Product Overview
The Y83-250UA hydraulic metal baler is a heavy-duty scrap metal baling machine designed for recycling yards, steel recovery stations, metal processing plants, and scrap collection centers that need stable compression capacity and high bale density. With a 2500kN nominal force, a large 2000×1750×1200mm compression chamber, and a 74kW hydraulic power system, this model is suitable for handling mixed steel scrap, aluminum scrap, copper scrap, stainless steel offcuts, light structural scrap, and other recyclable metal materials.
Compared with smaller hydraulic metal balers, the Y83-250UA offers a larger feeding chamber and stronger pressing capacity, making it a practical choice for customers who need to process 4000–6000kg of scrap metal per hour. The machine compresses loose scrap into dense, regular bales with a bale size of 400–700×500×600mm and a bale density of more than 1800kg/m³. This greatly reduces storage space, improves truck loading efficiency, and helps customers lower transportation costs.
This scrap metal baler adopts a turn-out bale discharging structure and hand valve control, which is simple to operate, easy to maintain, and suitable for recycling sites where operators need reliable daily production without complicated operation requirements. Its strong frame structure, hydraulic compression system, and practical operation design make it a cost-effective solution for medium and large scrap recycling businesses.
Cause
Loose scrap metal often occupies too much yard space and increases handling, storage, and transportation costs. For many recycling companies, scrap materials such as steel sheets, metal offcuts, aluminum profiles, copper waste, and mixed industrial scrap are difficult to load efficiently if they remain loose and irregular.
When scrap is not compressed, customers may face several problems:
Large storage space requirements
Low truck loading efficiency
Higher transportation cost per ton
Messy working area and difficult material management
Lower resale value due to irregular scrap shape
For scrap dealers and metal recycling plants, improving bale density and reducing material volume is one of the most direct ways to increase operating efficiency.
Solution
The Y83-250UA Hydraulic Steel Baler provides a practical solution by compressing loose metal scrap into compact, high-density bales. The 2500kN pressing force ensures strong compression performance, while the large compression chamber allows operators to feed more material each cycle.
The final bales are easier to stack, transport, weigh, sell, and remelt. For recycling yards that handle several tons of scrap per hour, this model helps improve workflow from material collection to outbound transportation.
Key advantages include:
2500kN strong hydraulic pressing force for stable baling performance
Large 2000×1750×1200mm chamber for higher feeding volume
4000–6000kg/h processing capacity for medium and large recycling sites
High bale density above 1800kg/m³ for better transport efficiency
Turn-out bale discharging for simple and convenient operation
Hand valve control for easy use and lower maintenance requirements
74kW power system for continuous industrial operation
Specifications
Item Specification
Model Y83-250UA Metal Baler
Nominal Force 2500 kN
Compression Chamber Size 2000×1750×1200 mm
Bale Size 400–700×500×600 mm
Bale Density >1800 kg/m³
Capacity 4000–6000 kg/h
Single Cycle Time <160 s
Power 74 kW
Bale Discharging Method Turn-out
Operation Method Hand Valve Control
Suitable Materials Steel scrap, aluminum scrap, copper scrap, stainless steel scrap, mixed metal scrap
Application
The Y83-250UA hydraulic scrap metal baler is widely used in:
Scrap metal recycling yards
Steel scrap collection centers
Foundries and melting plants
Metal fabrication workshops
Automobile dismantling yards
Aluminum and copper recycling businesses
Industrial waste metal recovery plants
It is especially suitable for customers who need to compress medium and heavy loose scrap into regular bales before transportation, resale, or furnace feeding. The compact bale shape helps improve loading quantity per container or truck, which is very important for export-oriented scrap businesses and high-volume local recycling operations.
How It Works
The operator loads loose scrap metal into the compression chamber. After feeding, the hydraulic system drives the pressing plate to compress the material from different directions. Under the strong 2500kN pressure, the loose scrap is gradually formed into a dense rectangular bale.
Once the compression cycle is completed, the bale is discharged by the turn-out system. The operator can then remove the bale and continue the next feeding cycle. The hand valve control system makes the operation direct and easy to understand, which is suitable for daily use in busy recycling yards.
How To Choose
When choosing a metal baler, customers should consider the scrap type, daily processing volume, bale size requirement, available workshop space, and preferred operation method.
The Y83-250UA is recommended if:
Your scrap volume is around 4–6 tons per hour
You need a larger feeding chamber than standard 250-ton balers
Your materials include mixed steel scrap, aluminum scrap, copper scrap, or metal offcuts
You want high-density bales for easier storage and transportation
You prefer simple hand valve control and reliable hydraulic operation
You need a strong industrial baler for long-term recycling business use
For customers with special material types, bale size requirements, or automatic operation needs, the machine can also be customized according to the working site and production target.
FAQ
Q1: What materials can the Y83-250UA metal baler process?
It can process steel scrap, aluminum scrap, copper scrap, stainless steel scrap, metal offcuts, light structural scrap, and mixed recyclable metal materials. For very hard or oversized scrap, material details should be checked before model selection.
Q2: What is the main advantage of the Y83-250UA compared with smaller balers?
The main advantage is its larger compression chamber and stronger 2500kN pressing force. It can handle more material per cycle and produce dense bales suitable for higher-volume recycling operations.
Q3: Can the bale size be customized?
The standard bale size is 400–700×500×600mm. Bale size can be adjusted or customized within a suitable range according to the customer’s material type, transportation method, and furnace feeding requirements.
Q4: Is hand valve control difficult to operate?
No. Hand valve control is simple, practical, and easy for operators to learn. It is suitable for recycling yards that need reliable operation without complicated control systems.
Q5: Why is high bale density important?
High bale density reduces storage space, improves truck and container loading efficiency, lowers transportation cost per ton, and makes the scrap easier to sell, handle, or remelt.
