Our Laser Sensor for Distance Measurement is engineered for high-speed, high-precision performance in industrial applications. Featuring an ultra-high frequency of 100–3000Hz, it delivers real-time measurements with millimeter-level accuracy across a range of 0.2m to 25m.
Key Features:
✅ High-Frequency Measurement – Supports ultra-fast ranging from 100Hz to 3000Hz, ensuring rapid and stable data output.
✅ Millimeter-Level Precision – Delivers highly accurate distance readings for industrial automation and precision engineering.
✅ Durable Aluminum Alloy Housing – The metal shell provides superior durability, stability, and resistance to external impacts.
✅ Splashproof & Dustproof – Designed for challenging environments, offering strong protection against dust and water.
✅ Multiple Communication Interfaces – Supports USART, RS485, and RS232 interfaces for seamless system integration.
Ideal for industrial automation, robotics, logistics, and positioning applications, this TOF laser sesnor for distance measurement delivers unmatched speed, precision, and reliability in distance measurement.
Product Comparison
Why Choose Us?
As a professional laser distance sensor manufacturer, we provide OEM & ODM customization services to meet your specific application requirements. Unlike standard solutions, we offer:
✔ Customizable Parameters – Adjust frequency, baud rate, measuring range, and other settings to fit your project needs.
✔ Flexible Communication Protocols – Tailor the sensor to integrate seamlessly with your existing system.
✔ Factory Direct Pricing – Enjoy cost-effective solutions with no middleman markups.
✔ Professional Technical Support – Our experienced R&D team ensures optimal performance and fast problem-solving.
With over 20+ years of experience in laser measurement technology, we provide high-quality, customizable solutions that enhance efficiency and precision in industrial applications. Contact us today to discuss your specific requirements!Download Our Product Manual
FAQ – Laser Sensor for Distance Measurement
1. What is a Laser Distance Sensor?
A Laser Distance Ranging Sensor is a precision measurement device that uses laser technology to determine distances quickly and accurately. It is commonly used in industrial automation, robotics, logistics, and positioning systems.
2. How accurate is the laser sesnor for distance measurement?
Our sensor offers millimeter-level accuracy, ensuring precise measurements even at long distances. The actual precision depends on environmental conditions and target surface properties.
3. What communication interfaces does the laser sesnor for distance measurement support?
Our Laser Distance Ranging Sensor supports USART, RS485, and RS232 interfaces, making it easy to integrate with various industrial control systems and microcontrollers.
4. Can the Laser Distance Ranging Sensor be customized?
Yes! As a laser distance sensor manufacturer, we provide customization services, including adjustable frequency (100-3000Hz), baud rate, measurement range, and communication protocols, to meet your specific application needs.
5. Is the Laser Distance Sensor suitable for outdoor use?
Yes, our sensor features a robust aluminum alloy housing with dustproof and splashproof protection, making it ideal for outdoor and harsh industrial environments.
6. What are the main applications of the laser sesnor for distance measurement?
Our Laser Distance Ranging Sensor is widely used in robotics, AGVs (Automated Guided Vehicles), industrial automation, smart logistics, positioning systems, construction, and material handling.
7. What is the response time of the Laser Distance Sensor?
With a high-frequency measurement rate of 100-3000Hz, our sensor delivers rapid and stable distance readings, making it suitable for applications requiring real-time data processing.
8. Do you provide technical support for integrating the laser sesnor for distance measurement?
Yes! We offer professional technical support to help you with sensor integration, troublesighting, and performance optimization for your specific project.
