17 January 2026

Laser Spray-Jumbo, commonly called Rain Pipe / Rain Hose– The Next Generation Irrigation Innovation
Introducing the Laser Spray-Jumbo (Rain Pipe / Rain Hose) — a cutting-edge addition to the Laser Spray family of irrigation solutions. Designed with precision engineering and advanced polymer technology, this new model offers broader coverage, higher durability, and superior performance — making it an ideal solution.
About the Laser Spray (Rain Pipe / Rain Hose) Technology
Laser Spray irrigation, also known as Rain Pipe or Rain Hose irrigation, is an advanced form of micro-irrigation that simulates natural rainfall. The hose is made from high-grade polyethylene and features laser-punched holes that release fine water droplets evenly across the field.
Unique Benefits of Spray Irrigation
Laser Spray (Rain Pipe / Rain Hose) irrigation is technically called Spray Irrigation and it substitutes traditional sprinkler irrigation. It stands out with many benefits:
What is the new Laser Spray Jumbo model?
Laser Spray (Rain Pipe / Rain Hose) substitutes the Sprinkler Irrigation. Most of the farmers in India uses Quick Release Coupling (QRC) HDPE pipes and Sprinkler Nozzles. But they normally possess inadequate number of components required for their land. The practice is to invest in 25 numbers and 5 numbers of QRC pipes and Sprinkler nozzles respectively for 1 acre of land. These quantities are sufficient only for part of 1 acre land. So, they irrigate the part of the land required with the above pipes and nozzles, and then shift them to the other parts one by one and complete the irrigation of the whole area in several shifts. An acre of land with the above number of components will need roughly five shifts. This calls for a lot of labour and time.
The new Laser Spray Jumbo can be used to irrigate by shifting a single Laser Spray pipe over an area like the sprinkler described above. The advantages are:
Further, Laser Spray ( Rain Pipe / Rain Hose) has several advantages over Sprinkler:
| Laser Spray | Sprinkler |
Working Pressure | 0.7 kg / cm2 | 1.5 to 4 kg/cm2 |
Pump Required | Lower HP | Higher HP |
Electricity Consumption | Low | High |
Maintenance | Low. No moving rart | Higher |
Harm to Fruits and Flowers by the water jets | No | Possible |
Compaction of soil | No | Possible |
Technical Highlights (Approximate Specifications)
Parameter | Specification |
|---|---|
Model | Laser Spray 63 mm |
Material | High-quality polyethylene (UV stabilized) |
Spray Width | Up to 12–15 meters (depending on pressure and layout) |
Recommended Length | Up to 100 meters per line |
Working Pressure | 1.0 – 2.5 kg/cm² |
Hole Type | Laser-punched, self-cleaning |
Installation | Quick-connect coupler system |
Ideal Crops | Sugarcane, Maize, Groundnut, Fodder, Pulses, Vegetables |
(Note: Actual performance may vary depending on pressure, field layout, and water source.
Here is video of Laser Spray Jumbo (63 mm) which explain the above: https://www.youtube.com/watch?v=nFElw-6IF_k
Conclusion
The Laser Spray-Jumbo represents a breakthrough in the field of micro-irrigation — combining technology, efficiency, and practicality. Designed to provide rain-like irrigation at low cost, it ensures optimal soil moisture, reduced labor, time and improved crop quality.
FAQ
Laser Spray-Jumbo is a model of Laser Spray family manufactured by Driptech India. It is of largest size ( 63 mm diameter) among the family. It is generally used as single pipe to irrigate a plot of land by shifting it like a sprinkler irrigation system is used.
Like all Laser Spray models ( commonly called Rain Pipe / Rain Hose), it has laser-punched holes to deliver uniform, rain-like irrigation and works under low pressure. But it gives much higher discharge than the other models.
Like Sprinkler Irrigation system, it is used for irrigating a part of the land and then shifted to other parts to complete the irrigation of the whole land in shifts. However, in this case only a single Laser Spray pipe is shifted unlike in case of sprinkler where the QRC HDPE pipes and sprinkler nozzles are shifted. Thus there is huge saving in drudgery, time and labour.
The advantages over sprinkler system are:
Unlike sprinklers that require multiple QRC pipes and nozzles to irrigate one acre in shifts, Laser Spray-Jumbo allows irrigation by shifting a single pipe across the field.
Apart from the investment irrigation system, there is huge saving in:
It is suitable for all short height close spacing crops like cabbage, onion, radish, soyabean, gram, paddy and wheat etc.
Yes. Like all Laser Spray model ( Rain Pipe / Rain hose), its fine, uniform spray keeps the soil moist and porous. The seepage under ground is limited and so the porosity in the soil is maintained. There is also no crust formation and waterlogging. As a result, the germination is better.
Absolutely. Sandy soils drain water quickly, but Laser Spray-Jumbo lile all other Laser Spray models applies water gently, evenly and spreading thinly over the soil surface. As a result the seepage is minimal.
Yes. The rain-like spray washes away the insects and thus reducing the pest infestation.
Yes. The fine spray cools the crop canopy, the soil surface and the micro environment helping crops withstand high temperatures and reducing heat stress damage.
Laser Spray-Jumbo operates at 0.7 kg/cm².
No. Because it works at low pressure (0.7 kg/cm2), it requires lower horsepower pumps, making it energy-efficient and suitable for solar-powered irrigation systems.
Maintenance is minimal because:
Very little labor is required. Since only one lightweight pipe is shifted across the field, irrigation becomes faster and less physically demanding compared to sprinkler setups.
No. The fine water droplets of Laser Spray-Jumbo or the Laser Spray models do not harm delicate flowers, fruits, or tender leaves—unlike high-pressure sprinkler jets.
A single Laser Spray-Jumbo (63 mm) line can be laid up to 100 meters which is it Max Permissible Running Length while operating at its working pressure of 0.7kg/cm2.
Yes. It is suitable for the conditions of low pressure availability, high labor costs and the need for cost-effective irrigation solutions.
The biggest advantage is uniform irrigation with lower cost, lower labor, lower electricity consumption, and better crop health, making it a next-generation irrigation solution.