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The SICK Ranger3 machine vision streaming camera sets a new standard for high-speed 3D inspection by delivering unmatched measurement speed and precision in a compact housing. Designed for demanding industrial applications, the Ranger3 combines advanced 3D profiling with high-resolution 2D imaging in a single device. With Surface+ technology, it reveals even the tiniest surface scratches on smooth materials and enables accurate gloss defect detection. This integration of both 3D and 2D data within one camera eliminates the need for multiple sensors, reducing system complexity and cost. The Ranger3 delivers comprehensive inspection capabilities—measuring dents, irregularities, and dimensional accuracy while simultaneously detecting subtle visual defects under specific lighting conditions—all in a single image capture, making it ideal for applications requiring both depth and surface quality analysis.
The Ranger3 introduces Surface+, a patented technology that adds an extra image dimension to reveal microscopic scratches on smooth surfaces. This enables detection of defects invisible to standard inspection methods. The camera captures multiple images in both 2D and 3D during a single capture event, with the 2D and 3D data precisely aligned along the same coordinate system for seamless analysis. With high-resolution color and grayscale imaging capabilities, it supports detailed surface evaluation. Surface+ is not only effective for scratch detection but also allows for measuring glossiness to identify coating or paint defects. The integration of both 3D and 2D data in one camera stream simplifies inspection workflows and improves accuracy across diverse industrial processes.
The Ranger3 delivers high-speed 3D performance with a maximum 3D profile rate of up to 69 kHz, enabled by its new 2.5 Gbit/s network interface. This high-speed interface allows streaming of both 3D data and reflectance or scatter data at speeds up to 46 kHz when combined. The camera supports high-resolution color and grayscale imaging, enabling detailed surface inspection. Its compact housing delivers powerful 3D performance in a small footprint. Surface+ technology ensures precise alignment between 2D and 3D image planes, allowing for accurate defect detection across both dimensional and visual criteria. These capabilities are achieved without compromising data integrity or processing speed, making the Ranger3 suitable for real-time inspection environments requiring high throughput.
The Ranger3 is designed for easy integration into existing machine vision systems through its high-speed 2.5 Gbit/s network interface. This interface enables efficient data streaming to downstream processing units, supporting both standalone and networked inspection setups. The camera’s ability to deliver synchronized 2D and 3D data in a single capture simplifies system configuration by eliminating the need for dual cameras or complex synchronization mechanisms. With aligned coordinate systems between 2D and 3D data, integration with vision software and inspection algorithms becomes more reliable and efficient. The combination of high-speed streaming and unified data output ensures that inspection processes remain fast, accurate, and scalable across different production lines.
The Ranger3 is engineered for robust industrial operation in a wide range of environments. It operates reliably under standard temperature and humidity conditions typical in manufacturing settings. The camera’s compact housing provides durability while maintaining performance during continuous use. While specific environmental ratings are not provided, its design supports long-term reliability in demanding production environments. The high-speed data processing and stable image acquisition ensure consistent results even under variable lighting or surface conditions. Its ability to detect fine scratches and gloss defects makes it suitable for applications where environmental stability is critical but not explicitly defined by SICK.
The Ranger3 creates value across a wide range of industries requiring precise surface inspection. In automotive manufacturing, it detects dents, paint defects, and gloss inconsistencies on body panels. In electronics, it identifies micro-scratches on smooth surfaces and ensures coating uniformity. In packaging and consumer goods, it verifies dimensional accuracy and surface quality under specific illumination. The combination of 3D dimensionality and 2D visual inspection allows for comprehensive defect detection in a single step. With Surface+, even the smallest scratches or gloss variations are reliably identified, ensuring product consistency and quality control across diverse production lines.
| Specification | Value |
|---|---|
| resolution | color and grayscale imaging |
| interface | also allows 3D data in combination with reflectance and scatter data at speeds up to 46 kHz. |
| dimensions | , finding dents and similar irregularities, while the 2D data is used to detect tiny scratches or gloss defects that are visible under specific illumination. |
| Ranger3 Superior | 3D performance in a small package powered by ROCC technology |
| Setting a new standard for high-speed | 3D |
| dimension | to reveal even a very tiny scratch on a smooth surface. It can also be used for measuring the glossiness of surfaces to detect paint or coating defects, for example. |