FineCut 3000

High-end secondary shredder with 3,000 mm working width

Sometimes small things come from large machines! The smaller the particle size, the higher the resale value. The FineCut is the ideal secondary shredder for multi-stage systems. Due to its higher rotor speeds, this machine is capable of high throughput. The fine particle size of the shredded material is ideal for the creation of high-quality RDF.

01

Flexible adjustment of cutting parameters with Siemens S7 PLC control

We manufacture our control cabinets ourselves in our German factories, using only brand-name components. With the large touch display, you have all important data and settings at your fingertips. The flexible adjustment of parameters such as the rotor speed or the ram movement is thus easily possible. For challenging conditions, we recommend optional control cabinet cooling.

02

Plenty of space for maintenance work thanks to hydraulic inspection flap

The shredders can be opened outward on both sides via a flap or door – at the front for work on the screen and at the rear for direct rotor access. This facilitates routine maintenance, such as knife rotation, or optimization of the cutting gap. Foreign materials can also be easily removed manually. Down times are reduced to a minimum.

03

Post-shredding of household and municipal waste for substitute fuel use in the cement plant of HOLCIM in Indonesia

04

Consistently high-quality cuts with SuperCut cutting gap adjustment

The counter knives are user-friendly, adjustable from the outside via a screw system, and can be easily reversed when worn. In addition, they are protected by cover plates and positioned at an angle for an even more aggressive cut.

05

Load-dependent feeding for maximum throughput with swing ram

Material is fed to the rotor with a swing ram. The swing attachment, which is located on the outside of the pre-shredder, ensures maximum cutting chamber size. The swing ram can optionally be equipped with an additional pressing feature to hold the material more firmly against the rotor. In addition, turbo hydraulics are used for faster swing arm movements and result in higher throughputs.

06

Always lubricated bearings thanks to automatic central lubrication
The central lubrication system mounted on the side of the machine frame ensures that rotor bearings, swingarm bearings, screen bearings and inspection flap bearings are always optimally lubricated. This eliminates the need for manual lubrication by hand pump.

07

Secondary fuel (RDF) production in Brittany with a FineCut 2500 secondary shredder

08

FineCut rotor developed for secondary shredding

With the characteristically designed FineCut rotor made of solid material, you can achieve particle sizes of up to 15 mm at high speeds of 160 to 380 rpm. The cutting blades can be turned several times. The rotor has up to seven rows of knives, allowing very high throughputs to be achieved. Here, too, a Vautid guard comes standard. A splined shaft journal is installed on the drive side for an optimum fit. The compact installation also provides plenty of lateral expansion space for the material.

09

Secure footing on any terrain with level, heavy duty feet

Even if your production surfaces are not one hundred percent level: Thanks to our standard, adjustable heavy duty feet, the machine is guaranteed to have a firm hold.

10

The right drive makes the difference – Hydraulic, high-torque or electromechanical?

You have the choice: our FineCut shredders are available with a Hägglunds hydraulic drive, a high-torque drive by Baumüller or a conventional electromechanical drive. Your individual application always decides which one is the right one.

Powerful hydraulic drive for WEIMA shredders

Hydraulic drive from Hägglunds Bosch Rexroth

11

WEIMA PowerLine and FineCut 2500 shred waste for RDF production

12

Easy integration into production lines or as a stand-alone solution
Optimally connected: WEIMA shredders have all common interfaces to ensure fast integration into existing production lines. Thousands of system solutions in cooperation with plant engineering partners worldwide speak for themselves. The elevated base frame offers plenty of space for all common conveyor belts – perfect for transporting shredded material away.

13

Flexible screen change for changing material flows thanks to lift-up screen basket
All FineCut shredders have a screen basket that can be swung upwards, on which the screen segments are screwed. They can be changed quickly and are protected against wear. With secondary shredders, a particle size of 15 - 80 mm can be achieved.

Pre-shredding or post-shredding? WEIMA offers solutions for both tasks

Our shredders are uncompromising against waste and create the conditions for your RDF production to run smoothly. WEIMA offers both pre- and post-shredders for all stages of processing. 40 mm thick side walls make our machine frames particularly solid. Variable equipment and sizes allow exact adaptation to any special requirement.

Compare our models

Find the right machine
  • Rotor Diameter (mm)
  • Rotor length (mm)
  • Rotor Speed (rpm)
  • Power (hp)
  • Rotor Knives
  • Available knife sizes (mm)
  • Fraction size (mm)
  • Infeed (mm)
  • Length (mm)
  • Width (mm)
  • Height (mm)
  • Weight (approx. kg)
  • Wall thickness (mm)
FineCut 3000
  • 800*1
  • 3000
  • 160 - 380*2
  • 160 - 350*3
  • 110*4
  • 172x57x28
  • 15-80
  • 1600x3000
  • 3000
  • 7440 *5
  • 4720
  • 32000
  • 40
*1 dependent on flight circle
*2 dependent on specific drive configuration
*3 dependent on drive technology
*4 depending on machine configuration
*5 in standard configuration
FineCut 2000
  • 800*1
  • 2000
  • 160 - 380*2
  • 160 - 250*3
  • 77*4
  • 172x57x28
  • 15-80
  • 1260x2000
  • 3000
  • 4,490*5
  • 3700
  • 26000
  • 40
*1 dependent on flight circle
*2 dependent on specific drive configuration
*3 dependent on drive technology
*4 depending on machine configuration
*5 in standard configuration
FineCut 2500
  • 800*1
  • 2500
  • 160 - 380*2
  • 160 - 350*3
  • 98*4
  • 172 x 57 x 28
  • 15 - 80
  • 1,260 x 2,500
  • 3,000
  • 5,500
  • 3,700
  • 32,500
  • 40