ECS Series Cost-Effective 3D Laser Profile Sensor for Industrial Quality Control Price-performance ratio: Cost-effective 3D laser profile sensor for demanding applications Software standards for easy integrations: GigE Vision, GenICam and third-party software support Cross-industry application area: Ideal for the food industry, logistics and robot vision Models in comparison Please log in or register to view prices or buy products. Login/Register Find the Right Model * Write us an email and receive a discount code that gives you a 25% discount on the ECS sensor. Only valid once per customer for one sensor. Cost-Effective 3D Laser Profile Sensor for Food & Beverage and Logistics The ECS series (Eco Compact Sensor) represents the latest innovation in 3D laser profile sensor technology, characterized by its economy and performance. These 3D laser profile sensors are particularly cost-effective, thanks to the use of lower cost optics and sensors and the support of class 2M lasers with a wavelength of 660nm, while offering reliable performance at an affordable price. Designed for standard applications in the food, logistics and robot vision industries where high-end technology is not required, ECS 3D laser profile sensors deliver fast and accurate data acquisition with an output of 2048 and 4096 points per profile and speeds of up to 25 kHz. They offer various field of views and a compact design for easy integration as well as fast software connectivity through GigE-Vision / GenICam, making them ideal for cost and efficiency conscious projects. ECS Data Sheet Application Recommendation Food & Beverage Logistics &Packaging Robot Vision You are currently viewing a placeholder content from Vimeo. To access the actual content, click the button below. Please note that doing so will share data with third-party providers. More Information Unblock content Accept required service and unblock contentA network card that supports at least Gigabit Ethernet is required to operate the devices. A separate network port is recommended for each connected camera. The CPU and graphics card requirements depend on the application and are therefore specified by the image processing software used.The electrical installation differs between cameras, compact sensors, and modular compact sensors. It is important to observe the specific information for the respective model to avoid damage to the device. We recommend using our IO panel.Profile recording can be synchronized by an external encoder signal. The encoder is specified for TTL levels and should not have signal levels above 5V DC, as higher voltages can damage the device.Instead of extending the frame, you can split the recording into multiple frames without any loss of data. With the FrameBurstStart trigger, you can trigger multiple frames with a single start signal.The term “smart sensor” generally refers to the evaluation of measurement data within the device itself. These sensors only transmit the results via their communication interfaces (e.g., Ethernet, Profinet, Modbus, or MQTT). AT’s 3D sensors, on the other hand, transmit the profile data to a PC via the GigE Vision interface. The data is then processed on the PC. AT 3D sensors are high-resolution, high-speed profile sensors. The amount of data generated by such sensors usually exceeds the performance capabilities of the CPUs built into cameras.With our 25 years of expertise as component manufacturers in the field of 3D image processing, we have comprehensive knowledge in 3D laser triangulation sensor applications. Therefore, we can offer you optimal advice on which sensor is best for your application. Feel free to reach out to our sales team with confidence: [email protected].You are currently viewing a placeholder content from Elfsight. To access the actual content, click the button below. Please note that doing so will share data with third-party providers.