What We Do

An irrigation bore pump is designed to extract groundwater from deep underground aquifers to supply reliable water for agricultural operations. These pumps are typically installed inside a bore casing and operate fully submerged, pushing water to the surface through rising mains to irrigation systems.

Bore pumps are essential in areas where surface water is limited or seasonal. They provide a dependable water source for spray irrigation, pivot systems, drip irrigation, stock water supply, and general farm use. Because they often operate at significant depths, they are engineered to handle high pressure and vertical lift while maintaining efficiency.

Most agricultural bore pumps are multistage centrifugal pumps, allowing them to generate the pressure needed to lift water from deep water tables. They are powered by electric motors or diesel-driven systems, depending on site access and infrastructure.

Proper sizing and installation are critical to ensure optimal flow rates, energy efficiency, and long service life. When maintained correctly, irrigation bore pumps provide farmers with consistent water supply, supporting crop production, pasture growth, and overall farm productivity throughout the year.

An axial flow irrigation pump (also known as a propeller pump) is designed to move large volumes of water at low pressure, making it ideal for broadacre farming operations. Its primary purpose is to efficiently transfer high flows of water from rivers, channels, dams, or storage ponds into irrigation systems.

These pumps are best suited to low head (low lift) applications, typically where water only needs to be raised a few metres. This makes them particularly effective in flat agricultural regions, where large amounts of water must be distributed across paddocks without the need for high pressure.

Axial flow pumps are commonly used for flood irrigation, border check irrigation, furrow irrigation, and filling on-farm channels. They are also used to transfer water between storages or maintain channel levels during irrigation seasons.

Because they are engineered for high flow efficiency, axial flow pumps can move significant volumes of water using less energy per megalitre compared to high-pressure alternatives. For farmers, this means reliable, cost-effective water movement essential for maintaining productive cropping and pasture systems.

At Proton Engineering we support the repair, modification, and manufacture of components across agricultural, industrial, and mechanical applications. Machining involves the precise shaping of metal and other materials using equipment such as lathes, milling machines, drills, and surface grinders. These processes allow us to produce shafts, bushes, housings, threads, keyways, and custom parts to exact specifications.

Fabrication focuses on building and repairing structures or components through cutting, welding, forming, and assembling materials such as steel, stainless steel, and aluminium. This can include everything from structural frames and brackets to guards, tanks, and heavy-duty agricultural equipment repairs.

Proton Engineering combines both disciplines to provide complete solutions — machining a replacement shaft, fabricating a mounting frame, and assembling the finished unit in-house. Our skilled tradesmen ensure measurements, tolerances, and alignments meet operational requirements, improving performance and longevity.

Together, machining and fabrication services help minimise downtime, extend equipment life, and deliver practical, cost-effective solutions tailored to the needs of farms, contractors, and regional industries.