Sensor Products

Safety light curtain is a type safety light screen or safety light barrier sensors. Prioritize workplace safety from DADISICK are designed Safety light curtains. These high-quality light curtains can be customized to meet a variety of application requirements, ensuring operator and equipment safety. Browse our product range to find the perfect safety solution for your industrial environment.

DADISICK's The measuring light curtains is a high-precision, non-contact detection and measurement device. When an object passes through the light curtain, the position, size, shape and other parameters of the object can be accurately measured. It is widely used in many fields such as wood processing, spray positioning, production line monitoring, parts counting, etc.

The special protective housing made of robust aluminum profiles and stainless steel and cold steel plate plastic spraying material protective cover to safeguard the light curtain maintain stable operation under various harsh outdoor conditions. The heating system enabling our Vehicle Classification Light Curtains maintain high performance in extreme temperatures and humidity, reducing maintenance costs. They resist electromagnetic and optical interference, ensuring stable operation in complex traffic environments. Supporting multiple signal outputs like NPN and PNP, they ensure compatibility with various control systems for real-time data transmission and analysis.

DADISICK's laser scanning radar is designed for environmental scanning, AGV obstacle avoidance, robot navigation and intrusion alarm,laser scanning radars utilizes advanced optical technology and algorithms for accurate object detection and distance measurement.It can precisely identify objects and calculate distances based on high-resolution laser scanning, ensuring reliability in various environments.With high switching frequency and low response time, it quickly adapts to dynamic environments, improving detection efficiency.

Safety mats are devices that achieve safety protection through pressure sensing. They use pressure-sensitive sensor technology. When subjected to a set pressure (i.e. an object of a certain weight), the sensor triggers a signal to stop the machine from running, thereby protecting the operator from potential danger. It is highly sensitive, durable, easy to install and maintain, and can be customized according to the unique needs of your factory.

Safety edges are devices that achieve safety protection through pressure sensing. They use pressure-sensitive sensor technology. When subjected to a set pressure (i.e. an object of a certain weight), the sensor triggers a signal to stop the machine from running, thereby protecting the operator from potential dangers.

DADISICK safety relays are suitable for monitoring various signals in industrial sites with high safety requirements. In addition to safety light curtain signals, they also include emergency stop signals, safety door switch signals, safety grating signals, two-hand button signals, etc. The main purpose is to protect mechanical operators and mechanical equipment exposed to different degrees of danger. As an important electrical equipment, it plays a key role in protecting equipment and personnel from danger in industrial environments.

The purpose of a safety interlock switch is to reduce the risk of accidents, injuries, or damage that could result from accidental or unauthorized operation. By implementing a safety interlock switch, it ensures that only authorized personnel with the appropriate knowledge or credentials can activate or deactivate the device. For example, in machinery or industrial environments, safety interlock switches are often used to prevent accidental startup during maintenance.

DADISICK displacement sensor has extremely high measurement accuracy, can meet the needs of precision measurement, fast measurement speed, and real-time feedback of measurement results. It can be used for dimensional measurement, position identification of tiny parts, monitoring of parts on conveyor belts, detection of material thickness and surface roughness, etc. DADISICK displacement sensor is divided into two types: contact and non-contact.

The safety light grid employs retro-reflective mirror technology to establish a network of infrared protection adaptable to different work environments. Surface-mount technology enhances shock resistance, ensuring stable operation in various vibration conditions. With optional protection ranges from 1 to 4 sides, and a maximum single-sided protection distance of up to 45 meters, it is suitable for hazardous areas requiring regional enclosed protection, such as turret punch presses, assembly stations, packaging equipment, stackers, and robot work zones.

