The PHOENIX-180C UV Curing System is a high-efficiency, modular UV repair solution designed for flexible, precise pipeline rehabilitation. Its digital integrated drive ensures optimal curing performance while maintaining system stability, even under varying voltage conditions. Equipped with imported mercury lamps, the PHOENIX-180C delivers reliable, consistent results across multiple pipe diameters. The modular split-type control cabinet and cable tray design simplify maintenance and enhance mobility for various vehicle installations. The electric retractable light chain supports curing for DN800-1600 pipelines, while the multi-segment light chain handles DN150-800 inner linings with adjustable power output. The mobile control terminal provides real-time front- and rear-camera monitoring, data logging, and engineering report generation, ensuring traceable and transparent operations. Compact, lightweight, and digitally connected, the PHOENIX-180C sets a new standard in portable UV curing technology for municipal, industrial, and residential pipeline maintenance.
Pipeline Range: DN150 – 1600 mm
Light Source: Imported high-intensity mercury lamps
Configuration: 1×9×1000 W / 2×4×2000 W (infinitely adjustable power)
Drive System: Digital integrated drive, voltage-resistant
Design: Modular split host + cable tray; compact and portable
Control Terminal: Wireless display / real-time data recording / dual-camera feed
Light Chain: Electric retractable type; supports segmented combination
Applications: Urban, industrial, residential, and long-distance pipeline repair
Power Supply: Stable multi-speed control; efficient energy use
Perfect for small-to-medium residential or commercial building pipelines.
The PHOENIX-180C’s mobile configuration allows easy transport through narrow access points. Its low-weight setup minimizes setup time, and its front/rear dual-camera inspection provides visual confirmation of repair quality. Engineers can instantly generate repair reports for maintenance archives or insurance verification, simplifying after-service workflows.
Designed for industrial facility pipelines requiring rapid rehabilitation with minimal disruption.
The system’s modular light chains adapt to various diameters, ensuring precise curing along extensive pipe lengths. Its digital drive stabilizes lamp output, maintaining consistent curing under fluctuating voltage conditions common in industrial zones. Ideal for chemical plants, water treatment facilities, and factories demanding reliability and traceable performance data.
Ideal for repairing damaged municipal drainage and sewer pipelines in densely populated areas.
The PHOENIX-180C’s compact design allows easy deployment in confined urban environments. Its high-intensity UV curing system ensures uniform resin curing, drastically reducing downtime and labor requirements while producing long-lasting structural reinforcement inside the pipeline. The data-recording control unit helps document each repair for municipal inspection compliance.
Designed for industrial facility pipelines requiring rapid rehabilitation with minimal disruption.
The system’s modular light chains adapt to various diameters, ensuring precise curing along extensive pipe lengths. Its digital drive stabilizes lamp output, maintaining consistent curing under fluctuating voltage conditions common in industrial zones. Ideal for chemical plants, water treatment facilities, and factories demanding reliability and traceable performance data.
It supports inner lining repairs for DN150 – 1600 mm pipelines, using modular light chains that can be configured for different diameters with adjustable power output.
Yes. The compact and lightweight design allows easy transport and setup even in tight, urban environments or limited-access construction sites.
The digital integrated drive ensures precise power control, voltage stability, and automatic troubleshooting for efficient curing and consistent quality.
The system records real-time curing parameters, temperature, power, and progress logs, generating a complete engineering report for project documentation.
Yes. The split-type control cabinet and cable tray make it adaptable for mounting on various small trucks and construction vehicles.
The electric retractable mechanism saves setup time, ensures even curing distribution, and improves safety in high-temperature curing environments.
The wireless control terminal allows remote operation, minimizing exposure to UV radiation and high-temperature zones during curing.
Routine lamp inspection, cleaning, and calibration of sensors are sufficient. The modular design simplifies part replacement and long-term serviceability.
All the essential technical documentation to help you understand, assemble, and operate your robot step by step.
Development resources, APIs, and SDKs to extend functionalities or integrate the robot with other platforms.
Answers to the most common questions about installation, operation, repairs, replacement, compatibility, and more.
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