5 questions about single-ram balers

Randy Gibson, vice president at MP North America LLC, discusses the benefits of using single-ram balers.

materials at a mrf

1. When is the single-ram baler the better machine for the job?

man smiling
Randy Gibson
MP North America LLC (Macpresse)
Vice President

Although most single-ram balers like the Macpresse can bale other materials, single-ram balers are best suited for processing fiber.

2. Why is the single ram such as the Macpresse better suited for fiber applications?

Single-ram balers offer two primary benefits when it comes to baling fiber:

  1. a. The machines can process more tons per hour using less horsepower, which means they have lower electrical costs or less run time with the same horsepower as two-ram balers.
  2. b. They also can create bale weights up to 35 percent greater than two-ram balers. This means you’ll need up to half the bales required to load a truck compared with using a two ram. Additionally, less bale storage space is required.

3. How important is efficiency to you?

When processing fiber, certain models of single-ram balers are up to 30 percent more efficient than a two-ram baler with the same horsepower.

This translates into more tons per hour, less run time, less equipment wear and less energy costs. These all equate to a great cost savings for the end user.

4. What kind of maintenance do single-ram balers require?

Single-ram balers require much less maintenance than two-ram balers. Single-ram balers have fewer moving parts, the tying system is built in-house and uses a less-complicated design than those used on two-ram balers, with ease of maintenance in mind. Additionally, single-ram balers can be relined easily.

5. What other materials can a single-ram baler bale?

Single-ram balers such as the Macpresse can effectively and efficiently bale materials, including all types of containers—even tin cans and UBCs. Most single-ram balers have options that will allow you to bale these materials without experiencing a loss of production.

January 2026
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