REB-1

Overview:

Sierra’s heavy-duty REB-1 two-ram baler was expertly designed and manufactured to process a wide variety of material. The REB-1’s have a unique shear blade that works on various material within the waste and recycling sectors, and is the ideal machine for any MRF, MSW, Waste to Energy, Solid Waste, or Transfer Station operations.

The standard features on the REB-1 two-ram baler gives it unmatched performance and versatility as well, expertly handling a wide range of recyclable materials:

High grades
Aluminum
Nonferrous metals
And much more…

To eliminate material contamination when changing materials, the REB-1 features an innovative bale eject and oversized bale release door combined with full ejection of bales. This feature also produces better bale integrity, especially on materials with lots of memory.

The REB-1 baler frame is exceptionally constructed to withstand the high pressure generated by the hydraulic system. The floor, sidewalls, and top of the compaction chamber and the extrusion chamber are completely covered with plug welded Hardox 450 replaceable liners. The energy efficient hydraulic system translates into machines with the highest production rates and lowest energy consumption in their class.

The REB-1 two-ram baler uses 143 tons of shearing/baling force to form 46”W x 31”H x 62”L bales, with an average production rate and tons per hour of:

Municipal Solid Waste

2300 lbs. average / 20 tons per hour

PET Bottles

1300 lbs. average / 5 tons per hour

Mix Plastic

1300 lbs. average / 5 tons per hour

OCC

1500 lbs. average / 8 tons per hour

ONP

1700 lbs. average / 17 tons per hour

Aluminum Cans

1100 lbs. average / 6 tons per hour

HDPE

1500 lbs. average / 5 tons per hour

Steel Cans

1900 lbs. average / 9 tons per hour

Bag it or Wrap it.

Sierra REBs can be outfitted with specifically designed bagging and wrapping systems.

Considering a two-ram baler for your MSW?

There are immediate cost savings that can be realized through bailing MSW, the most important benefit is improved density of the material set in the landfill. The in-place density can be as much as 50% greater than those reached by compactors. This benefit will show up in the extended landfill life and a smaller working face therefore less daily converge. If the bales are not bagged or wrapped, daily cover is usually reduced from 6” to 2” saving valuable air space as well as material and handling. When they are bagged or wrapped daily cover could be eliminated entirely.