Injection molding machine field

In the field of injection molding machines, the sensor has the following applications:

Clamping Control

Accurate measurement of closing stroke: to ensure the accurate closing of the mold, ensure the accuracy of the mold, reduce the product flash, lack of materials and other defects.

Real-time feedback closing position: provide accurate position information for the control system, achieve accurate control of closing speed and pressure, improve production efficiency and product quality.

Injection Control

Injection stroke measurement: accurately measure the displacement of the injection screw, achieve accurate control of the injection amount, and improve the consistency and accuracy of the product.

Injection speed adjustment: According to the injection stroke information fed back by the sensor, the injection speed can be adjusted in real time to optimize the injection process and reduce the internal stress and deformation of the product.

Automated Production

Integration with the control system of the injection molding machine: The magnetostrictive displacement sensor can be seamlessly integrated with the control system of the injection molding machine to automate the production process. Through the precise displacement and pressure information provided by the sensor, the control system can automatically adjust the parameters of the injection molding machine to improve production efficiency and product quality stability.

Reduce manual intervention: Automated production reduces the error and uncertainty caused by manual operation, reduces labor intensity, and improves the consistency and reliability of production.

Equipment maintenance and troubleshooting

Preventive maintenance: Through long-term monitoring of the displacement and pressure changes of key components of the injection molding machine, potential trouble spots can be found in time, such as component wear, loosening, etc., providing a basis for preventive maintenance and reducing the occurrence of sudden equipment failures.

Fault diagnosis: When the injection molding machine fails, the real-time data provided by the sensor can help maintenance personnel quickly locate the fault location, analyze the cause of the fault, shorten the maintenance time and reduce the maintenance cost.

Other Areas

In addition to the field of injection molding machines, GRAEFF magnetostrictive displacement sensors also have a wide range of applications in other industrial fields, such as:

Die Casting Machine

It is used to measure the displacement and pressure in the process of die casting machine, such as mold closing, injection and injection, and improve the quality and production efficiency of die casting products.

machine tools

In the machining process of the machine tool, the sensor can measure the displacement and feed of the tool, achieve accurate machining control, and improve the machining accuracy and surface quality.

Hydraulic system

Widely used in a variety of hydraulic equipment, such as hydraulic cylinder displacement measurement, hydraulic valve position control, etc., to ensure the normal operation of the hydraulic system and accurate control.

Automated Production Line

In the automatic production line, the sensor can be used to measure the displacement and position of various actuators, realize the automatic and coordinated operation of the production line, and improve the production efficiency and product quality.

 In short, GRAEFF magnetostrictive displacement sensors, with their high accuracy, high reliability and good environmental adaptability, play an important role in industrial fields such as injection molding machines. Through accurate displacement and pressure measurement, the sensor helps to improve the performance of production equipment and product quality, reduce production costs, and realize the automation and intelligence of industrial production. With the continuous development of industrial technology, the application prospect of magnetostrictive displacement sensor will be broader.