The New Generation of Intelligent Printing Machines Makes a Stunning Debut: Efficient, Precise and Energy-saving, Facilitating the Upgrade of the Global Printing Industry

Today, Kemei Machinery, a leading global manufacturer of printing equipment, officially launched a new generation of intelligent high-speed printing machines. With its outstanding production efficiency, ultra-high printing accuracy and advanced energy-saving technology, it provides customers in the packaging, publishing, advertising and other industries with better solutions, helping enterprises reduce costs and increase efficiency, and seize market opportunities.

Core advantage: The perfect combination of speed, accuracy and sustainability

Ultra-high-speed printing, with production capacity increased by 30%

Adopting an innovative servo drive system and intelligent paper feeding technology, the maximum printing speed can reach 1,000 sheets per hour, significantly shortening the delivery cycle and meeting the urgent order demands of customers.

Nanoscale precise registration ensures more brilliant colors

Equipped with a high-precision optical inspection system and AI automatic calibration function, the error is controlled within ±0.01mm, ensuring that each printed matter has rich colors and distinct layers, especially suitable for high-end packaging and artistic printing.

Green and energy-saving, reducing operating costs

Through an intelligent energy management system and low-energy-consuming component design, energy consumption is reduced by 25% compared to traditional models, meeting global environmental protection standards and helping customers achieve their sustainable development goals.

Intelligent interconnection, building a digital printing factory

The new printing machine supports IoT remote monitoring and cloud data management. Users can view the equipment status, production efficiency and consumable conditions in real time through their mobile phones or computers, achieving predictive maintenance, reducing downtime and maximizing production efficiency.