Ultrasonic sensors are proximity switches that use sound waves to measure distance. They can emit high-frequency ultrasound and receive reflected sound waves to determine the position and distance of objects. This type of sensor is widely used in various fields, such as automotive reverse radar, industrial measurement, liquid level control, etc. The core advantage of ultrasonic sensors is that they are not sensitive to light conditions and can operate stably in various environments, including environments with dust, smoke, or mist. Simply put, ultrasonic sensors accurately perform non-contact measurements by sending and receiving sound waves to "hear" the surrounding environment.

A contact-type displacement sensor is a precision measurement device that detects changes in position or displacement by making direct contact with the measured object. Unlike non-contact sensors, it eliminates potential interference from environmental factors such as light, dust, or electromagnetic fields, ensuring high accuracy and stability. These sensors typically operate based on optical (grating), inductive, resistive, capacitive, or piezoelectric principles, converting physical displacement into electrical signals for precise measurement.

DADISICK photoelectric sensor is an electronic device that detects the presence, position, color, or other characteristics of an object by sensing changes in light. It typically consists of a transmitter that emits a light beam and a receiver that detects the reflected or transmitted light.When an object enters the light beam, it either blocks or reflects part of the light, causing a change in the amount of light reaching the receiver. The sensor detects this change and converts it into an electrical signal. These electrical signals can be further processed to control other devices or systems.

DADISICK specializes in providing advanced sensor solutions for automation systems in warehouses, ports, and docks. Our sensors are widely used in mobile equipment such as AMRs, AGVs, RTGs, and bridge/gantry cranes, as well as in automation systems like AS/RS. With precise navigation and positioning, reliable obstacle detection, efficient data transmission, and comprehensive safety protection, DADISICK sensors significantly enhance system performance and safety, enabling more efficient material handling. Whether for forklifts, autonomous vehicles, or semi-autonomous vehicles, we offer tailored sensor solutions to meet a wide range of application needs.

DADISICK's color sensors, leveraging cutting-edge optical tech, emit light and analyze reflections to precisely detect color differences on object surfaces. They're widely used in industries like packaging, printing, automotive, and electronics manufacturing to ensure print quality, check product colors, and verify component markings. Designed for durability and ease of use, these sensors feature protective housings and circuits with overcurrent/short-circuit protection. They offer reliable, efficient solutions for various industrial needs, including alignment mark checking, folder label detection, and conveyor belt color block inspection.

DADISICK's Inductive Proximity Sensors are reliable non-contact devices for metal detection. Based on electromagnetic induction, they offer high reliability and strong anti-interference. With digital signal output (NPN/PNP, NO/NC contacts), these sensors can directly connect to PLC or controllers. They feature high sensitivity, long detection distance, fast response, and durability. Our range includes ultra-small, explosion-proof, high-pressure resistant, and corrosion-resistant models. These sensors accurately detect metal objects, count parts on assembly lines, and monitor equipment speed. Visit our page to explore how these sensors enhance industrial safety and efficiency.

**DADISICK Capacitive Proximity Sensors** are high-precision non-contact detection devices ideal for industrial automation. These sensors detect both metallic and non-metallic objects by measuring changes in capacitance, making them perfect for applications like liquid level monitoring, packaging lines, and food processing. Available in various sizes, they feature a wide detection range of 1-70mm and operate on AC/DC 20-250V or DC 5-36V. With IP67 protection and a durable PBT or stainless steel housing, they are suitable for harsh environments. They offer NPN/PNP NO/NC output and are easy to install with M12 connectors or pre-wired cables. These sensors are your reliable choice for enhancing efficiency and safety in industrial processes.

Laser distance sensors have long measurement distances, high accuracy, non-contact measurement, and fast response speeds. They are widely used in the positioning systems of automated equipment such as logistics warehouse positioning, engineering monitoring, automatic guided vehicles (AGVs), and stackers. By measuring the distance and position relationship between equipment and goods in real time, laser distance sensors can ensure the precise navigation and operation of automated equipment and improve the efficiency and accuracy of warehouse management. At the same time, they can also effectively avoid collisions between equipment and safety accidents.