Y83/T-160 160 Ton Hydraulic Metal Baler With Push-Out System For Scrap Steel Recycling

The Y83/T-160 Hydraulic Metal Baler is a 160-ton scrap compression machine designed for recycling yards, metal fabrication plants, and industrial waste processing facilities that require efficient scrap volume reduction and convenient bale handling.

Powered by a 1600 kN hydraulic pressing system, the machine compresses loose scrap steel, sheet-metal offcuts, stamping waste, and suitable non-ferrous materials into compact rectangular bales.

Unlike a conventional turn-out baler, the Y83/T-160 uses a hydraulic push-out discharge system. After compression, the completed bale is pushed horizontally out of the chamber, allowing operators to collect it using suitable material-handling equipment.

The machine combines a 1600 × 1000 × 800 mm loading chamber, 22 kW motor, and PLC semi-automatic control to support repetitive scrap processing operations.

With a reference capacity of 2000–3000 kg/h, it provides a practical equipment option for small and medium-sized metal recycling businesses.

In a recycling facility, producing a compressed metal bale is only one part of the working process.

The finished bale must also be removed, transported, stacked, and prepared for shipment.

If bale removal requires excessive manual intervention, it can interrupt the next compression cycle and increase handling work.

The Y83/T-160 addresses this requirement through its integrated hydraulic push-out mechanism.

After the compression cycle, the hydraulic pusher moves the finished bale out of the chamber.

This reduces the need for manual extraction and provides a defined discharge direction.

The discharged bale can be collected by forklift, loader, or other suitable equipment according to its actual weight.

A receiving platform or conveyor arrangement may also be considered when technically appropriate.

A designated discharge position helps operators plan separate areas for scrap loading, bale collection, and temporary storage.

This can be useful in workshops and recycling yards with limited operating space.

Technical Note: The 400 × 400 mm dimension refers to the bale cross-section. The final bale length has not been specified in the supplied technical data and should be confirmed according to the required configuration.

Processing capacity and bale density are reference values. Actual results depend on scrap type, material dimensions, feeding efficiency, and operating conditions.

The machine provides approximately 160 tons of nominal pressing force for compressing suitable metal scrap.

Hydraulic compression reduces the spaces between loose metal pieces and forms more manageable rectangular bales.

The final compression result depends on material thickness, strength, shape, and spring-back characteristics.

The compression chamber provides approximately 1.28 m³ of geometric loading volume.

This allows suitable loose metal offcuts and industrial scrap to be loaded before compression.

For customers processing oversized scrap, maximum material dimensions should be checked to determine whether pre-cutting is required.

The machine forms bales with an approximate 400 × 400 mm cross-section.

Regular bale dimensions make weighing, stacking, storage, and transportation planning more convenient.

Actual bale weight and final density depend on the processed materials and compression conditions.

The PLC system coordinates the hydraulic working sequence after the operator initiates the cycle.

This helps maintain consistent compression and discharge movements during repeated operation.

However, PLC semi-automatic control should not be confused with fully automatic material feeding. Loading still requires appropriate operator or material-handling equipment involvement.

The Y83/T-160 is equipped with a 22 kW motor.

Compared with larger heavy-duty scrap balers, its installed power requirement is relatively moderate.

Customers should confirm their local three-phase electrical supply, voltage, and frequency before production.

The Y83/T-160 is intended for recycling and industrial operations handling suitable compressible metal scrap.

The machine may process selected stainless steel and non-ferrous materials, provided their dimensions and compression requirements are suitable.

Heavy structural steel, excessively thick plates, and long rigid scrap may require pre-processing or a higher-capacity baler.

The Y83/T-160 uses a hydraulic compression and discharge sequence controlled by its PLC system.

Step 1: Material Preparation

Scrap is sorted according to material type, and unsuitable contaminants are removed where possible.

Step 2: Chamber Loading

The operator or material handler loads the scrap into the 1600 × 1000 × 800 mm chamber.

Step 3: Compression

The hydraulic cylinders compress the loose scrap and form it into a rectangular bale.

