Forward-Out Metal Baler With Continuous Operation 1350 KN Force And High Density Output For Scrap Recycling
The Y83Q-135 forward-out metal baler is engineered for recycling businesses that need a compact, efficient, and continuous baling solution. Unlike traditional turn-out or side-push balers, this machine adopts a forward-out discharge system, allowing bales to be pushed directly out of the chamber. This design significantly improves workflow efficiency and is especially suitable for operations that want to integrate conveyors or semi-automatic material handling systems.
With a nominal force of 1350 kN, the Y83Q-135 provides sufficient compression power to process aluminum scrap, light steel, copper, and mixed metal waste into dense, uniform bales. The resulting bale density exceeds 1800 kg/m³, helping reduce transportation costs and improve downstream processing efficiency such as furnace feeding.
Its compact chamber size (1300 × 600 × 600 mm) makes it an ideal choice for facilities with limited installation space, while still maintaining a stable output capacity of 1800–2500 kg/h.
Why Forward-Out Design Matters
For many recycling plants, the bottleneck is not compression force, but handling efficiency. Traditional balers often require manual bale removal or interrupt workflow between cycles. The forward-out system solves this by enabling continuous discharge.
Key benefits of forward-out design include:
Continuous operation without stopping for bale removal
Easy integration with conveyor feeding systems
Reduced labor involvement and handling time
More consistent production rhythm
This makes the Y83Q-135 particularly suitable for customers aiming to upgrade from manual or semi-manual operations.
Key Features and Buyer Benefits
High-Density Baling for Cost Reduction
The machine compresses scrap into high-density bales above 1800 kg/m³, allowing more material to be loaded per container. This directly reduces transportation frequency and logistics costs.
Flexible Bale Length for Different Needs
The bale length can be adjusted between 50 mm and 300 mm, enabling users to optimize bale size for storage, transport, or furnace requirements.
Compact Yet Powerful Structure
Despite its relatively small footprint, the machine delivers strong compression performance, making it suitable for small to medium-sized recycling facilities.
Energy-Efficient Operation
Equipped with an 18.5 kW motor, the machine balances power and energy consumption, ensuring cost-effective long-term operation.
Simple and Reliable Control System
The hand valve control system ensures easy operation, low maintenance requirements, and reduced risk of electronic system failure.
Technical Specifications
| Parameter |
Value |
| Model |
Y83Q-135 Metal Baler |
| Nominal Force |
1350 kN |
| Compression Chamber Size (L×W×H) |
1300 × 600 × 600 mm |
| Bale Size (L×W×H) |
(50–300) × 600 × 240 mm |
| Bale Density |
>1800 kg/m³ |
| Production Capacity |
1800–2500 kg/h |
| Cycle Time |
<150 s |
| Motor Power |
18.5 kW |
| Operation Mode |
Hand valve control |
| Bale Discharge |
Forward-out |
Typical Applications
This machine is widely used in the following scenarios:
Scrap metal recycling yards handling light to medium scrap
Aluminum and copper processing facilities
Metal fabrication plants with continuous scrap generation
Workshops requiring compact and efficient baling solutions
Facilities planning to integrate conveyor feeding systems
Buyer Considerations and Practical Advantages
When selecting a metal baler, buyers often focus on three key factors: efficiency, cost, and adaptability. The Y83Q-135 addresses all three.
From an efficiency perspective, the forward-out system minimizes downtime between cycles. In terms of cost, the combination of high bale density and low power consumption ensures a strong return on investment. For adaptability, the adjustable bale size and compact design allow the machine to fit into a wide range of operational setups.
FAQ
1. What is the main difference between forward-out and turn-out balers?
Forward-out balers discharge bales directly from the front, enabling continuous operation and easier automation integration, while turn-out balers require more manual handling.
2. What materials can this baler process?
It is suitable for aluminum scrap, light steel, copper, stainless steel, and mixed metal waste.
3. Is this machine suitable for small-scale operations?
Yes, its compact size and moderate power requirement make it ideal for small to medium recycling facilities.
4. Can the machine be connected to a conveyor system?
Yes, the forward-out design is especially suitable for integration with conveyor feeding systems.
5. How is the bale size adjusted?
The bale length can be controlled within the range of 50–300 mm depending on operational requirements.
6. What about voltage compatibility?
The machine can be customized to match local voltage and frequency standards in different countries.
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