities. Their advanced thermal imaging allows utilities to identify potential faults early, ensuring power grid reliability and reducing maintenance costs. Integrating Optris technology enhances safety, reliability, and efficiency in high-voltage systems.

Learn more about Optris solutions for condition monitoring.

3D Printing & Additive Manufacturing

Optris IR cameras are integral for increasing production yield and product quality in additive manufacturing. They provide real-time data on heat distribution, allowing timely adjustments to prevent defects. The robust design and advanced optics ensure durability and reliability in harsh industrial environments, making Optris the ideal partner for optimizing 3D printing and additive manufacturing processes. Monitoring and controlling temperature throughout each process phase in the 3D printing and additive manufacturing applications ensures high-quality parts, preventing welding defects and failures.

Optris provides a comprehensive range of infrared sensors and short-wave IR cameras optimized for metal targets and plastic printing. These infrared cameras monitor entire weld pools and track the hottest points, eliminating the need for precise single-spot sensors. In processes like laser metal deposition and selective laser melting, Optris infrared cameras accurately measure the temperature of metal powders and molten pools. Optris offers short- and long-wave cameras with filters that protect sensors from laser damage and ensure precise temperature readings for plastic and carbon fiber printing.

Discover Optris’ unique solutions for 3D printing & additive manufacturing.

General Manufacturing

Optris solutions for non-contact temperature measurement enhance precision, quality, and safety in industrial manufacturing while optimizing processes and reducing costs. The non-contact and real-time capabilities of Optris infrared cameras and thermometers make them indispensable in modern manufacturing. Optris infrared sensors enhance personnel safety and environmental control in hazardous areas by providing essential data without direct contact. They reduce energy costs, scrap, and downtime by offering accurate, instantaneous feedback on operating parameters, increasing productivity.

By using Optris solutions, manufacturers achieve lower operating costs and improved process efficiency. Accurate profile data optimizes thermal processes, ensuring superior product quality. Optris infrared pyrometers monitor cure schedules for coatings, observe packaging processes, and establish proper drying temperatures in paper drying, reducing energy costs. Infrared cameras also monitor proper bonding and curing temperatures, improving product quality, and control the temperature of fast-moving parts, quickly detecting potential problems and reducing scrap and waste. Optris non-contact temperature measurement solutions are essential for maintaining high standards of precision, reliability, and efficiency in industrial manufacturing.

Learn more about Optris solutions for industrial manufacturing settings.

Pharmaceutical & Medical

In the pharmaceuticals and medical industry, precise temperature monitoring with infrared cameras and thermometers is crucial due to stringent production standards and sterilization requirements. Non-contact temperature measurement is invaluable across various medical processes, allowing for effective monitoring and optimization. Medical device manufacturers, pharmaceutical production companies, and researchers trust Optris infrared thermometers and thermal imaging cameras. Monitoring patient body temperature and medicine without physical contact, ensuring hygiene, and reducing the risk of cross-contamination. Infrared thermography aids in the early detection of conditions such as inflammation or circulatory issues by visualizing heat patterns on the skin or are is used in sterilization processes to verify that medical equipment and environments reach the necessary temperatures to eliminate pathogens.

Optris solutions deliver accurate, non-contact measurements, ensuring product integrity, regulatory compliance, and safety. Optris infrared technology offers industry-specific benefits such as enhanced quality control, efficient process monitoring, and reliable storage conditions in pharmaceutical and medical applications.

Discover how Optris can improve biomedical applications with state-of-the-art infrared solutions.

Food

Infrared cameras and pyrometers provide accurate, non-contact temperature monitoring for both commercial and industrial kitchens during the mass processing of food. These infrared sensors enhance food safety, prevent bacterial growth, and ensure optimal cooking and cooling conditions without contamination by offering real-time data on critical temperatures during food processing and storage.

Optris infrared cameras and thermometers deliver high accuracy and reliability, crucial for maintaining consistent product quality and meeting stringent industry standards. Integrating Optris technology allows food manufacturers to improve efficiency, reduce waste, uphold the highest standards, and track compliance with food safety, cool chains, and quality throughout their production processes.

Learn more about Optris solutions in the food industry.