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Strain measurement on flat surfaces such as a fixed plate (platen).
It is possible to measure the distortion of the tie bar fixed plate (platen) that occurs during clamping in injection molding machines, die casting machines, and presses. The sensor uses a magnet-fixed type, making it easy to install with the included detachable tool, so no additional processing of the installation surface is required.
Reducing press defects with ultra-small, ultra-high-precision strain sensors.
In short, it is a "sensing system that detects phenomena occurring within the mold." The biggest concerns in the press shop are defective parts and mold failures. Capturing the mechanism of defects in press parts is a significant challenge, and reducing defects is a strong desire in the manufacturing field. Press monitoring is a sensing system that uses various sensors to address these issues. This system measures slight deformations in the press mold and visualizes them with high precision. By collecting and analyzing data to identify the causes of defects and monitor for early signs, it contributes to defect reduction and extends mold lifespan.
It is possible to measure the amount of distortion (elongation) of the tie bar that occurs during the clamping of the molding machine!
The sensor unit is fixed using a magnetic system, eliminating the need for additional processing on the tie bar, and it does not require a specific tie bar diameter. It is suitable for measurement applications such as measuring clamping force or adjusting the balance of the tie bar as needed.
For measuring clamping force in die casting and injection molding machines!!
The GE-1029 series Tiebar Strain Sensor can be directly installed on tie bars of injection molding machines, die casting machines, and presses to measure the strain (elongation) of the tie bars that occurs during clamping.
AS3213S Strain Sensor: Ultra-low power IC for RFID applications
The AS3213S is an EPC™ Class 1 Generation 2 compliant IC chip for UHF RFID applications. This chip demonstrates high performance in sensor acquisition mode due to its ultra-low power internal acquisition channel. It can be powered by RF energy transmitted from a battery or a reader. In a battery-assisted passive (BAP) configuration, the read range is extended compared to conventional passive RFID solutions.
