SinceVision's 3D Laser Profiler is a high-precision industrial sensor designed for advanced surface inspection and measurement tasks. Models like the SR series and SRI series feature ultra-high resolution with up to 6400 X-axis profile points and Z-axis repeatability accuracy as fine as 0.1 µm. These profilers deliver high-speed scanning capabilities, with frequencies ranging from a few thousand Hz up to 67,000 Hz, enabling fast and detailed 3D surface mapping.

The profilers use blue laser light sources (e.g., 405 nm or 450 nm) for precise distance measurements and are built to operate reliably in industrial environments, often with an IP67 rating for water and dust resistance. Their designs emphasize compactness for easy integration and support software connectivity with multiple development platforms such as Halcon, VisionPro, and LabVIEW. Typical applications include quality inspection in industries such as lithium battery production, semiconductors, photovoltaics, and railway track inspection.

These features allow SinceVision 3D Laser Profilers to enable precise, real-time 3D surface profiling for enhanced quality control and automation in manufacturing processes.

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SinceVision's High-Speed Cameras are designed for precision industrial and scientific applications, they combine compact size with high performance. The Smart Series, for example, features ultra-high frame rates up to 3200 frames per second at 1080p resolution, making it suitable for super slow-motion video, motion studies, vehicle crash tests, ballistics, and flow analysis. These cameras are lightweight and compact, enabling integration into space-constrained environments.

These cameras utilize advanced CMOS sensor technology with enhanced image processing capabilities, ensuring high-quality, clear images with accurate color reproduction. The design includes robust hardware that performs reliably across a wide temperature range (-10°C to 50°C, extendable to -40°C to 65°C in some models) and different environmental conditions. They support fast data transmission via 10 Gigabit Ethernet interfaces and offer large onboard storage capacities.

One notable model is the SH6-504, a compact and intelligent high-speed camera weighing only 430g with dimensions 72x72x60mm. It offers excellent resolution, noise reduction, color correction, and a robust mechanical design ideal for high-end scientific research, national defense, and industrial automation.

Overall, SinceVision high-speed cameras excel in delivering unparalleled speed, precision, and image quality for diverse industrial and research applications.

• High-speed cameras with industry-leading 320GB of memory and up to 24TB on-camera hard disk
• SH6 series high-speed cameras with the highest specifications in the industry – 5K Series: 21 MP @ 1000 fps, and 4K Series: 8 MP @ 2000 fps.
• Up to 1.15 million pixels available

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SinceVision Laser Displacement Sensor and Spectral Confocal Displacement Sensor are advanced precision measurement devices used in high-speed industrial applications.

The Laser Displacement Sensor, such as the SG5020 model, offers industry-leading features like an ultra-high sampling frequency of up to 590 kHz and repetition accuracy of 0.02 µm. It supports both wide and small light spot options, providing versatility across various precise measurement tasks. The sensor is designed to capture ultra-fast motion stably and accurately, making it ideal for high-speed manufacturing and quality control processes.

The Spectral Confocal Displacement Sensor stands out for its highly precise, non-contact distance measurement using confocal chromatic technology. This sensor excels in environments where surface reflectivity varies, including low-reflectivity or black materials. It enables accurate thickness measurements, positioning, and surface profiling with excellent repeatability and minimal influence of ambient light.

Both sensors incorporate robust hardware suitable for tough industrial conditions, often with IP67 protection against dust and water, and support integration with machine vision and automation systems through various software platforms.

These sensors empower industries such as electronics, semiconductor manufacturing, automotive, and logistics with ultra-precise, reliable, and fast surface and thickness measurement solutions, enhancing product quality and optimizing production efficiency.

Learn more about the Laser Displacement Sensor: https://www.sincevision.com/product/laser-displacement-sensor.html

Learn more about the Spectral Confocal Displacement Sensor: https://www.sincevision.com/product/spectral-confocal-displacement-sensor.html

SinceVision Full-Spectrum Sensor is an advanced optical color detection device designed specifically for industrial automation and quality control applications. Unlike traditional RGB sensors, the Full-Spectrum Sensor uses a broad-spectrum light source, allowing it to accurately identify up to 16 unique colors with high precision. This capability makes it suitable for complex color sorting, packaging, labeling, and component identification tasks in fast production lines.

The sensor offers a high response speed with a response time as short as 200 microseconds and operates at frequencies up to 5 kHz, making it highly efficient for real-time industrial processes. Its compact and durable design enables easy integration into various manufacturing environments, with reliable operation under harsh conditions.

Common applications for this sensor include accurate color matching for packaging and labels, label recognition on winding machines, and identifying battery cover poles. Its advanced color detection capabilities help improve product quality and streamline automated workflows.

Full-Spectrum Sensor represents a significant technological innovation in industrial color sensing, enhancing speed, accuracy, and versatility in automated manufacturing and inspection systems.

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SinceVision Through-Beam Edge Sensor is a high-performance, non-contact sensor designed for precise edge detection and positioning tasks in various industrial applications. It offers a high sampling frequency of up to 4 kHz and a fast response time of 250 microseconds, which ensures quick and accurate measurements essential for dynamic production environments.

The sensor supports robust communication modes, including EtherCAT, voltage analog, and current analog, providing flexibility in integration with automation systems. It also boasts strong anti-interference capabilities verified by EMC certification and shielded cables, ensuring stable operation even in challenging industrial conditions.

Key features include excellent detection accuracy with a repetition accuracy of 2 microns and linear accuracy of ±0.4% full scale. It is commonly used for applications like web edge control, sheet metal detection, and quality control across industries such as lithium battery manufacturing, where it excels at electrode reel correction and pole piece damage detection with very low false detection rates.

The sensor system is compact and durable, with an IP67 rating for dust and water resistance and an aluminum alloy housing.

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