--><!-- ▼▼▼Example of use 1 start▼▼▼ -->
Vacuum heat treatment furnace control device for aircraft parts
Purpose of the device
control stability in advanced heat treatment of aircraft parts
Our Strengths
The heat treatment computation functions that we have developed over many years are realized in function blocks (number of original function blocks: approx. 250 types)
Features
- A single ForgaN unit combines sequence control of vacuuming, gas purging, and temperature control
- remote adjustment function reduces start-up costs
- high-speed (5msec) and high accuracy control stability (achieving control far superior to other companies' controllers)
- The sensor deterioration diagnosis function reduces loss of heat treatment material due to interruption of treatment
- Maintain quality by centralizing recipe management of control parameter and data storage of control results
system configuration diagram
--><!-- ▲▲▲Usage example 1 end▲▲▲ -->
--><!-- ▼▼▼Example of use 2 start▼▼▼ -->
Gas combustion parts quality check device
Purpose of the device
Determining the quality of metal joints in gas combustion parts
Our Strengths
- Achieving a variety of heat treatment judgment sequence processing using function blocks
- Specialized temperature sensors allow temperature measurement in tight spaces
Features
- Shortening product quality judgment time through high-speed intermittent measurement
- AI-based thermocouple quality determination and lifespan prediction prevents sudden production stoppages
- Prevent loss of manufacturing data by strengthening data transfer, from FTP transfer of measurement data to external media storage and even transfer in the event of transfer error
- Multilingual (supports 5 languages including Japanese and English)
- By using Ethernet and fieldbus cards together, it can be linked with existing controllers without programming.
system configuration diagram
--><!-- ▲▲▲Use case 2 end▲▲▲ -->
