This project focuses on developing software that can connect to various measurement instruments to read and process data according to the client's requirements. The software will facilitate rapid and accurate calculation of various formulas, such as Offset and Calibration values, and provide detailed and easily understandable analytical reports. The software will also be developed as a Web Application to enhance usability.
The objective of this project is to develop a digital dashboard for MAN and Scania trucks. This dashboard will support 32 analog signal ports (0-24V or 4-20mA) and include systems for setup and calibration of these signals. It will display key information, including various gauges and warning lights, to enable drivers to quickly and accurately receive important information. Additionally, the project includes systems for calibrating speed, engine RPM, fuel levels, and other relevant data.
This project is a significant step towards helping the factory reduce production losses significantly and increase the efficiency of the production process. The project focuses on reducing production losses by monitoring and analyzing the production efficiency in the production line using PLC, sensors, IP cameras, and gateways. This helps in identifying and promptly addressing production issues, reducing work time, optimizing complex production processes, and enhancing the efficiency of operators in the production process. Data displayed through dashboards, graphs, and Excel reports provide a clear overview of the production process. The benefits include reducing production chaos and improving factory production efficiency effectively.
The SCADA project for monitoring electrical energy in the manufacturing plant is designed to collect and analyze energy consumption data via Power Meters connected to PLCs and Power Meters. The SCADA system enables real-time tracking of energy data, performance analysis, and alerts for abnormal energy usage. Additionally, it records data for retrospective analysis and future energy planning.
This project aims to develop and implement a quality measurement and control system for can production. The system includes receiving and measuring values from a digital dial gauge, controlling with a foot switch, and measuring values at the Double Seam area. It also encompasses calibration, various reporting capabilities, ERP system integration, printing support, and remote desktop support.
The objective of this project is to develop a program to process NOAA's APT Protocol data into satellite images. The module is designed to work with APT Protocol data from NOAA satellites (NOAA 12, NOAA 15, NOAA 17, and NOAA 18) that pass over Thailand. The program will convert images into Kelvin and Celsius units, use data interpolation equations, and estimate rainfall per area. The resulting data will be presented in .xls or .dbf file formats.
The InGauge USB project aimed to enhance the efficiency and reliability of data retrieval from digital measurement tools. The project focused on reducing testing and production time, improving compatibility with major brands like Mitutoyo and Teclock, and obtaining industry certifications (CE and FCC).