Y83/F-1600 Turn-Over Hydraulic Metal Baler | 160-Ton Heavy-Duty Scrap Metal

The Y83/F-1600 Turn-Over Hydraulic Metal Baler is a heavy-duty industrial baling solution designed for efficient compaction of ferrous and non-ferrous scrap materials.

With a 1600 kN (160-ton) hydraulic pressing force, this machine delivers stable compression performance and produces dense, uniform bales suitable for downstream handling, storage, and transportation.

Featuring a turn-over bale discharge structure, the baler ensures smooth and controlled bale ejection, making it ideal for facilities that require reliable operation, simple mechanical design, and long-term durability.

Its compact footprint combined with customizable chamber and bale sizes allows seamless integration into various recycling lines, steel plants, and metal processing facilities.

1. High Structural Strength The baler is built with reinforced steel plates and a rigid frame structure to withstand continuous high-pressure operation, ensuring long service life under demanding industrial conditions.
2. Turn-Over Bale Discharge Design The turn-over mechanism enables safe and stable bale unloading, reducing mechanical complexity while improving operational reliability.
3. Flexible Configuration Both compression chamber and bale dimensions can be customized to match different scrap characteristics and production requirements.
4. Stable Hydraulic Performance Optimized hydraulic system design provides smooth pressure build-up, consistent bale density, and reduced energy loss during each compression cycle.
5. User-Friendly Operation Available with manual valve operation for simple control or PLC system for semi-automatic operation, allowing users to choose according to their workflow and automation level.
6. Low Maintenance Cost Simple mechanical layout and standardized hydraulic components make routine maintenance straightforward and cost-effective.

The Y83/F-1600 is suitable for a wide range of ferrous and non-ferrous metal scraps, including steel offcuts, aluminum scrap, copper scrap, mixed metal waste, and light to medium-density industrial metal residues.

Yes. The compression chamber size can be customized based on the material type, feeding method, and desired bale dimensions to match different production requirements.

The baler supports multiple standard bale cross-sections (350×350 mm and 400×400 mm), with adjustable bale length. Custom bale dimensions are also available upon request.

• Manual valve control offers a simple, cost-effective solution with straightforward operation and easy maintenance.
• PLC control enables semi-automatic operation, improved consistency, and reduced operator workload, suitable for higher processing efficiency.

The turn-over discharge structure provides stable and controlled bale unloading, reduces mechanical complexity, and improves operational reliability, especially for facilities with limited space or simpler handling requirements.

The machine is typically equipped with 22 kW or 30 kW motors, depending on configuration and material density requirements.

Yes. The reinforced frame structure and optimized hydraulic system are designed for long-term, continuous operation in demanding industrial environments such as recycling plants and steel mills.

Routine maintenance includes hydraulic oil inspection, seal checks, and regular inspection of wear components. The simple mechanical layout helps keep maintenance costs low.

The baler comes with a one-year warranty, long-term technical support, and reliable spare parts supply to ensure stable operation throughout its service life.

Yes. The Y83/F-1600 can be integrated with conveyors, feeding systems, and downstream handling equipment based on site layout and process flow.

• The Y83/F-1600 Hydraulic Metal Baler is suitable for compacting:
• Steel scrap
• Aluminum scrap
• Copper and non-ferrous metal scrap
• Light to medium-density metal offcuts
• Mixed industrial metal waste
• It is widely used in metal recycling centers, steel mills, metal fabrication plants, and industrial scrap processing facilities.