Shear Balers Katana

Stazionary Shear Baler

Series 500

ShearsKatana 265
Shears: Shearing force
Ton
Katana 265: 500
Shears: Vertical hold clamp force
Ton
Katana 265: 60
Compression boxKatana 265
Compression box: Compression box length
mm
Katana 265: 6.200
Compression box: Compression box width (with wings open)
mm
Katana 265: ~ 2.300
Compression box: Bale’s dimensions
mm
Katana 265: 800x600xV
Compression box: Oscillating wings with internal crossing cylinders
Katana 265: 2
Compression box: Cylinders on each wing
Katana 265: 2
Compression box: Compression force of the wings (force transmitted to the material)​
Ton
Katana 265: 260
Compression box: Longitudinal compression force
Ton
Katana 265: 150
Compression box: Baler total weight
(Standard Configuration)
kg
Katana 265: 95.000

Series 600

  • Series 266

  • Series 266

  • Series 266

  • Series 266

  • Series 266

  • Series 376

  • Series 376

ShearsKatana 266Katana 376
Shears: Shearing force
Ton
Katana 266: 600
Katana 376: 600
Shears: Vertical hold clamp force
Ton
Katana 266: 80
Katana 376: 80
Compression boxKatana 266Katana 376
Compression box: Compression box length
mm
Katana 266: 6.200
Katana 376: 7.000
Compression box: Compression box width (with wings open)
mm
Katana 266: ~ 2.550
Katana 376: ~ 2.550
Compression box: Bale’s dimensions
mm
Katana 266: 900x700xV
Katana 376: 900x700xV
Compression box: Oscillating wings with internal crossing cylinders
Katana 266: 2
Katana 376: 2
Compression box: Cylinders on each wing
Katana 266: 2
Katana 376: 3
Compression box: Compression force of the wings (force transmitted to the material)​
Ton
Katana 266: 300
Katana 376: 380
Compression box: Longitudinal compression force
Ton
Katana 266: 180
Katana 376: 180
Compression box: Baler total weight
(Standard Configuration)
kg
Katana 266: 98.000
Katana 376: 102.000

Series 700

ShearsKatana 377
Shears: Shearing force
Ton
Katana 377: 700
Shears: Vertical hold clamp force
Ton
Katana 377: 90
Cassa di CompressioneKatana 377
Cassa di Compressione: Compression box length
mm
Katana 377: 7.000
Cassa di Compressione: Compression box width (with wings open)
mm
Katana 377: ~ 2.550
Cassa di Compressione: Bale’s dimensions
mm
Katana 377: 900x700xV
Cassa di Compressione: Oscillating wings with internal crossing cylinders
Katana 377: 2
Cassa di Compressione: Cylinders on each wing
Katana 377: 3
Cassa di Compressione: Compression force of the wings (force transmitted to the material)​
Ton
Katana 377: 380
Cassa di Compressione: Longitudinal compression force
Ton
Katana 377: 180
Cassa di Compressione: Baler total weight
(Standard Configuration)
kg
Katana 377: 104.000

Series 800

ShearsKatana 378
Shears: Shearing force
Ton
Katana 378: 800
Shears: Vertical hold clamp force
Ton
Katana 378: 90
Compression BoxKatana 378
Compression Box: Compression box length
mm
Katana 378: 7.000
Compression Box: Compression box width (with wings open)
mm
Katana 378: ~ 2.550
Compression Box: Bale’s dimensions
mm
Katana 378: 900x700xV
Compression Box: Oscillating wings with internal crossing cylinders
Katana 378: 2
Compression Box: Cylinders on each wing
Katana 378: 3
Compression Box: Compression force of the wings (force transmitted to the material)​
Ton
Katana 378: 380
Compression Box: Longitudinal compression force
Ton
Katana 378: 180
Compression Box: Baler total weight
(Standard Configuration)
kg
Katana 378: 106.000

Series 900

  • Series 379

  • Series 379

  • Series 379

  • Series 389

  • Series 389

  • Series 389

  • Series 389

ShearsKatana 379Katana 389
Shears: Shearing force
Ton
Katana 379: 900
Katana 389: 900
Shears: Vertical hold clamp force
Ton
Katana 379: 120
Katana 389: 120
Compression boxKatana 379Katana 389
Compression box: Compression box length
mm
Katana 379: 7.000
Katana 389: 8.000
Compression box: Compression box width (with wings open)
mm
Katana 379: ~ 2.550
Katana 389: ~ 2.550
Compression box: Bale’s dimensions
mm
Katana 379: 900x700xV
Katana 389: 900x700xV
Compression box: Oscillating wings with internal crossing cylinders
Katana 379: 2
Katana 389: 2
Compression box: Cylinders on each wing
Katana 379: 3
Katana 389: 3
Compression box: Compression force of the wings (force transmitted to the material)​
Ton
Katana 379: 380
Katana 389: 380
Compression box: Longitudinal compression force
Ton
Katana 379: 180
Katana 389: 180
Compression box: Baler total weight
(Standard Configuration)
kg
Katana 379: 109.000
Katana 389: 120.000

Series 1000

ShearsKatana 3710
Shears: Shearing force
Ton
Katana 3710: 1.000
Shears: Vertical hold clamp force
Ton
Katana 3710: 160
Compression boxKatana 3710
Compression box: Compression box length
mm
Katana 3710: 7.200
Compression box: Compression box width (with wings open)
mm
Katana 3710: ~ 2.850
Compression box: Bale’s dimensions
mm
Katana 3710: 1.000x800xV
Compression box: Oscillating wings with internal crossing cylinders
Katana 3710: 2
Compression box: Cylinders on each wing
Katana 3710: 3
Compression box: Compression force of the wings (force transmitted to the material)​
Ton
Katana 3710: 480
Compression box: Longitudinal compression force
Ton
Katana 3710: 180
Compression box: Baler total weight
(Standard Configuration)
kg
Katana 3710: 185.000

Series 1200

ShearsKatana 3812
Shears: Shearing force
Ton
Katana 3812: 1.200
Shears: Vertical hold clamp force
Ton
Katana 3812: 120
Compression boxKatana 3812
Compression box: Compression box length
mm
Katana 3812: 8.000
Compression box: Compression box width (with wings open)
mm
Katana 3812: ~ 2.850
Compression box: Bale’s dimensions
mm
Katana 3812: 1.000x800xV
Compression box: Oscillating wings with internal crossing cylinders
Katana 3812: 2
Compression box: Cylinders on each wing
Katana 3812: 3
Compression box: Compression force of the wings (force transmitted to the material)​
Ton
Katana 3812: 480
Compression box: Longitudinal compression force
Ton
Katana 3812: 180
Compression box: Baler total weight
(Standard Configuration)
kg
Katana 3812: 220.000

© Ecotecnica Europe SRL. All rights reserved. Sviluppato da Thinknow.

© Ecotecnica Europe SRL. All rights reserved. Developed by Thinknow.