Automatic Sensing System
Combination of IUV modular technology and digital control technology.
Automatically sense the position and width of the printing material, and automatically control the working area of the entire LED UV curing system.
Specification
| Installation Location: | After correction, before the first print unit. |
| Light Segment Control Precision: | 10mm, 36mm, 53mm |
| Sensor and Material Distance: | 1-3mm |
| Expected Extra Energy Savings: | 30% up |
| Working Environment: | -10~35℃ |
About Automatic Sensing Technology
The automatic sensing system monitors the position and width of printing material in real-time.
Intelligently adjusting the UV LED curing area and power for optimal curing performance across different inks, while maximizing energy efficiency.
About Automatic Sensing Technology
Lowest Electricity Consumption
Automatically sensing material changes, curing only the areas covered by the material, reducing unnecessary energy consumption.
Ensure Consistent Printing Quality
Precise curing area control, ensures consistent print quality and reduces quality issues caused by uneven curing.
lmproving Production Efficiency
Adjust the curing area in real time,eliminating the need for manual intervention and adjustments, boosts production efficiency.
Reduce Material Temperature
Minimize unnecessary UV energy, reduce material temperature, maintain consistent printing quality and minimize material loss or non-conforming products.
Save More Electricity With Automatic Sensing
By integrating automatic sensing technology into your printing equipment, significant energy savings can be achieved.
For instance, with a 360mm printing width, six-color printing setup, and an average operational schedule of 10 hours per day over 22 days each month, the energy consumption varies notably between traditional mercury lamps and LED UV systems.
Traditional Mercury Lamps: High energy consumption due to continuous operation and heat generation.
LED UV Systems with Automatic Sensing: Reduced energy usage by adjusting the curing area to match the material width, ensuring efficient power usage.
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