JD16~32PH Series

High-Precision Heavy-Duty Stable Structure     

The Solid Foundation for Performance

TEXTILE INDUSTRY DIGITAL PRINTER

JD16PH SERIES

JD16PH P SERIES

JD24PH SERIES

JD32PH SERIES

√  Built on a heavy-duty design philosophy, the rigidity of the robust bed and main frame significantly exceeds traditional standards. The machine body, constructed from high-quality steel and reinforced alloys, functions as the equipment’s “chassis,” effectively dampening both internal and external vibrations. Precision-ground guide rails and base components create a deformation-resistant reference platform. This uncompromisingly robust structure establishes a solid foundation for all precision moving parts.

Core Values

• Inherent Vibration Resistance, Unaffected by Disturbances:​ Effectively absorbs vibrations from internal movements and the external environment, ensuring smooth and clear image detail even at high operating speeds.
• Provides a Permanent Reference:​ Superior structural stability prevents accuracy drift caused by stress deformation, guaranteeing the equipment maintains precise performance throughout its entire service life.
• Compatible with High-Speed and Heavy-Duty Applications:​ Provides a solid physical foundation for accommodating additional printheads, achieving higher printing speeds, and processing heavy fabrics.

Core Overview:

√ The robust and stable heavy-duty structure is the physical guarantee of the equipment’s top-tier accuracy and long-term reliability. Stability is integrated into the core DNA of the equipment, ensuring the enduring value of your investment.

 Intelligent Integrated System The Perfect Fusion of Data and Motion

√ This deeply integrated architecture, based on a global collaborative concept, seamlessly merges motion control and data commands. The central processing system acts as the “intelligent brain,” coordinating all machine operations, while the precision transmission mechanism serves as a collaborative “neural network,” achieving millisecond-level response and seamless synchronization. This integrated hardware and software design unites speed and precision, ensuring accurate synchronization.

Core Values

• Eliminates misalignment and ghosting,​ ensuring perfect registration of complex geometric patterns and continuous designs.
• Fully unleashes performance potential,​ maintaining ultra-high positioning accuracy even at the maximum printing speeds.
• Significantly improves system stability,​ effectively reducing unplanned downtime caused by multi-system compatibility issues.

Core Overview:

√  The integrated collaborative design fundamentally ensures extremely accurate print output and efficient, uninterrupted production processes, providing a reliable foundation for large-scale, high-quality production.

Dedicated Water-Cooling System: The Temperature Guardian for the Printhead

√  This intelligent temperature control solution, based on an active protection concept, creates the optimal working environment for the precision printhead. The closed-loop cooling system acts like a dedicated climate control unit for the printhead, continuously dissipating heat generated during high-frequency operation. High-precision temperature sensors provide real-time monitoring, ensuring the printhead remains within a constant, optimal temperature range. This proactive protection mechanism balances operational stability with component lifespan.

Core Value

• Significantly extends printhead life,​ directly reducing the frequency of core component replacements and associated costs.
• Effectively prevents nozzle failure due to overheating,​ ensuring absolute reliability and zero downtime during extended continuous operation.

Core Overview:

√  The intelligent temperature control design not only provides ultimate protection for precision core components but also demonstrates a strong commitment to production yield and overall operational efficiency, maximizing value throughout the equipment’s entire lifecycle.

DIFFERENT INK TYPES IN DIGITAL PRINTING

DIFFERENT INK TYPES IN DIGITAL PRINTING