This equipment is developed based on single-channel printing technology, aiming to provide stable digital printing solutions for industrialized production. The following is an explanation of the technical principle and production adaptation:
Technical Principle
Synchronized Imaging Technology
The printing unit is synchronized with the media transport system at a precise speed, and the positional deviation is calibrated in real time by a linear encoder to ensure the integrity and continuity of the pattern under high-speed movement. The design avoids the loss of mechanical reciprocating motion of traditional scanning printing and improves the durability of the equipment.
Dynamic Feedback System
Equipped with multi-spectral imaging sensors, the system continuously collects ink layer status data during the printing process and optimizes inkjet parameters in real time through edge computing devices. The system focuses on the uniformity of ink absorption and drying state of the media, rather than simply pursuing the printing speed.
Multi-media Adaptation Program
The development of replaceable media processing module, through the physical structure of the adjustment to adapt to different thickness and rigidity of the material. Provide contact and non-contact printing options for special media (e.g., heat-sensitive film) to minimize the risk of material loss.
Production Adaptation
A Path To Cost Reduction And Efficiency
Reduce makeready time (e.g., color calibration for traditional printing) to increase the effective production time ratio and demonstrate cost advantages for small to medium volume orders.
Environmentally Friendly Practices
Comply with ISO 14001 environmental management system requirements by using a modular filtration system to treat trace volatiles generated during the printing process.
Decorative Materials Processing
Customized pattern processing for the surface of building materials such as fireproof boards and decorative films, and special coating technology to enhance the bonding strength of the printed layer with the substrate.
Electronic Component Marking
Forming permanent marking on the surface of non-absorbent materials such as silicone seals and engineering plastic housings that are resistant to solvent wiping, meeting the demand for industrial product traceability.
FAQ
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