'Patented Technology'
GARD U-line is the latest generation Roller Technology, designed to safely convey wireline tool string to highly deviated targets within a well bore, and as a result, able to replace high-cost well intervention techniques such as coiled tubing and wireline tractor.
Delivering REAL cost savings and reducing risk – GARD U-line is the most flexible and cost-effective solution of its kind on the Market.
In addition, GARD U-line Rollers are also used for deployment of tool string in shallower, less deviated wells, in order to simply reduce risk and logistics cost, when carrying out standard well intervention operations.
'All-in-One'
The GARD U-line Conveyance System is the only all-in-one Roller for intervention conveyance, and is quickly adapted for slickline, electric wireline, fiberoptic or coiled tubing applications.
One GARD U-line Chassis, easily converted to provide multiple different size and style combinations, through the use of a cost-effective Conversion Kit, reducing carbon footprint, to contribute on energy transition.
GARD U-line is multifunctional and offers flexibility that no other product on the market can compete with.
'emission possible'
'Toolstring Reliability'
This Superior performing technology, incorporates a novel retention design solution for securing components without the need for grab-srews and loosening fasteners…
…maximising toolstring reliability and de-risking operations.
'less e-line connections'
Each U-line roller can be configured with custom connections, minimising electrical crossovers on the toolstirng, and therefore reduce common failure risk.
Compatible with ALL:
e-line
slick-line
fiber-optic
fluid-circulation
| GARD U-line™ Roller Series | ||||||
|---|---|---|---|---|---|---|
| TUBING SIZE | CHASSIS OD | MAKEUP LENGTH (mm) | WHEEL OD RANGE | WEIGHT RANGE (kg) | FLOW AREA RANGE (in2) | SERIES |
| 2 3/8" - 2 7/8" | 1.600" | 708 | 1.800" - 2.300" | 5.51 - 5.57 | 0.9 - 4.0 | WR01 |
| 3 1/2" - 4 1/2" | 2.425" | 792 | 2.530" - 3.650" | 11.80 - 12.37 | 2.2 - 7.8 | WR02 |