Step 4: Bale Formation

The machine completes the pressing sequence according to its configured hydraulic settings and operating cycle.

Step 5: Cylinder Return

The relevant compression components return to their required positions.

Step 6: Push-Out Discharge

The hydraulic pusher moves the compressed bale out of the chamber.

Step 7: Bale Collection

The finished bale is collected using suitable handling equipment, and the next loading cycle can begin.

The reference cycle time is less than 80 seconds. Actual cycle duration and processing capacity depend on material loading, compression conditions, and operating arrangements.

When purchasing a scrap metal baler, buyers should consider more than nominal pressing force.

Light sheet steel, stamping waste, short rebar, aluminum offcuts, and other scrap types have different compression characteristics.

Knowing the main material helps determine whether the machine can achieve suitable bale density and processing efficiency.

The Y83/T-160 has a reference capacity of 2–3 tons per hour.

Buyers should consider the total material volume processed each day, working hours, and expected future growth.

The reference bale cross-section is 400 × 400 mm.

If downstream steel mills or recycling customers require specific bale lengths or weights, these details should be confirmed before finalizing the configuration.

Push-out discharge requires an appropriate receiving area outside the compression chamber.

The working layout should accommodate loading equipment, bale handling, and safe operator access.

The machine uses a 22 kW motor. The voltage, frequency, phase requirements, and available electrical capacity should be checked before production.

Routine maintenance is important for maintaining reliable hydraulic operation and reducing unnecessary downtime.

Recommended checks include:

• Hydraulic oil level, cleanliness, and temperature

• Cylinder seals and hydraulic hose connections

• Hydraulic pump and valve-block performance

• PLC control and electrical components

• Bale push-out mechanism and cylinder movement

• Moving component lubrication and general equipment condition

Maintenance intervals should follow the machine's operating instructions and actual working conditions.

Q1: What is the difference between a push-out baler and a turn-out baler?

A push-out baler uses a hydraulic pusher to move the finished bale out of the compression chamber. A turn-out baler uses a tilting or turning mechanism to discharge the bale.

The suitable design depends on the customer's working layout, handling equipment, and preferred operation method.

Q2: Can the Y83/T-160 process 3 tons of scrap per hour?

The reference processing capacity is 2000–3000 kg/h. Actual output depends on scrap composition, feeding efficiency, and operating conditions. The upper figure is not a guaranteed hourly output for every material.

Q3: What is the finished bale size?

The reference bale cross-section is 400 × 400 mm. The completed bale length should be confirmed according to the required technical configuration.

Q4: Can this machine bale aluminum scrap?

Selected aluminum scrap may be processed when its form and dimensions are suitable. Final bale density and weight will differ from steel scrap and require technical evaluation.

Q5: Is the machine fully automatic?

The Y83/T-160 uses PLC semi-automatic control. The hydraulic working sequence is controlled automatically after initiation, while material feeding requires operator or suitable loading equipment involvement.

Q6: What information is needed for a quotation?

Buyers can provide the scrap material type, maximum dimensions, required daily processing capacity, preferred bale size, and delivery destination.

Q7: Can the electrical configuration be customized?

Electrical requirements can be reviewed according to the destination country's voltage, frequency, and phase specifications.

WANSHIDA provides a one-year warranty according to the agreed equipment warranty terms.

Long-term technical support is available for installation guidance, maintenance, troubleshooting, and spare-parts requirements.

Support may cover hydraulic system checks, PLC operation, cylinder movement, push-out discharge performance, and replacement of relevant wearing parts.

The Y83/T-160 Hydraulic Scrap Metal Baler combines 1600 kN pressing force, a 1600 × 1000 × 800 mm chamber, PLC semi-automatic control, and hydraulic push-out discharge.

Its reference processing capacity of 2–3 tons per hour makes it suitable for evaluating small and medium-scale scrap recycling applications involving steel offcuts, stamping waste, and selected non-ferrous scrap.

For businesses seeking more organized scrap handling and convenient bale discharge, the Y83/T-160 provides a practical hydraulic compression solution when matched to the actual material and production requirements.