VNZ - Re-shredder

Re-shredding of prepared demanding residues into separable material

For value and material recovery, you can efficiently process pre-crushed waste wood, pre-shredded domestic waste and even sorting residues into separable material with our VNZ double-shaft re-shredder. We offer different rotor systems and geometries for a varied range of tasks with different materials. We have equipped the VNZ post-shredder with a breakage protection system, which prevents damage to the machine when extraneous materials are present in the materials being fed into it: you can easily remove these materials without having to empty the feeding hopper. You’ll also benefit from low power consumption thanks to the VNZ’s ultra-efficient drive technology.

VNZ - Re-shredder

The strongest among the double-shaft re-shredders

The Vecoplan double-shaft shredder was developed for the re-shredding of pre-crushed waste wood, pre-shredded domestic,industrial and commercial waste, production waste, straw, root woodand much more. We can deal with a great variety of input materialsand match customer requirements, thanks to our different cuttingtools, counter-knife variants and matching perforated screens.

The highlights of the VNZ - Re-shredder

Indestructible power thanks to a robust construction

The basis for efficient and trouble-free operation is the machine housing, consisting of a thick-walled, ribbed construction with optimum functional machine geometry.

The two solid steel rotors with their large flywheel masses ensure smooth machine operation and high throughput. The interaction of the two rotors with the common counter knife and the perforated screens results in a very separable and homogeneous output. Hydraulic maintenance doors facilitate the replacement of wear parts and the removal of impurities, even when the filling hopper is completely full.

Your advantages at a glance

Highest reliability and availability
Cost minimisation through energy efficiency
Optimisation of maintenance and service
Best added value through consistently high, high-quality output
Support through Vecoplan Live Service

Features

The HiTorc drive is a frequency-controlled, powerful high-torque motor with a variably adjustable speed range that can also start up under load. The virtually maintenance-free and noiseless drive has an energy saving of up to 60% compared to conventional drives.

The maintenance doors can be swivelled hydraulically. Due to the good accessibility, it facilitates the changing of wearing parts and the removal of impurities.

Due to the different screen perforations, the output grain size can be optimally adjusted. The screen basket is very easily accessible for cleaning and maintenance work.

The counter knife is multi-piece and hardened. The small blade gap optimises the cutting performance. The lowerable counter-knife cross-bar (pneumatic) supports maintenance work and the removal of impurities. The "flipper" (machine breakage protection) protects the machine from damage.

Hydraulic swivelling of the maintenance doors.

The rotor is equipped with concave knives that achieve long service lives and can be used up to 4 times each.

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Product brochure - Double shaft shredder - Re-shredder-VNZ-EN

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Which model suits your needs?

Specification	VNZ 2100	VNZ 2500	VNZ 3000
Type of drive	Electromechanical drives	Direct drive HiTorc	Electromechanical drives
Motor power	75 - 110 kW	134 kW	90 - 110 kW
Speed range	165 - 165 1/min	60 - 230 1/min	165 - 165 1/min
Rotor length	2,100 mm	2,500 mm	3,000 mm
Rotor diameter	500 mm	640 mm	500 mm
Weight	12.8 to	24.5 to	15.5 to
Dimension (Length)	4,010 mm	5,120 mm	4,380 mm
Dimension (Width)	2,400 mm	2,580 mm	2,750 mm
Dimension (Height)	1,850 mm	1,975 mm	2,100 mm

Products

VNZ 2100

VNZ 2500

VNZ 3000

Discover more advantages

Vecoplan Smart Center

The Vecoplan Smart Center (VSC) is Vecoplan’s digitalisation solution. It enables you to maximise the efficiency ofyour machinery and equipment. Learn all about VSC.control and VSC.connect.

Complete plants

An optimal process chain in the preparation for recycling or thermal recovery always requires coordinated processes and continuous material flows. As a manufacturer of all relevant components, we ensure trouble-free preparation and optimised...

Can be used for following material

Wood

Biomass

Domestic and industrial waste

Alternative fuel

All

Waste wood

The processing of waste wood transforms wood waste of various types into a valuable secondary raw material. Besides the recovery of materials, efficient energy recovery is becoming increasingly important as a renewable energy source.

Bark

Bark can be thermally recycled as fuel and further processed into bark mulch or bark litter.

Wood composites

Modern composite materials preferably used for furniture, benches, outdoor flooring and similar applications.

Straw

Grain straw is used in biogas plants. The material is also used in the form of straw pellets for alternative heat generation. Straw is the primary material used in the production of bioethanol.

Coconut shells

Briquettes made from coconut shells burn longer than wood and can be used in crop-growing countries to replace wood from life-sustaining forests. The material is also suitable for use as a fuel in biomass plants and boiler plants. The fibres in coconut shells have excellent insulating properties and are used to this end.

Grasses

Some grasses, such as miscanthus and switchgrass, are called biomass grasses because of the large amounts of biogas they can produce.

Residual forest wood

Residual forest wood is often the raw material for mulch, but it is also used as animal feed. In addition, it is used as fuel in biomass CHP plants (combined heat & power plants).

Straw bales

Direct feeding of entire strawballs to shredders for downstream processes in energy and materials recovery offers several advantages. The work of unravelling the strawballs in advance is no longer necessary. Systems for the storage, conveyance and metred feeding round off the product portfolio for processing technology.

Green waste

Green waste is used as co-substrates for soil improvement and is increasingly incinerated for energy in biogas plants. Coarser fractions of wood can also be made into mulch.

Domestic waste

Residual waste is optimally handled by shredding it in mechanical-biological waste treatment plants (MBT) and separating the various recyclable materials from each other. Another use of residual waste is thermal utilisation in a waste incineration plant. The heat released is used both to generate electricity and to provide heat.

Bulky waste

Bulky waste chiefly includes discarded furniture, mattresses, wallpaper remnants and old carpets. Nowadays, most bulky waste can be recycled for materials and energy.

Industrial waste

Commercial municipal waste (also abbreviated to commercial waste) is municipal waste from sources other than private households, in particular commercial and industrial waste as well as waste from private and public institutions. This waste is similar to waste from private households due to its nature or composition and must be disposed of in the same way.

However, commercial municipal waste also includes other production-specific waste from other sources, such as workshop waste, cleaning rags containing mineral oil, paint buckets or non-infectious waste, leather waste, metal waste, including shavings from metalworking and metal processing.