Industrial Automation Solutions

Two-dimensional codes containing product information, lot information, serial numbers, etc., are printed directly onto LCD substrates using a laser marker or exposure device, and the 2-dimensional codes are read at each process.

Physical management is possible by attaching labels containing 1-dimensional or 2-dimensional codes (with model numbers, lot numbers, production history, inspection data, etc.) to PCBs.

Two-dimensional codes containing product information, such as serial numbers and feature values, are printed onto components by direct marking. This data is read during inspections, and saved onto an SD card together with the inspection results. When the work is completed, the saved log is transferred to a database.

One Controller connects to four compact Pressure Sensors. Increase wafer throughput with little installation space.

This application uses a Fiber Sensor that resists cleaning liquids and a Fiber Amplifier that eliminates the effects of drops of water. This Fiber Sensor detects passage of glass substrates in the cleaning process of glass substrates. This Sensor resists cleaning liquids and does not need mechanical adjustments to enable easy positioning adjustments with glass

Achieve high-precision temperature control in conveyor ovens by adding a temperature sensor near the PCB. Cascade control is performed with a High-speed, High-precision Digital Temperature Controller with multiple outputs.

Uniform oven temperature by using linked Temperature Controllers.Use an external analog signal (4 to 20 mA) as the set point (SP). Uniform oven temperature with a total of three Temperature Controllers. Use the Temperature Controller’s transfer output for zone control in electric ovens.

Equipment and panel downsizing by using DIN 48 x 24 mm components. Reduce panel usage from 1/2 to 1/4 by using the E5GN Temperature Controller, K3GN Digital Panel Meter, and H8GN Electronic Timer/Counter.

Ideal for temperature monitoring of multi-point heaters. With an EJ1 Modular Temperature Controller, it is easy to perform integrated processing for temperature monitoring and high-precision control with multi-point heaters in simple, waste-free systems.

This Temperature Controller helps improve the response to external disturbance that results from inconsistencies in the air from air heaters to increase control performance. High-speed sampling at 60 ms provides high-speed response and robust tuning. This improves the response to external disturbance, such as inconsistencies from air heaters.