Made in Italy Since 2014

Custom Italian Metal Balers

Where Innovation Meets Industrial Excellence

SHEAR BALERS

AUTOMATIC BALERS

Special-Purpose Balers

100%

DESIGNED IN ITALY

100%

MADE IN ITALY

Projects
SUSTAINABILITY
SALES NETWORK
SALES NETWORK

Italian Engineered Balers
for Circular Metal Recycling

Roter (R.F. Srl) designs and manufactures heavy-duty balers and shear balers for ferrous and non-ferrous scrap. Customised solutions, proven reliability and responsive support—built for international operations.

Advanced R&D Solutions for Sustainable Scrap Metal Recycling

Hydraulic performance that protects uptime and improves efficiency.


In scrap processing, hydraulics drive productivity. Our hydraulic R&D focuses on stable performance under load, controllability, energy-aware operation and reliability, so output stays consistent and downtime stays low.

Built to endure: structure, wear protection and maintainability engineered together.


Scrap environments punish equipment. Our mechanical and structural R&D focuses on durability, wear resistance and maintain ability so machines keep performing safely over the long term.

Validate performance before it becomes your standard.


Prototyping and testing turn design intent into proven performance. We validate solutions through practical testing focused on throughput, density, reliability and maintain ability so customers can invest with confidence.

Customised Heavy-Duty Balers for Scrap Metal Recycling

Why Choose Roter?

  • Experience you can rely on — built for tough working conditions and long service life.
  • Capability & custom engineering — configurations designed around your workflow.
  • Innovation & sustainability — efficiency-focused engineering supporting the Green Steel Cycle.
  • Trust & customer care — award-winning customer care and a growing dealer network.

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Used Industrial Machines for
Circular Economy Recycling

Engineering for the Green Steel Cycle.

Higher density, fewer transports, better material recovery—sustainability built on measurable efficiency.