LEDRig

Efficient UV Glass-Fibre Liner Curing

LEDRig devices are designed for curing glass fibre-reinforced polymer (GFRP) liners in sewer rehabilitation and manholes. Our patented cooling technology enhances LED efficiency, reducing both curing time and energy consumption compared to traditional UV lamps.

LED Rig is the perfect blend of versatility and efficiency. Designed to deliver optimal curing speeds for its size and weight, this system adapts seamlessly to various liner diameters and thicknesses. Whether you’re dealing with a small or large project, LED Rig is your LED choice when frequently working above 6″.
 
Highlights:

📍 Suitable for 6″–24″.
📍 Comes fit with 656′ of hose.
📍 UV LED modules stay cool, allowing immediate removal after curing.

Specification

DIMENSIONS

441 x 328 x 596"

WEIGHT

496 lbs

MATERIAL

Chassis based on stainless steel, aluminium, ABS

PIPE DIAMETERS

6" - 24"

Curing Heads

The ideal solutions for liner installations ranging from 6″ to 24″, the 8 foot long LED Chain is a 2400W LED UV curing head with 2x IR sensors for liner temperature control along with front and back cameras. Designed for efficiency and precision, this head is becoming increasingly more popular with client tackling larger projects. LEDRig offers optimal curing speeds based on liner diameter and thickness, providing versatile and efficient performance for various job site conditions.

On Line Reporting

LEDRig’s online reporting feature records all data from each job. Easily accessible via PC or handheld devices, it generates customisable reports with key details like contractor, client, project name, curing parameters, and more. Final reports can be saved as PDFs for easy sharing and record-keeping.

Portability

The LEDRig stands out for its compact, portable design, making it smaller and more mobile than traditional UV systems. Unlike larger setups that require permanent installations in a truck or trailer, the LEDRig can be easily transported and quickly deployed at job sites, reducing downtime and increasing efficiency.