Baler Products

Purpose-Built Baler Machines for Material-Driven Applications

Logemann designs baler machines around material behavior and downstream economics — not generic tonnage ratings. Different scrap streams demand different compression strategies. That’s why Logemann offers three distinct baler architectures, each engineered for a specific operational objective.

Whether the goal is furnace-ready density, transportation efficiency, or maximum yield from difficult materials, selecting the right architecture determines performance.

One Manufacturer.

Three Architectures.

Material behavior, automation level, and downstream value drivers determine which system delivers the strongest return.

Choosing the Right Architecture

2-Ram vs 3-Ram vs High-Density Briquetters

Below is a high-level comparison to guide evaluation. Detailed specifications are available on each product page.

2-Ram Balers
3-Ram Balers
High-Density Briquetters
Volume reduction and transportation efficiency
High density, high capacity, material control for closed-loop scrap value
Maximum density for difficult, high-springback and fine materials
Large, open fill box for bulky material
Scalable infeed engineered to application
Small, controlled infeed to prevent springback and air entrapment
Very large bales (≈1 ton or more)
Controlled, furnace-ready bale formats
Compact, high-density briquettes with controlled geometry
Maximize payload per truck
Engineer repeatable bale density
Increase density up the density–yield curve (often +30–50%)
Ideal for appliances, sheet metal, demolition scrap
Scalable depending on configuration
Not intended for bulky materials
Limited
Good
Ideal for turnings, slitter scrap, fines, tire-derived steel
Moderate; system-dependent
Extensive industrial automation, Smart HPU compatibility
Cell-level or line-level automation integration
Solid waste, white goods, sheet metal, paper, fiber, plastics
Aluminum, steel, tin, brass, copper
Aluminum & copper turnings, slitter scrap, fines, tire-derived steel
Recycling centers, transfer stations, municipal operations
Industrial manufacturing, extrusion, stamping, centralized scrap systems
CNC machining centers, slitting lines, specialty recycling
Freight efficiency
Consistent furnace charging and bale handling
Higher melt yield, lower oxidation, increased scrap value

In-House Material Testing & Validation

Logemann operates three machines dedicated to material testing and development. We can process and evaluate virtually any scrap stream, including materials traditionally considered difficult or uneconomical to bale.

Recent validation work has included:

  • Loose aluminum slitter scrap
  • Recycled tire steel
  • High-springback and irregular specialty scrap

If the material doesn’t behave well on conventional equipment, we test it and engineer a solution.

CommandCore™ Touchscreen Control System

All-in-one PLC + HMI platform that centralizes machine control, diagnostics, and system monitoring in a single industrial interface.

  • Real-time system monitoring and alarms
  • Integrated safety and motion control
  • Simplified operator interface and diagnostics

Logemann Smart HPU

A next-generation hydraulic power unit designed for durability, serviceability, and long-term industrial performance.

  • Weld-free structural design reduces failure points
  • Improved leak resistance and pressure stability
  • Built with readily available service components

Built to Perform. Built to Last.

Logemann balers are engineered as long-term industrial assets — not disposable equipment.

Heavy-duty construction, renewable wear systems, service-centric layouts, and upgrade pathways allow Logemann machines to remain productive for decades, often through multiple ownership cycles.

From high-capacity industrial 3-ram systems to transport-efficient 2-ram platforms and extreme-density briquetters, every Logemann product reflects one principle.