In the breeding industry, cleaning chicken cages has never been an easy task.

Chicken manure is compacted and stubborn, difficult to remove; The cage frame is staggered in height, with numerous blind spots; The water source is far away and the pipeline is long, so the water pressure is already weak and powerless when it reaches the end. The workers were holding spray guns, rushing and moving repeatedly, so tired that they couldn't even straighten their backs. The places that should not be washed clean still cannot be cleaned.    

Until the emergence of chicken cage cleaning robots, three technologies were integrated to form its "golden triangle": 150-200KG high-pressure water flow, high-pressure extended range pump, and 105 degree wide-angle spray. The precise coordination of angle, distance, and water pressure achieves true deep cleanliness.    

What is the strength of the 'Golden Triangle'? Below, let's use a table to see its true strength.

First corner: 150-200KG ultra-high water pressure - more penetrating

The water pressure of traditional ordinary cleaning equipment is generally between 80-100kg.     

This pressure is okay to flush the floating dust. Encountering compacted chicken manure, water flows up and the surface becomes wet, but the bottom remains motionless. The workers have to first scrape with a brush and then rinse with water, which is time-consuming and laborious.    

The ultra-high water pressure of 150-200KG is another level.     

Under this pressure, the water flow is no longer 'flowing past', but 'entering'. The stubborn stains that once caused headaches instantly disintegrated in the face of high-pressure water flow - like cutting butter with a knife and collapsing with a single blow.     

This is what we call 'washing clean'.

Up to 200KG water pressure - for stubborn dirt and deep dead corners, ultra-high water pressure can achieve indiscriminate penetration, even if it is difficult to hit, it can still penetrate through

Second corner: High pressure extended range pump - delivering farther

The water source of the breeding farm is often not located next to the chicken coop.     

Once the pipeline is long, the pressure of a regular pump decays significantly. The device here shows that there is still 150KG left, and the water coming out of the nozzle over there is already soft and fluffy - enough, but it cannot be cleaned thoroughly.     

The high-pressure extended range pump solves this problem.     

It allows robots to maintain strong power even when working far away from water sources and over long distances. If the end water pressure does not drop, the cleaning effect will not be compromised. No matter how big the chicken coop is, wherever the robot goes, the pressure follows.     

Distance is no longer an obstacle.

Dingda's innovative high-pressure extended range pump breaks through the range boundary, extends the operating radius, and achieves long-distance precise spraying and efficient coverage throughout the entire area

Third angle: 105 degree wide-angle spray - wider coverage

The common cleaning equipment on the market generally has a spray angle of around 60 degrees.     

The water flow is like a 'stick', hitting the chicken coop can only cover a small piece. The workers have to repeatedly adjust the nozzle, scanning the same position several times, which is time-consuming, laborious, and has blind spots.     

105 degree wide-angle spray, allowing the water flow to spread out in a fan-shaped pattern.     

Over and over again, the coverage area is more than twice that of ordinary devices. The stains hidden in the corners no longer have a place to hide.     

The angle is wider, the efficiency is higher, just go through it once, it's enough.

105 degree wide-angle fan-shaped jet - optimizes the jet shape with a fan-shaped structure, expands the coverage boundary with a 105 degree wide-angle, widens the range, and covers more comprehensively

The Golden Triangle is indispensable

These three technologies, taken out separately, each represents a breakthrough.

But when they are combined together, what happens is not addition, but multiplication.

To make sense, it is necessary to send it far away even if it can penetrate deeply; Sending far requires wide coverage to truly save effort; Wide coverage, if there is not enough water pressure support, it will only be 'swept' rather than 'cleaned'.

This is the meaning of the "Golden Triangle" - the perfect combination of angle, distance, and water pressure, all of which are indispensable.

From the birth of the first chicken cage cleaning robot in 2003 to the iterative upgrade of the sixth generation product - Dingda has been using it for 23 years, gradually polishing these three corners.

In the past, farming relied on strength; Nowadays, farming relies on technology.     

In the past, workers bent over and boiled in the chicken coop; Now, robots come in and people come out.     

Dingda declared something after 23 years of use:

The farming and cleaning industry can finally switch to a dry method.