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The SICK LMS4000 is a very fast 2D LiDAR sensor designed for precise and demanding measuring tasks across a wide range of industrial applications. It excels in environments where quick, systematic analysis of goods is essential—such as intralogistics, material handling, and automated inspection systems. The sensor delivers accurate object measurements regardless of shape, color, or surface quality, making it ideal for dynamic environments. With its 70° aperture angle and high scanning frequency, the LMS4000 provides a broad field of view that enables efficient coverage of large areas. Its ability to measure objects quickly and precisely ensures reliable performance in both indoor and outdoor settings, supporting real-time decision-making in automated processes.
The LMS4000 uses a continuous laser scan at 600 Hz via a rotating hexagonal mirror to generate 841 individual measuring points per scan. This high-frequency scanning ensures detailed and responsive data capture across a wide area. The sensor operates with a red light laser within the visible spectrum, simplifying alignment during installation. Its measurement process is resistant to external influences such as vibrations or accelerations, enabling accurate readings even under dynamic conditions. It can detect subtle differences in object color and texture, allowing for precise identification of critical points. This makes it suitable for applications requiring high accuracy and consistency in object detection.
The LMS4000 features a 70° aperture angle that provides a wide scanning area, ideal for measuring objects up to 3 m x 3 m or even 4 m x 2 m in cross-section. It consistently measures objects with a height of 1 meter across a width of 2.6 meters. The sensor generates data at 600 Hz using a rotating hexagonal mirror, producing 841 measuring points per scan. Output data can be individually extended or reduced by each channel to meet specific application needs. When used in conjunction with SICK Nova, measurement data is immediately evaluated and aggregated into a turnkey application solution. The sensor’s design ensures resistance to external influences such as acceleration, enabling stable performance during motion.
The LMS4000 offers flexible output configuration, allowing each channel's data format to be individually adjusted for compatibility with specific systems. When integrated with SICK Nova, the sensor delivers immediate evaluation and aggregation of measurement data into a ready-to-use application solution. For larger measurement fields, multiple laser scanners can be deployed to prevent shadowing effects and extend the effective measuring range. This configuration ensures comprehensive coverage without loss of accuracy. The output flow includes calculated values such as object volume or dimensions, enabling seamless integration into automation and monitoring systems.
The LMS4000 is designed for reliable operation in both indoor and outdoor environments. It performs consistently across a wide range of conditions due to its robust measurement technology that resists external influences such as vibration or acceleration. The sensor’s visible red laser light simplifies alignment during setup, reducing installation time. Its performance remains stable even when measuring objects with varying shapes, colors, or surface qualities. This makes it suitable for use in diverse industrial settings including timber processing, logistics, and material handling operations where environmental conditions can vary significantly.
The LMS4000 is an all-rounder suited for a broad spectrum of industrial tasks. It supports palletization and depalletization processes by accurately measuring object dimensions in real time. It is ideal for volume measurement systems in logistics, where precise data on cargo size is critical. The sensor enables quality control systems in indoor areas and supports the measurement of vehicles in outdoor environments. Additionally, it is used to measure objects in the timber industry with high precision. Its ability to quickly and precisely analyze goods makes it a reliable solution across intralogistics, material handling, and automated inspection workflows.
| Specification | Value |
|---|---|
| Objects with a height of | 1 m can be measured consistently by the LMS4000 across a width of 2.6 m. For objects 2 m high, the measuring field width can be up to 1.4 m. In addition, the device variant with increased scanning range even enables the measurement of objects with a cross-section of 3 m x 3 m or even 4 m x 2 m. |
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