Insights, application notes and product news from the Messcan engineering team.
Understand laser distance sensor accuracy, error formulas, phase vs. pulse measurement, and real-world factors to select the right industrial sensor.
Learn how to choose a laser distance sensor interface for industrial systems. Compare RS485, Modbus RTU, CAN and UART for PLC, OEM and embedded applications.
Learn how to choose a laser distance sensor for OEM and industrial applications. Compare range, accuracy, speed, interface, wavelength, IP rating, and temperature.
Red vs Green Laser Sensor: compare outdoor visibility, accuracy, wavelength, power, and cost to choose the right laser distance sensor for your OEM application.
When specifying a laser distance sensor for an OEM integration, understanding Phase vs Pulse Laser Distance Sensor technology is a critical first step. The choice between phase-shift and time-of-flight (pulse) measurement affects accuracy, range, response time, cost, and system design. Choosing the right technology from the beginning helps you avoid unnecessary precision costs and select a sensor that matches your application requirements.
