Project Introduction:
The Button MES System is a tailored production management solution developed by NiChuang for clients. It streamlines production processes by managing organizational structures, basic data, production planning, warehousing, mold libraries, color matching, production control, quality inspection, and visualization. The system aims to boost efficiency in different factory zones, optimize equipment resource allocation, reduce consumption, and balance production, plans, and resources for enhanced operational benefits.

Project Introduction:
The software is a customized temperature control system developed for the client’s “boiler distribution box hardware”. It uses automation instruments, communication technology, and data collection to intelligently manage boiler temperatures, reducing errors and enhancing safety and reliability. The system is designed with a distributed architecture, allowing for centralized control of multiple devices and boosting boiler efficiency.

Project Introduction:
The software is primarily designed to assist businesses in issuing production tasks and managing equipment information, enabling real-time oversight of production progress. Through a web-based large screen interface, management can monitor production progress and equipment status in real time. The management backend allows for the oversight and operation of equipment, materials, and order planning.

Introduction to the Project：
The Toolbox software project is a bespoke desktop application tailored to the specific needs of Vertiv Technology. It serves as an analytical tool for the export and examination of abnormal monitoring data related to enterprise UPS systems, facilitating the identification of the root causes of anomalies and the uncovering of latent risks.

Project Overview:
This desktop application manages aerosol-based printing, which atomizes nanoscale conductive ink into an aerosol form via ultrasonic or air flow. The aerosol is then directed to the print head and applied onto substrates with precision, facilitated by a shielding gas that controls the print airflow.

Project Introduction:
The project focuses on developing a control system for detecting and removing impurities in high-temperature alloy powders, crucial for maintaining product quality and efficiency in a competitive market. Leveraging Python, the system employs precise control of industrial cameras and servo motors for real-time purity assessment. Advanced image recognition pinpoints and measures oxide inclusions, enabling swift staff intervention. This approach streamlines production, minimizes human error, and ensures superior alloy powder purity and product performance.

Project Introduction:
Our client is a globally oriented company at the forefront of medical device innovation, offering marketing, technical services, and operational investments. The existing hospital management software, designed for LAN connectivity, is being updated to better serve pet hospitals, which form the main customer base. The new software supports the ‘Plus Immunofluorescence Analyzer’ and is scalable for future instrument integration.