Shredder VZ 750


Hydraulic, versatile shredder.

This first two-shaft shredder VZ 750 created by our Technical Director Norbert Hammel marked the beginning of further development of innovation technologies and creation of new shredding equipment. Due to hydraulic drive this type of shredder is suitable for any kinds of material, and is able to shred even big chunks. We offer a complete package of technical solutions to stationary, mobile and semi-mobile models of this shredder.

Air circulation system

Optimized air circulation system for maximum productivity.

Drive and control

Diesel engine VOLVO PENTA , 320 HP. Central control panel with multi-functional screen to monitor the indices of the shredder.

Tow hitch and wheel axle

The shredder can be transported over the site at small distances by loaders or similar.

Model VZ 750 D VZ 750 DK VZ 750 DT VZ 750 E
Type wheel-mounted crawler track trailer-base stationary
Engine 235kW (320h.p.) 235kW (320h.p.) 235kW (320h.p.) 250kW
Dimensions, mm 6.5х2.4х2.6 8.2х2.5х3.0 9.7х2.5х3.8 7.8х2.4х2.9
Shaft length, m 1.750 1.750 1.750 1.750
Weight, t 15 20 20.05 16

This information refers to standard models, dimensions of individual models can vary from the values provided in the tables.


Two tilting hoppers (front/rear) ensure smooth material feed into operation area.

Discharge conveyor

Long discharge conveyor with discharge height of the output material up to 4,8 m.

Magnet separator

Thanks to overband magnet metal particles can be separated.

VZ 750 DK crawler track type.
Crawler track guarantee higher mobility even on rough terrain.

Registered double shaft system


  • Registered T-blades
    precise shredding (up to 15% of energy saving)
  • Two hoppers
    optimal material feed to working shafts
  • Automatic reverse function
    protects shredding tools from damage
  • Low noise level
    effective sound insulation and low engine speed
  • Low wear and maintenance cost
    modular design easy to maintain

Application according to the highest requirements

Preparation for further thermal recycling. Fore efficient use of organic resources in bio-power plants. Reducing the volume and separating valuable ferrous and non-ferrous metals. Self-cleaning shafts prevents material from jamming.