Search results for: 'mach+3'

TT-3617 LAROCHE MARLASCA DD1000 RECYCLING MACHINE, YEAR 1982 QUANTITY: 1 Learn More

J-3196 PALLMANN RECYCLING MACHINE, FEED OPENING 400x750mm, ROTOR Ø400mm MAKE: PALLMANN MODEL: PS 4-7, 5 F3 / GS3 FEED OPENING: 400 x 750mm ROTOR DIAMETER: 400mm ROTOR LENGTH: 750mm QUANTITY: 1 Learn More

REFERENCE NUMBER: G-6627 TEXTILE WASTE RECYCLING LINE QUANTITY AVAILABLE: 1 Learn More

TT-1447 GAMMA MECANICA GM90/33D CONVENTIONAL RECYCLING LINE WITH FEEDING HOPPER NOTE: THE COMPANY ADDED A NEW SCREW AND BARREL IN 2020 AND WILL INCLUDE THE ORIGINAL SCREW AND BARREL IN THE SALE. THE ONLY MATERIAL THAT THE MACHINE HAS RUN IS HDPE. INCLUDES THE ENTIRE PELLETIZING LINE AS WELL AS THE LARGE HOPPER AND AUGER SYSTEM TO GET SHREDDED MATERIAL INTO IT QUANTITY: 1 Learn More

REFERENCE NUMBER: M-0758 XMK-1500 RECYCLING LINE CAPACITY 1200-1500 KGS PER HOUR QUANTITY AVAILABLE: 1 Learn More

TT-5120 EREMA SW 2/250 RTF RECYCLING MACHINE, YEAR 2015 QUANTITY: 1 Learn More

TT-2489 STANDARD PE FOAM RECYCLING MACHINE, CAPACITY 50 KG PER HOUR QUANTITY: 1 Learn More

REFERENCE NUMBER: F-1363 FABRIC AND QUILTED FABRIC WASTE CUTTING MACHINE THIS MACHINE IS SUITABLE FOR CUTTING FABRIC WASTE, QUILTED FABRIC WASTE, AND FOAM WASTE INTO SMALL PIECES. THE MATERIAL SIZE IS ADJUSTABLE. DIMESNIONS: 3200 X 1000 X 1100mm POWER: 5.5kW CAPACITY: 400kg PER HOUR NET WEIGHT: 600kg QUANTITY AVAILABLE: 1 Learn More

REFERENCE NUMBER: F-1364 FABRIC AND QUILTED FABRIC WASTE CUTTING MACHINE THIS MACHINE IS USED MAINLY FOR FABRIC WASTE, QUILTED FABRIC WASTE, AND FOAM WASTE CUTTING AND RECYCLING. EQUIPPED WITH 2-SERIES CUTTERS TO CUT THE MATERIALS INTO SMALL PIECES. THE CUTTING TOOL IS SHARP AND DURABLE. SUITABLE FOR CUTTING SOFT MATERIALS. SAVE ON COSTS BY MAKING FULL USE OF FABRIC WASTE QUILTED FABRIC WASTE. DIMENSIONS: 3100 X 3550 X 1360mm POWER: 11kW CAPACITY: 400kg PER HOUR NET WEIGHT: 1200kg QUANTITY AVAILABLE: 1 Learn More

TT-8298 EREMA 1514T ECOSAVE RECYCLING MACHINE, YEAR 2012, 50Hz 1. BRAND: EREMA 2. MODEL 1514T 3. SINCE YEAR 2012 4. CONDITION USED QUANTITY: 1 Learn More