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Laser Triangulation Sensors are cutting-edge devices designed for precise non-contact measurement and position verification. These sensors are engineered to offer unmatched accuracy, operating within a range from 2 mm to 2.5 meters with a minimal measuring error of ±1 µm. They utilize both BLUE and IR laser bases, providing a sampling frequency of 160 kHz to ensure rapid and reliable data capture. The robust and versatile nature of these sensors makes them ideal for a wide range of industrial applications, offering superior performance in dynamic environments. The sensors are part of the RF603, RF602, RF603HS, RF600, RF605, RF609, and RF60i series. They are meticulously designed to function effectively in harsh industrial settings, maintaining efficiency and precision without physical contact. The Triangulation Sensors form an integral part of automation processes, where precise position checking and measuring are pivotal. Equipped with blue and infrared lasers, they offer high adaptability, allowing them to cater to various measurement needs across multiple disciplines. Whether for ensuring the correct positioning of components on assembly lines or verifying measurements within quality assurance processes, these sensors deliver reliable performance and adaptability.
1D Optical Micrometers are high-precision, non-contact measurement tools ideal for assessing the diameters, gaps, and displacements of wires, rods, and cylindrical objects. Designed to operate over a measurement range from 5 mm to 100 mm with a measuring error of ±0.3 µm, these micrometers ensure accurate and repeatable measurements at a sampling rate of 10,000 Hz. Such precision makes them indispensable in applications where high accuracy and non-destructive testing are crucial. Part of the RF651, RF656, and RF656XY series, these micrometers are equipped to handle a variety of measurement tasks in industrial environments. They are primarily used in quality assurance roles where dimensional accuracy of components is of utmost importance. The micrometers are particularly effective in the inline measurement of production batches, ensuring consistent quality across products. By providing precise data on dimensions and positional characteristics, these micrometers help maintain standards and enhance the performance of manufacturing systems. Their non-contact nature eliminates potential damage or contamination risks during inspection, making them a preferred choice in settings demanding stringent quality controls.
Absolute Linear Position Sensors are sophisticated devices designed to measure and verify displacements, dimensions, and deformities in engineered objects. Known for their precision, these sensors employ an innovative absolute measurement technology that covers ranges from 3 mm to 55 mm with a resolution as fine as 0.1 µm. They provide crucial data necessary for quality assurance and process control, making them essential in many high-precision industrial applications. The RF251 and RF256 series of Absolute Linear Position Sensors are engineered to deliver robust performance, offering a reliable solution for monitoring and validating measurements in dynamic operational environments. These devices are crucial for applications requiring an accurate assessment of object deformation, surface profiles, and run-outs, ensuring the quality and integrity of components. Their advanced design allows integration into complex automation systems, enhancing the precision and efficiency of data collection processes across various sectors. The sensors are effective tools for applications needing meticulous measurement of mechanical displacements, especially where non-contact methods are necessary to avoid potential interference or contamination.
2D Laser Scanners provide precise measurement solutions for capturing surface profiles and dimensions in two and three dimensions. Designed for welding robots, these scanners cover a measurement range of 10 mm to 1010 mm with remarkable linearity at 0.01% of full scale. Operating on BLUE and IR laser bases, they offer a high sampling rate of up to 16,000 profiles per second, enabling quick and accurate scans for a range of industrial applications. The RF627Smart, RF627BiSmart, RF628, RF629, RF6292, RF627Smart-Weld, and RF627AVIKScan series form the backbone of 2D laser scanning solutions. These devices are engineered to deliver precise surface analysis and profile construction, facilitating the creation of detailed 3D models. Such capabilities make them ideal for applications requiring high precision, such as quality control and automated inspection systems. Their robust design and advanced laser technology ensure these scanners maintain performance even in demanding industrial settings, providing reliable results. Whether used for simple surface measurement or complex model construction, the 2D Laser Scanners offer unparalleled accuracy and speed, making them indispensable tools in modern manufacturing and processing environments.
2D Optical Micrometers are specialized, non-contact devices crafted to measure dimensions and characteristics of geometric objects in two dimensions. With measuring accuracy within ±0.5 µm and integration times no longer than 15 µs, these micrometers excel in batch and inline measurement applications. Ranges vary from 8x10 mm to 60x80 mm, supporting a variety of tasks from detailed edge positioning to gap inspection. The RF657.2D and RF657R.2D series showcase the prowess of these micrometers in industrial environments. They are essential for industries requiring precise apparatus that can handle both single and multi-plane inspections without contact, thereby avoiding any potential risk of wear or contamination. These micrometers integrate seamlessly with automated testing setups for enhanced operational productivity. They provide valuable data critical for maintaining the dimensional integrity of products, ensuring that manufactured goods meet stringent quality and tolerances. By enabling rapid and accurate judgments about product conformity, they play a vital role in optimizing manufacturing processes.
Speed and Length Sensors offer precise data for measuring distance and velocity within various industrial contexts. Utilizing two distinct measurement principles to ensure flexibility and adaptability, these sensors achieve measuring accuracies of less than 0.1% RMS over a wide range of operational distances. This high degree of accuracy supports numerous applications, from material processing lines to quality control systems. These sensors are designed to provide consistent performance across different situations, thus helping industries optimize their production processes by providing real-time feedback and data accuracy. This capability ensures seamless integration within complex manufacturing environments, enhancing process reliability and efficiency. Speed and Length Sensors play a crucial role in various applications where accurate distance and speed measurements are critical. Their adaptability makes them suitable for diverse industrial applications, including monitoring conveyor belts, inspecting steel ropes, and overseeing paper thickness in processing plants. By offering both high precision and easy integration, they ensure quality control and operational excellence in industrial settings.
The Laser Seam Tracking System for Welding Automation RF627Smart-Weld is an advanced solution engineered to enhance precision in robotic welding processes. Utilizing a robust laser profiler, this system automatically monitors and controls the position of the welding torch, ensuring exact alignment and weld quality. Its sophisticated software also tracks and inspects the weld bead's geometric parameters in real-time. This system integrates seamlessly with robot controllers, featuring a direct connection that eliminates the need for intermediary computing modules. It supports multiple welding joint types and offers a user-friendly web-interface for building operational algorithms. Additionally, it presents an intuitive visual display of the welding process, enabling engineers to fine-tune operations on the fly. Purpose-built for demanding industrial conditions, the Laser Seam Tracking System RF627Smart-Weld offers a range of scanners optimized for welding environments. These devices deliver detailed reports on weld bead profiles, ensuring high precision and efficiency in manufacturing processes. This robust system is indispensable for industries seeking to optimize automation and improve outcomes in high-stakes welding applications.
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