The development of printing machines in our country has gone through a process from scratch, from backwardness to advancement. Before the founding of the People's Republic of China, the printing press manufacturing industry in our country was extremely weak, and could only imitate some small equipment such as embossing machines. After the founding of the People's Republic of China, a printing industry system mainly composed of books, magazines, packaging, and newspapers was gradually formed, and a number of state-owned printing factories were established. The printing machinery manufacturing industry also took shape. In the 1970s and 1980s, Wang Xuan from Peking University invented the Chinese character laser typesetting system, which initiated the digitalization process in the field of Chinese character printing. In recent years, China's printing machine manufacturing technology has continuously broken through. For example, through independent research and development, Shaanxi Beiren has produced high-end gravure printing machines with a market share of over 80% in the domestic market, with more than 500 products and leading and participating in the formulation of more than 10 national (industry) standards. At the same time, the manufacturing technology of domestic digital inkjet printing machines has become increasingly mature, achieving new technological breakthroughs in inkjet printing coating technology, ink droplet and ink volume control technology, etc. The printing quality of domestic rotary inkjet printing equipment has reached a new high.

Choosing the appropriate satellite flexographic printing machine can start from the core requirements and focus on the following points: Clarify production capacity and speed: Select matching printing speed (such as 300-600 meters/minute) and maximum width based on order quantity to ensure efficiency meets standards. Check material compatibility: Confirm the equipment's ability to control tension and adjust pressure on its own substrates (film, paper, aluminum foil, etc.). Focus on printing accuracy: Priority should be given to models with servo drive and online detection to ensure high-precision printing requirements such as fine lines and small text. Balancing environmental protection and cost: Choose models that support water-based/UV ink, while paying attention to plate compatibility, energy consumption, and maintenance convenience, to control long-term costs. Choose reliable configuration: Prioritize well-known brands to ensure the stability of core components (such as the central drum and transmission system) and reduce downtime due to malfunctions.

The advantages of satellite flexographic printing machines are mainly reflected in the following aspects: High printing accuracy Adopting a shared embossing cylinder structure, multi-color printing plate cylinders are arranged around each other, allowing for one-time completion of multi-color printing with accurate overlay, suitable for long plate production. ‌ environmental protection and energy conservation Using environmentally friendly water-based ink, the ink load control during the printing process is precise (only about 1.2 grams of ink per square meter is required), with low energy consumption (electric heating drying power does not exceed 80kW/h), meeting environmental requirements. ‌ Highly adaptable Material compatibility: can print different materials such as paper, composite packaging film, paper boxes, paper bags, etc. ‌ High degree of automation: equipped with tension control, screen display quality tracking, and remote fault diagnosis functions, easy to operate. ‌ High production efficiency Fast speed: able to maintain efficient operation at a speed of 300 meters per minute. ‌‌ High flexibility: Supports non-stop automatic roll up and down function, reducing waste. ‌‌ cost advantage Quick plate making: Using soft polymer resin plates, the plate making cycle is short. ‌‌ Low maintenance cost: simple structure, low failure rate, and easy maintenance.