Technical Service
Process AutomationProcess automation is a key strategy for improving production efficiency and quality. Integrating ERP (Enterprise Resource Planning) and MES (Manufacturing Execution System) systems, it can display real-time dynamics and production health trends of production activities. This is achieved through data visualization and transparency using dashboards, charts, and reports, which intuitively present key performance indicators and data. This enables management to immediately grasp the operational status of the production line, identify potential issues, and take timely action. Moreover, this integration establishes a monitoring and alert mechanism, enabling real-time data management. As a result, companies can visualize resource work efficiency and production quality, providing accurate and timely information to decision-makers, thereby driving continuous improvement and development in the business. Through the integration of process automation with ERP and MES systems, companies can achieve more efficient and transparent production processes, enabling them to respond quickly to market demands and deliver high-quality products and services.
Smart Green FactoryWe adopt new approaches that revolve around renewable energy and new energy resources, with a focus on “electrification, digitalization, and circular sustainability”, aiming to foster collaboration between industries and create a path towards a greener and more sustainable future. That is why Smart Green Factory takes its name. It also works to reduce dependence on traditional energy sources and actively adopt clean energy solutions to lower carbon emissions. Meanwhile, it promotes the way of electrified production to minimize exhaust emissions, thus contributing its due share to environmental protection. The Green Factory, through the implementation of digital technologies, manages precisely and optimizes the production processes, in an effort to enhance energy and resource utilization efficiency. On top of that, it also establishes a circular economy model by means of recycling and reusing resources, thereby minimizing waste generation and emissions. The factory is targeted at integrating industrial resources and creating a greener and sustainable development path. Only through concerted efforts can we strike a balance between environmental protection and economic development to embrace a better future.
Precision Injection Molding TechnologyPrecision injection molding refers to an advanced manufacturing technology that achieves the production of high-quality plastic products by virtue of precision injection molding technology and secondary processing techniques. The technology values details and precision. In precision injection molding, plastic materials are heated and melted before being injected into molds. Through precise control of high-pressure injection machines and precision molds, components with intricate structures and fine dimensions are thus formed. This technology, characterized by high repeatability and consistency, enables the production of highly precise and stable products. Secondary processing techniques refer to post-molding processes and treatments, such as cutting, grinding and assembly. Through secondary processing, product functionality and appearance can be further optimized to satisfy customers’ tailored needs. Precision injection molding technology plays a crucial role in modern manufacturing. It not only improves production efficiency and cuts costs but also produces high-quality and reliable plastic products. With continuous technological innovation and development, precision injection molding will be at play across various industries, injecting vitality into product innovation and industrial development.
Mold Design and DevelopmentMold design and development is a crucial manufacturing field that aims to design and fabricate molds for producing a bewildering assortment of products. In order to enhance its efficiency and quality, collaborative design and automated technology output services give support to mold design and development. These services employ advanced automation technologies, including computer-aided design (CAD), computer-aided manufacturing (CAM), and 3D modeling to achieve automation as well as digitization in terms of mold design. Through collaborative development, designers and engineers can share design data with each other in real-time and collaborate on projects, ultimately improving design efficiency and accuracy. The technology output service provides powerful tools and resources for mold design and development, pushing ahead with the progress and innovation in the manufacturing industry.
Product Surface TreatmentWe provide comprehensive supports for product surface treatment, starting from the production development. We should present product failure prevention proposals on the design phase, to make sure product design is safe and reliable in terms of its surface treatment. Additionally, we also issue optimized proposals for combinations of heat treatment, surface treatment and coating processes, to make sure products exhibit optimal surface characteristics and performance during use. We are committed to meeting your needs, in terms of recommending suitable material selection or determining appropriate surface treatment techniques. Besides that, we strive to deliver high-quality solutions for product surface treatment, enabling your products to stand out in the market and to live up to the high expectations of our customers.