PRODUCT CATEGORY
Baoding Bedook Electronic Co., Ltd, specializing in the production of industrial automatic control products, Mainly produce ultrasonic sensors, photoelectric sensors, inductive sensors, capacitive sensors and etc.
HAS
influential customers
Devote ourselves to the research and development, production and sales of sensors
Bedook: A Distinguished Pioneer in the Sensor Field
Since its inception in 2008, Bedook has remained at the forefront of sensor technology advancements—dedicating itself to intensive R&D, meticulous manufacturing, and specialized sales. Steadily advancing within the industry, the company provides high-quality sensor detection solutions to clients across diverse sectors worldwide. Bedook sensors are characterized by their high level of technical expertise, extensive range of applications, and rich variety of product types. The product line encompasses thousands of distinct items—including ultrasonic, photoelectric, capacitive, and inductive sensors, as well as tension and web-guiding control systems, light curtains, cables, and connectors—thereby effectively meeting the diverse and varied needs of a wide spectrum of clients.
honor and qualification
All Bedook products are developed and produced in strict accordance with UL international standards and ISO9001 quality management system, and have passed international standard tests such as EMC (electromagnetic compatibility), IP protection level, vibration and impact, high and low temperature, etc., and have obtained ISO9001, CE, ROHS, CCC , UKCA, CQC and other relevant qualification certifications, product quality and performance are safe and reliable.
bedook ●
Dedicated To Sensor Research And Development, Production, Sales In One Of The High-Tech Enterprises
NEWS CENTER
Baoding Bedook Electronic Co., Ltd, specializing in the production of industrial automatic control products, Mainly produce ultrasonic sensors, photoelectric sensors, inductive sensors, capacitive sensors and etc.
Using Inductive Proximity Sensors in CNC Machine Tools
Introduction: Why Sensor Reliability Is Critical in CNC Machining In CNC machine tools, inductive proximity sensors are not just detection devices—they directly influence positioning accuracy, tool-change sequencing, and overall process stability. However, under real operating conditions involving coolant, metal chips, and constant vibration, sensor performance can quickly degrade if not properly selected and installed. Unplanned downtime in CNC [...]
Switching Frequency Explained: How Fast Is Fast Enough for Your Application
In high-speed industrial applications, proximity sensors rarely fail because of product defects. They fail because they cannot keep up with the actual operating speed. Missed detections, inconsistent counting, signal fluctuation, and unstable PLC readings are common issues in conveyor systems, packaging lines, and CNC machines. In most cases, these problems are not caused by poor [...]
Flush vs Non-Flush Proximity Sensors: How Mounting Affects Performance
In industrial applications of proximity sensors, engineers often encounter a common issue: the same sensor model can perform very differently depending on how it is installed. In some cases, a sensor that appears correctly selected during design may fail to meet performance requirements after installation. Flush and non-flush mounting are not simply mechanical installation differences. [...]