Horizontal shaft sprayer designed for precise weed control and wide field coverage.
Adjustable boom configurations and durable steel components ensure reliable performance across diverse conditions. Read more…
Horizontal shaft sprayer designed for precise weed control and wide field coverage.
Adjustable boom configurations and durable steel components ensure reliable performance across diverse conditions. Read more…
| Folded Boom Length | 135 cm / 160 cm |
|---|---|
| Open Boom Length | 280-336 cm |
| Spraying Width | Up to 7 m |
| Telescopic Boom (closed) | 160 cm |
| Telescopic Boom (open) | 280 cm |
| Double Folding Boom (min) | 469 cm |
| Double Folding Boom (max) | 686 cm |
| Nozzle | TeeJet / Braglia |
|---|---|
| Number of Nozzles (examples) | 3–10 per boom side |
| Spraying Arms | Central + Right + Left sections |
| Control Options | Mechanical manifold / Electric valves with control box |
| Pump | Diaphragm 53 L/min |
| Mounting | Quick-hitch or 3-point linkage |
|---|---|
| Filters | 3/4'' line filter |
| Valve System | Mechanical / Electric valves |
| Folding System | Mechanical or hydraulic folding piston |
| Mounting | Tractor-mounted booms |
| Pump | Bertolini PA 530 VC |
| Supporting frame | Steel |
|---|---|
| Protective brush | PVC |
| Boom | Steel |
Dedicated weed sprayer for controlled herbicide application
KATLAN Weed Sprayer is built specifically for weed control, not for general crop spraying. Its main job is to apply herbicide in a controlled, targeted way along orchard rows and other planted agricultural zones where unwanted vegetation must be destroyed without directing spray onto the crop itself. This makes the machine especially useful in orchards and row-based plantings where weeds must be treated close to the ground and close to the row, while the nearby trees or cultivated plants must remain protected from unnecessary spray contact. The page itself positions KATLAN as a Weed Sprayer designed for precise weed control and precise weed destruction, which is exactly the core role this machine should communicate.
One of the most important working elements of the machine is its protective brush system. The PVC protective brush, together with the side-working spraying structure, helps keep the herbicide treatment focused in the intended zone and reduces the chance of drift or unwanted contact with the crop growing next to the treatment line. That is a major practical advantage in orchard work, where the operator needs to kill weeds and undergrowth without spraying the fruit trees or nearby productive plants. Combined with adjustable side booms, mechanical or electric valve control, and tractor-mounted quick-hitch or 3-point linkage, KATLAN gives the grower a practical weed-control platform for repeated field use in hot, dusty, and demanding working conditions.
Protected side-boom spraying for orchards and row planting systems
The real strength of KATLAN is the way it combines controlled herbicide application with adaptable working geometry. The machine uses central, right, and left spray sections, supports multiple boom configurations, and can be built with telescopic or double-folding boom layouts depending on the required working format. This allows the sprayer to be adjusted to different orchard structures, row widths, and treatment zones instead of forcing one fixed arrangement on every grower. In practical use, that means the operator can keep the weed treatment closer to the actual problem area and work more accurately around planted rows, tree lines, and similar agricultural layouts.
The spraying system is based on a 53 L/min diaphragm pump, specifically Bertolini PA 530 VC, with TeeJet or Braglia nozzles, mechanical manifold or electric valves with control box, and a steel boom and supporting frame built for repeated agricultural use. KATLAN is also presented in the orchard category with tank capacity up to 3000 L, which makes it useful not only as a compact side-boom weed sprayer, but also as a serious working solution for farms that need longer operating time and fewer refill interruptions during herbicide programs. In real farm conditions, that more controlled application can support more careful use of water and herbicide materials by reducing unnecessary overlap and keeping the treatment focused on the weed zone rather than the crop.
