Agricultural Equipment Translation Lisicki flail mower on a boom for ditches and slopes 1.4 m

- Manufacturer: Lisicki

- Catalogue Number: LIS14BW

- Manufacturer Name: KBMP140 Pantograph Flail Mower

- Working Width: 1400 mm

- Total Width: 2010 mm

- Maximum Height: 1050 mm

- Length: 1850 mm

- Weight: 580 kg

- Number of Flails: 22 pcs

- Flail Weight: 0.7 kg

- Side Shift: max. 1630 mm

- Power Requirement: 60 HP

- Minimum Tractor Weight: 4 t

- Angular Tilt from Horizontal: + 95° / - 60°

Detailed Description

• The flail mower on a boom is a professional municipal and agricultural mulcher designed for comprehensive and efficient maintenance of hard-to-reach green areas, such as road verges, drainage ditches, slopes, and wasteland.
• The device works perfectly as a high grass mower, an effective brush shredder, and a root and tree mulcher, handling lush vegetation and woody shoots with ease.
• A major advantage of the unit is its advanced hydraulic positioning system, which includes a side shift reaching a maximum of 1630 mm and a wide angular tilt range from the horizontal of +95° to -60°.
• This allows for smooth adjustment of the mower's position to match slope angles, ditches, or passed obstacles without the need to change the tractor's driving path.
• In terms of structural and performance parameters, this model features a working width of 1400 mm (with a total width of 2010 mm, length of 1850 mm, and maximum height of 1050 mm).
• The weight of the device is specified at 580 kg, which ensures optimal stability of the entire setup when working in difficult terrain.
• For the machine to work stably and efficiently, the cooperating agricultural tractor should weigh a minimum of 4 tonnes and have a power requirement of 60 HP.
• Fast and perfect shredding of organic material is handled by a robust cutting system composed of 22 heavy flails, each weighing 0.7 kg.
• Thanks to this, the mower guarantees excellent mulching efficiency, leaving a perfectly cleaned and evenly mowed surface without the risk of rapid wear on the working components.