Products & Technology

A:Yes, DADISICK sensors support localization with multi-language interfaces, various voltage standards, and regional certifications.

A:Yes, DADISICK laser sensors are ideal for PCB inspection and precise measurement of small electronic components.

A:Proximity sensors are ideal for detecting metal targets, making them suitable for robotic positioning, automatic assembly, and metal part inspection.

A: DADISICK sensors are suitable for a wide range of equipment, including punching machines, packaging machines, robotic arms, conveyors, and automated assembly lines. They provide reliable safety and detection performance for various industrial automation systems.

A: Laser measurement sensors offer high precision, non-contact detection, and long-range measurement. They are ideal for positioning, dimension measurement, and automation inspection systems.

A: DADISICK sensors protect machines and operators by monitoring hazardous areas in real time. When danger is detected, they quickly send a signal to stop or trigger an alarm, ensuring reliable safety during operation.

A: A photoelectric sensor detects objects using light, making it suitable for non-metal detection. A proximity sensor detects objects through an electromagnetic field, making it ideal for metal detection and automation control.

A: A safety light curtain is an optoelectronic safety device that uses infrared beams to create a protective barrier. When the beams are interrupted, it sends a signal to stop the machine, preventing accidents and ensuring operator safety.

A: DADISICK products are widely applied across multiple sectors of industrial automation. Our safety sensors and measurement solutions are commonly used in automated production lines, robotics, packaging, automotive manufacturing, electronics, and warehouse logistics.

A: DADISICK's core products focus on industrial safety and precision detection technologies. Our main product range includes safety light curtains, safety relays, photoelectric sensors, proximity sensors, and laser displacement sensors. 

A：When choosing a safety light curtain, you need to understand the requirements of mechanical use, such as detection height and detection length. Precision. Protected object, output mode, these should be based on the mechanical situation! For more information, please consult our pre-sale customer service.

A:The height position of a safety light curtain refers to the position of the light curtain relative to the upper and lower die openings on the machine. Under the premise of ensuring a safe distance, the lowest beam of the safety light curtain must not be higher than the lower edge of the die opening, and the highest beam must not be lower than the upper edge of the die opening.The protective height of a safety light curtain refers to the distance between the uppermost and lowermost beams of the light curtain, which represents the effective height of the light curtain. The protective height is equal to the stroke of the machine slide plus the adjustment amount. The size of the protective height is related to the number of safety light curtain beams. If the number of beams is too few, the light curtain height may not fully cover the hazardous area, potentially leading to accidents. On the other hand, if the protective height is too large, it can result in unnecessary expenses and inconvenience in usage. Therefore, selecting the appropriate specifications (number of beams) for the safety light curtain based on the protective height is crucial.The safety distance of a safety light curtain refers to the shortest distance between the light curtain and the dangerous area of the working mold edge, which is the distance required for the slide to stop from the position where the hand obscures the light curtain to reach the danger boundary. The safety distance is one of the necessary conditions to ensure the protective function of the safety light curtain and must be calculated correctly! The calculation method should be determined based on the braking method of the press.

A:I believe many friends are aware of the significant safety risks involved in operating a punch press. When carrying out punching operations, the operators need to have a strong awareness of safety and be familiar with the proper operation of the machine. However, despite these precautions, accidents related to hand injuries still occur in the stamping industry every year, highlighting the importance of safety in industrial production. Installing safety light curtains on punch press equipment has become an effective safety protection solution employed by various machinery manufacturers to prevent mechanical accidents and maintain a safe working environment.Configuring a punch-specific safety light curtain protection device with a controller not only provides safety protection but also does not interfere with the material feeding and loading operations during punch press work. This is currently considered a reliable professional-level solution for punch press safety protection.The principle of the safety light curtain is based on the use of an infrared light grid to form a protective screen. It transmits corresponding signals through the interruption or blocking of the light beams, allowing for the control of machine equipment to stop or run, thereby creating intelligent protection. During the operation of a punch press, operators can safely carry out material feeding and loading operations. If someone accidentally reaches into the punching range, the light curtain will send a signal to the control device, causing the punch press to stop working, thus ensuring the safety of personnel and the machine equipment.Due to its widespread application in the stamping industry, safety light curtains are also known as punch press protectors or hand protection grids. The installation and use of safety light curtains for punch press equipment are convenient, fast, and require minimal installation space. Safety light curtains offer precise light detection, stable performance, and reliable safety. Their durable characteristics ensure a long lifespan, making them an economical and efficient professional safety protection device for industries such as stamping and industrial production.

A:A safety light curtain is an advanced optoelectronic protective device that can be used as a safety guard, infrared safety guard, or press protection device. It is suitable for potentially hazardous machinery such as stamping machines, forging machines, and automated equipment, which can pose a risk of personal injury. The installation of a safety light curtain can effectively protect personal safety.Injection molding machines and punch presses are both large-scale mechanical equipment. When installing safety light curtain protection devices, special methods can be used for protection. Based on the actual usage of injection molding machines, the selection and improvement of self-checking functions of safety light curtains can be done to determine the beam spacing, height protection, distance protection, and output mode, ensuring that when a safety light curtain malfunctions, it does not send incorrect signals to the controlled equipment.Maintenance, repair, and upkeep of injection molding machines must be carried out by qualified and experienced experts or technicians. The operation of the injection molding machine should only be done when all safety devices are functioning properly. The safety light curtain protection device installed on the machine is designed to protect the operator's personal safety and ensure that the product and equipment are not damaged. Therefore, it is not allowed to dismantle safety light curtains or other protective devices without proper authorization, and the software programs in the devices should not be modified randomly. Before using the machine, it is necessary to check whether the safety protection devices are functioning correctly.