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Laser Triangulation Sensors are designed for precision tasks that demand non-contact methods of assessment. These sensors utilize a laser beam triangulation technique to calculate the distance to an object, offering exceptional accuracy and reliability. They are applicable in measuring displacement, dimensions, surface profiles, and even the geometry of transparent and shiny surfaces. The RF603 series, which includes universal models, high-speed variants, and specialized designs, offers a range of options with different measurement capacities and capabilities to fit diverse industrial needs. Measurement ranges for these sensors extend from 2 mm to as far as 2500 mm, depending on the model, while maintaining linearity within ±0.05% and ensuring a robust resolution of up to 0.01% of the range. The use of advanced laser diode technology ensures minimal power consumption and excellent performance across various operational conditions. These sensors are particularly noted for their compatibility with red and blue laser options, catering to specific application necessities with optimal safety ratings. The Laser Triangulation Sensors are engineered to withstand challenging environments, with IP67-rated enclosures for protection against harsh industrial settings. Their compact yet durable design allows for easy integration into existing systems, and their compatibility with various communication interfaces including RS232, CAN, and Ethernet facilitates straightforward data transfer and monitoring. These features, combined with their ability to deliver real-time measurements, make them indispensable tools in high-precision industrial processes.
RIFTEK Europe's Absolute Linear Position Sensors are pivotal for precise measurement tasks requiring accurate activity data. Also known as Absolute Linear Encoders, they provide indispensable tracking of displacements and movements in engineering applications. Featuring in two main models, RF251 for industrial environments and RF256 with display capabilities for laboratory settings, these sensors are tailored for diverse operational conditions. Known for their high accuracy and reliability, the RF25x series offers measurement ranges from 3 mm to 55 mm with resolution options from 0.1 µm to 10 µm. This design assures precise data capture consistently across various parameters, enhancing the robustness required for intricate measurements like deformation tracking and geometry profiling. Equipped with multiple output interfaces, including digital communication protocols like RS422 and analog options, these sensors adapt to various needs. Their design considers industrial constraints, providing IP57 enclosure rating for RF251 series to ensure resilience under harsh conditions while maintaining optimal performance. Whether in a research lab or heavy-duty industrial rig, these sensors offer unparalleled measurement capabilities.
The 2D Laser Scanners from RIFTEK Europe are designed for precise profiling and dimension assessment of diverse objects in real time. These scanners operate using laser triangulation, providing fast and accurate monitoring of surface profiles and geometries essential for industrial automation and quality control. Equipped with a variety of models, including the RF627Smart with built-in measurement functions and RF629 for high-speed profiling, these scanners support complex tasks in manufacturing environments. They can process from 520 to 16000 profiles per second, depending on the specific model and mode used, ensuring that they meet the rigorous demands of modern production lines. The scanners accommodate different protocols, including Ethernet/IP and Modbus TCP, allowing them to seamlessly integrate with industrial systems. Built for endurance, the housing is crafted to withstand harsh industrial conditions with superior environmental protection ratings, making them reliable and robust for lengthy operations. The dual-camera and increased resolution options in certain models further enhance the flexibility and precision of these devices, making them versatile tools for complex scanning applications.
The 1D Optical Micrometers by RIFTEK Europe are crafted to deliver precise non-contact measurement of tiny dimensions. Using the 'shadow' measurement principle, they are exemplary for assessing wire, rod, and cylinder diameters, as well as gaps and edge positions in various applications. Their finely calibrated optics provide a range of 25 mm to 100 mm, with accuracy levels as sharp as ±5 µm, ensuring meticulous quality assessment in industrial environments. The RF651 series offers direct through-beam analysis, while the RF656 variant boasts telecentric lens technology for greater precision across varied measurement spans. These micrometers are designed for industrial versatility, equipped with data outputs such as RS232 and RS485, allowing seamless integration into automation systems. By providing high scanning frequencies up to 2000 Hz, these micrometers are suitable for rapid production environments, ensuring that users benefit from their robust accuracy and consistent performance over time.
Dedicated to achieving high precision in multi-dimensional settings, the 2D Optical Micrometers from RIFTEK are vital for comprehensive inline measurements of dimensions, angles, and thread parameters. Built upon a laser light shadow casting principle, these devices efficiently measure a broad spectrum of parameters with high repeatability. Models like the RF657.2D deliver unmatched accuracy and rapid response, supporting high-speed industrial operations. This series, with measuring capabilities extending from 15 mm x 20 mm to 60 mm x 80 mm and accuracy up to ±0.5 µm, facilitates intricate measurements crucial for quality control in fabrication and engineering setups. These micrometers integrate seamlessly with existing systems, thanks to their Ethernet interfacing capabilities and multiple data output options including Modbus TCP, which ensure compatibility and straightforward integration within automated processes. Given their high resolution and robust construction, they stand as key components in ensuring precision and reliability in sophisticated manufacturing environments.
Exclusively crafted for precision in velocity and distance measurement applications, RIFTEK Europe's Speed and Length Sensors employ advanced laser and optical technologies. The series, featuring the ISD-3 and ISD-5 models, utilizes Raster Spatial Filtration and Laser Doppler Interferometry respectively, catering to a wide array of industrial needs from metallurgy to automotive testing. ISD-3 sensors offer non-contact speed measurement of up to 250 km/h, while ensuring distance accuracy less than ±0.1% RMS after calibration. The ISD-5 variant is equally adept, offering speeds up to 20 m/s with remarkable precision, proving invaluable for applications requiring stringent distance metrics such as in production lines and vehicle dynamic tests. Beyond unparalleled accuracy, these sensors proudly sport robust designs capable of functioning under varied environmental conditions, featuring IP67-rated enclosures for guaranteed longevity. Comprehensive data outputs and ease of integration with existing control systems make these sensors a trusted choice for all measurements of movement and distance in industrial settings.
Designed for precision welding processes, the Laser Seam Tracking System for Welding Automation RF627Smart-Weld is dedicated to enhancing robotic welding performance through automatic seam tracking. This system effectively governs the position of the welding tool, ensuring seamless and precise application during complex welding operations. The RF627Smart-Weld system eliminates the need for intermediate computing modules, allowing direct linkage with robot controllers via Ethernet, streamlining the welding automation workflow. Incorporating built-in protocols for multiple robot platforms, the system provides flexible integration capabilities, aiding easy adaptation across different welding setups. With sampling rates reaching up to 4884 profiles per second, the system boasts exceptional precision and accuracy. Configurable through a user-friendly web interface, it simplifies the customization of welding protocols, making it a highly versatile option for fabricators aiming to optimize quality and production efficiency through automation.
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