KOS: SHEAR BALER FIXED

DESIGNED FOR FUTURE

KOS: A shear baler for the future, a significant development in scrap metal shearing.
The essential machine for recycling and demolition.
In an ever-changing market, the new KOS shear balers represent an important step forward by
offering futuristic features and technologies.
These shears offer efficiency, versatility and durability, making them a valuable investment for companies in the industry.

FEATURES
FAST LOOP: This technology reduces work cycle times through a new electro-hydraulic circuit that improves operational efficiency.
REG: This technique enables constant alignment of the movable blade holder, maintaining cutting performance over time.
- EPO: New and more advanced operating program.
- SBxx: New geometries of the scrap pre-stressing box.

SHERA BALER "KOS" X1 X2
Shear cylinders
 n°
 2 2
Cutting force t 1100 1200
Cutting width mm 1100 1100
Clamp t 240 360
SB: swinging wings compression system SBxx SBxx
Over stroke on both wings with 90° stop ✓ ✓
Open box dimensions mm 2600x7200 2600x7200
Cylinders for each wing n° 3 3
Main compression cylinder t 180 180
Electric motor kW 2x160 2x200
Diesel engine (on demand) Hp 400 500
ADVANTAGES


  • Efficiency: The new shears offer higher hourly output thanks to FAST-LOOP technology.
  • Versatility: The ability to process different types of scrap adapting to different shapes and sizes of material, with fast and efficient pre-compression times due to the new SBxx geometry of the wings.
  • Durability: Construction using high-strength and wear-resistant steel and HD (heavy duty) one-piece design ensure long operating life even under extreme conditions.
  • Sustainability: Reduced environmental impact through the use of high-efficiency electric motors, energy recovery systems and a percolate collection tank. The shear is supported by a structural frame, housing the cover cylinders, where the pipes run protected. At the rear of the frame is housed the percolate collection tank to prevent accidental leakage, in compliance with hygiene and environmental safety regulations.
  • Safety: advanced safety methods to protect operators, such as safety radar, advanced emergency stop techniques and remote monitoring.
  • Easy Maintenance: its modular design makes it easy to maintain and replace components, reducing downtime.
  • Reduced Operating Costs: Optimization of operating costs through energy efficiency, production capacity and reduced maintenance costs.
  • Does not require foundations


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