Mercilessly efficient:

Powerful performance, no compromises.

Alcor, the new twin-shaft shredder from Lindner, presents itself with the usual high throughput, powerful efficiency and, for the first time, stationary. The 355 kW electro-hydrostatic drive impresses with its fast response to load changes and due to its high torque is also suitable for particularly tough materials. The Lindner Sky Flap enables easy access to the cutting unit, allowing contaminants to be removed quickly. The breaker bar can also be easily removed or replaced via the Sky Flap. Thanks to the use of different shaft types, the Alcor can be used to efficiently shred a wide range of materials - from waste wood, rootstocks, C&I and MSW to aluminium and mixed scrap.
1
Mobile hydraulics
2
Highly efficient electro-hydrostatic drive with torque reserves
3
Control & operation
4
Twin-shaft cutting system
5
Maintenance door
6
Lindner’s Sky Flap

2 | Highly efficient electro-hydrostatic drive with torque reserves

Electro-hydrostatic drive for:

  • High torque
  • High effectiveness
  • Quick change of shaft direction
  • High energy efficiency

4 | Twin-shaft cutting system

The cutting system of the Alcore consists of two synchronously running, fully welded rotors. The synchronous ripping (ripping apart, ripping up) at low speeds with high torque combined with the dynamic energy recovery enables:

  • Synchronous twin-shaft cutting system
  • Two shaft types: SF (fine) and SR (rough)
  • Perfect for waste wood, C&I, MSW, metal scrap
Fire prevention
Water sprinkling system
FE metal separator
Hardfacing kit
Fire extinguishing system

Fire prevention

THAT’S HOW TO PLAY IT SAFE

Lindner’s modern out-of-the-box FPS solution automatically detects and cools over heated particles in the material stream directly on the discharge conveyor, effectively preventing possible sources of fire. The system adapts the cooling process to the hazardous situation to ensure the facility operates optimally at all times.

  • Precise detection of overheated materials
  • Comprehensive monitoring of the entire cooling section
  • Cooling process adapted to the hazardous situation
  • Independent cleaning of the infrared sensors
  • Temperature resistant and robust thanks to a special insulation system
  • Highly flexible modular design

Watch video here!

Water sprinkling system

  • To remove dust from the filling area
  • 4 spray nozzles positioned in the enclosed hopper
  • Switch it ON/OFF using the control panel
  • Machine piping incl. central water supply
  • Incl. heating system & piping insulation

FE metal separator

  • Permanent over-belt magnet for ferrous metal separation
  • Fitted above the conveyor belt
  • Hydraulically height-adjustable
  • Incl. discharge chute

Hardfacing kit

ADDITIONAL  WEAR PROTECTION PACKAGE CUTTING SYSTEM

  • Ideal for shredding particularly abrasive material
  • Knife hardfacing 
  • Scraper hardfacing 

Fire extinguishing system

  • For effective fire extinguishing in the engine compartment
  • Releases cooling and suffocating foam
  • Self-monitoring, no electricity needed
  • Robust and maintenance-free thanks to galvanised, non-pressurized pipes

Find your ideal solution and

Connect with us

Need answers about applications or particle sizes? Reach out today - our specialists are ready to provide support. Together, we'll uncover your perfect solution.
Contact us

INPUT & OUTPUT MATERIALS

Waste Wood

C&I | MSW

Light Scrap

MSW Plastics

KEY FEATURES

LINDNER ADVANTAGES

Lindner

ALCOR 5000 SY CUTTING SYSTEM

The cutting system of the Alcore consists of two synchronously running, fully welded rotors. The synchronous ripping (ripping apart, ripping up) at low speeds with high torque combined with the dynamic energy recovery enables:

  • Synchronous twin-shaft cutting system
  • Two shaft types: SF (fine) and SR (rough)
  • Perfect for waste wood, C&I, MSW, metal scrap

 

Lindner

HIGHLY EFFICIENT ELECTRO-HYDROSTATIC DRIVE WITH TORQUE RESERVES

Electro-hydrostatic drive for:

  • High torque
  • High effectiveness
  • Quick change of shaft direction
  • High energy efficiency