text: AutoBaler Selection Guide / Applications / Autobaler / Waste and Recycling Systems.
  Use this simple table to SELECT the correct Autobaler for the application.
  Industry Type: Waste Transfer Stations & MRF's Waste Paper companies Recycling Companies Manufacturing
  Plants, printers & convertors Warehouses and Distribution Manufacturers of Alum-foil and packaging
  Material MSW, waste paper, plastic, packaging etc. Any kind of waste paper, cardboard packaging, etc. Cardboard, packaging, Plastic, PE, PET, Cans etc. Corrugated trim, newspapers, magazines
  Cardboard, plastic, packaging etc.
  Alum-foil , thin Alum-sheet and cans
  Baler Model Selection 110-75 110-110 110-75 110-110 75-75 110-75 75-75 75-110 75-75 75-110 75-75 75-110
  Feed density (kg/m3)
  smaller/Trim
  Hopper opening (cm)
  Specific press(kg/cm2)
  5 – 17 kgs/cm2
  18.5-60
  Bale weight- (kg)
  By hand, bin tipper
  This table is for general information purposes only. A specific baler configuration is built up using a selection of hydraulic power units and feed openings.
  Please enquire for a specific quotation to suit your application.
  Secrets of Efficient ATS Baling Presses
  With the user-preset material programs, this enables the ATS presses to bale different materials; time and time again. When required the material setting can be changed by selecting the 'name' of the material to be baled next. The PLC controls remember the settings to make a perfect baler first time. This feature is very useful, for waste merchants with multiply materials. The baler displays information on a Siemens 314+ touch screen control panel this shows the current operation of the baler as well as the status and fault alarms and conditions.
  The bale chamber (channel) is made in a unique way with 4 sided squeeze pressure on a large surface of a bales. The design of the channel is an important factor in ensuring good quality solid bales.
  The way of fixing the channel to the machine ensures complete integrity, simple assembly, and exchangeability. The channel pressure (tension) can be set for each type of material independently, and is controlled by a proportional valve; this is select by the material pre-set program.