Automatic Sensing System
Automatically detects the position and width of the substrate, and precisely adjusts the active curing area of the entire LED UV curing system for maximum efficiency.
Specification
| Installation Location: | A After the web guiding system, before the first printing unit. |
| Light Segment Control Precision: | 10mm, 36mm, 53mm |
| Sensor-to-Material Distance: | 1-3mm |
| Expected Energy Savings: | Up to 30% + |
| Operating Temperature Range: | -10~35℃ |
About Automatic Sensing Technology
About Automatic Sensing Technology
Lowest Electricity Consumption
The system intelligently detects substrate variations in real time and activates UV curing only within the material area, significantly reducing energy waste.
Ensure Consistent
Print Quality
Precise control of the UV curing area ensures uniform curing performance, delivering stable print quality and minimizing defects caused by uneven curing.
Improving Production Efficiency
Dynamic real-time adjustment of the UV curing area eliminates manual intervention and significantly enhances production efficiency
Reduce Material
Temperature
By minimizing unnecessary UV energy output, the system effectively lowers substrate temperature, ensuring stable print quality while reducing material waste and production defects.
Save More Electricity With Automatic Sensing
By integrating automatic sensing technology into your printing equipment, significant energy savings can be achieved.
For example, in a 360mm-wide, six-color printing configuration operating 10 hours per day over 22 days per month, energy consumption differs significantly between traditional mercury lamp systems 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.
Nilpeter
Revolutionizing Flexo Printing with interchangeable UV curing.
OMET
This project demonstrates how IUV’s technology enhances print quality, increases productivity, and improves sustainability.
Bobst
IUV’s LED UV curing system enhances production capabilities and improves sustainability.
Gallus
IUV’s LED UV retrofit enables fast curing, energy savings, and extended equipment lifespan.
Mark Andy
The UV LED upgrade for the MPS EF-430 is a testament to efficiency and sustainability.
MPS
