Industrial Internet of Things (IIoT) combines machinery, cloud computing, analytics, and human resources to enhance productivity and performance in industrial processes. With IIoT, industrial companies can digitize processes, transform business models, and improve efficiency and productivity while reducing emissions.
IoT (Internet of Things) is the collection of devices that have the ability to connect with each other, the Internet, and the external world to perform a specific task. In agriculture, IoT involves the application of smart devices, connected sensors, and automated control throughout the production process to cope with climate change and greenhouse effects. Additionally, it helps improve quality, ensure food safety, and enhance the value of agricultural products.
Our international capabilities in the field of tool engineering enable PNC TECH to prepare and provide comprehensive designs and technical specifications for stamping tools used in structural components. Collaborating with international experts, we utilize the latest software solutions such as Autoform, CATIA, TEBIS, and NX7. To ensure a seamless transition from engineering to production, we conduct comprehensive CAE/FEA analysis for each tool. Moreover, our team conducts research on material behavior during the stamping process and eliminates negative influences. This integration of analysis and manufacturing ensures that every design is carefully considered and well-prepared for the next step - tool production.
The PNC TECH team and international experts possess the capability to design and develop solutions related to gasoline and electric/hybrid vehicle manufacturing. This includes: Developing prototypes for gasoline/electric vehicles. Designing and manufacturing components. Testing/operating/prototyping on a small scale. Programming information systems on vehicles.
Radio Shuttle is an efficient and time-saving solution for transporting and storing goods in warehouses. This system utilizes special devices called "Radio Shuttles" to move goods within storage racks. The Radio Shuttle is remotely controlled using wireless signals, which enhances speed and operational efficiency. When activated, the Radio Shuttle automatically moves along the aisles of the warehouse, swiftly and accurately transferring goods from storage positions to designated locations. This reduces unloading time and increases storage capacity. The Radio Shuttle also supports warehouse management by storing data on the location and quantity of goods, thereby enhancing automation and reliability in warehouse operations. With these advantages, the Radio Shuttle is an advanced and effective solution for businesses involved in storage and goods transportation.
AGV (Automated Guided Vehicle) is an extensively used automated vehicle system in the field of material handling. AGVs are designed to perform tasks such as moving, transporting, and stacking goods in an automated and efficient manner. In the field of material handling, AGVs can be used to transport goods from one location to another within warehouses or manufacturing plants. They have the ability to move flexibly and quickly, optimizing the transportation process and reducing human involvement. AGVs can also be integrated with other automated systems such as conveyor systems and collaborative robots to create a fully automated and efficient production line. They can operate continuously throughout the production process without the need for breaks like human workers.
AGV is an efficient and advanced solution for Warehouse Automation and Sorting in goods storage environments. With auto-navigation and movement capabilities, the AGV enhances efficiency and accuracy in delivering and arranging goods. In Warehouse Automation, AGV is used to transport and store goods in the warehouse. AGV can transport goods from storage location to sorting or discharging area accurately and quickly. During Sorting, AGVs are used to sort and arrange goods into respective compartments or areas. They can be equipped with barcode scanning systems or sensors to recognize and locate the exact location of goods.
Máy cắt Laser fiber là công nghệ sử dụng nguồn phát ra tia Laser để gia công khắc hay cắt kim loại với độ chính xác cao. Laser Fiber là công nghệ nhờ sợi cáp quang mà năng lượng phát ra từ nguồn được khuếch đại để thực hiện việc cắt các kim loại như inox, sắt, thép, đồng…