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| Brand Name : | CHUQI |
| Payment Terms : | T/T |
| Supply Ability : | 100SETS |
| Delivery Time : | 60DAYS |
1. Product Introduction
This system ensures flawless embossing through two core
technologies: firstly, the adoption of pneumatic pressure control,
which delivers gentle, stable, and precisely settable linear
pressure, fundamentally avoiding the fluctuations inherent in
mechanical pressure systems and resulting in uniform embossing
depth; secondly, the achievement of fully closed-loop electrical
synchronization with the haul-off machine, where the embossing
roller speed tracks the pulling speed in real-time to achieve "zero
speed difference". The combination of these two technologies
completely eliminates defects such as pattern distortion,
stretching, and slippage caused by unstable pressure or speed
desynchronization.
2. Main Specifications
Pressure Source: Clean, stable air supply equipped with precision pressure regulating valves, gauges, and stabilizing devices.
Synchronization Control: Utilizes inverter master-slave control or servo synchronization systems.
System Response: High response speed for real-time compensation of speed and pressure variations.
Protection Mechanism: Features alarms and protective functions for over-pressure, pressure loss, and synchronization loss.
Result Guarantee: Provides the foundation for high-quality continuous embossing (e.g., registered patterns, precision texture).
3. Technical Parameters Table
| Item | Parameter / Description |
|---|---|
| Pressure Control Method | Precision pneumatic control system |
| Synchronization Control Method | Fully closed-loop electrical synchronization (Master-slave drive) |
| Pressure Control Precision | ±0.05 MPa |
| Synchronization Precision | ≤ ±0.1% speed following error |
| Air Supply Pressure Requirement | 0.6 - 0.8 MPa |
| Control Signal Interface | Analog/Digital (e.g., Pulse) |
4. Potential Customer Q&A
Q: Is "pneumatic pressure stabilization" truly better than
mechanical stabilization during long-duration operation?
A: Yes, the advantages are significant. Mechanical stabilization (e.g., springs) can suffer from pressure
decay or fluctuation due to fatigue and heat. Pneumatic systems use
compressed air as the medium; pressure can be precisely set via
regulating valves and maintained constant, unaffected by running
time. Furthermore, air pressure possesses "elasticity", allowing it
to automatically compensate for minor material thickness
inconsistencies, resulting in softer, more uniform embossing
effects, particularly suitable for precise or soft materials.
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