Y81QF-800-1 Hydraulic Scrap Metal Baler – High-Density, Automated Metal Compression with HMI

Product Overview

The Y81QF-800-1 hydraulic scrap metal baler is a high-capacity solution designed for steel mills and large-scale scrap recycling plants. Equipped with dual double main cylinders, dual side cylinders, a cover door cylinder, and double door lock cylinders, it delivers 800 tons of hydraulic compression to produce uniform, high-density bales. The integrated PLC automation with remote control and HMI interface enables operators to monitor machine status, track bale counts, and maintain efficient workflow. This baler handles all types of scrap metals, supporting daily volumes of 50–120 tons.

120 tons.

Applications

• High-volume metal compression in steel mills and recycling plants
• Industrial plants processing mixed scrap metals, including structural steel, pipes, channel steel, sheets, aluminum, and other industrial scrap
• Preparing scrap for export packaging and transport
• Optimizing storage and workflow in mid-to-large scale metal processing facilities

Core Advantages

• High Compression Force: 800 tons hydraulic power ensures uniform bale density (2200–2600 kg/m³ depending on material thickness)
• Automated Operation: PLC-controlled system with remote operation reduces manual handling and enhances safety
• High Throughput: Single cycle of 110 seconds delivers predictable output for large daily volumes
• Bale Length Flexibility: Width and height fixed at 700×700 mm; length varies automatically based on scrap quantity, producing consistent dense bales
• Energy Efficiency: Optimized hydraulic system (148 kW) minimizes energy per ton of scrap
• HMI Human-Machine Interface: Provides real-time machine status, enables operators to track bale counts, and simplifies workflow monitoring

How It Works

The Y81QF-800-1 applies high-pressure hydraulic compression through the main cylinder, supported by dual side cylinders. The cover door cylinder and door lock cylinder secure the press box during compression, ensuring safe and uniform bale formation. Scrap metal is fed into the press box, and the PLC system regulates stroke, cycle timing, and hydraulic pressure, producing high-density, uniform bales.

The bale turn-out cylinder automatically ejects completed bales, reducing manual handling and maintaining consistent throughput. The HMI interface allows operators to monitor machine status and track the number of bales produced.

Specifications

How To Choose

To select the most suitable hydraulic scrap metal baler, consult with our team to determine:

• Daily scrap volume and material type (light vs. heavy metals)
• Required bale size and density
• Space and layout of your facility

Available models:
250-ton, 315-ton, 400-ton, 630-ton, 800-ton, 1000-ton, 1250-ton, 1400-ton, and 2000-ton, suitable for small, mid, and large-scale operations. Bale length is automatically generated based on the amount of scrap fed, ensuring consistent and dense bales.

What Problem It Solves

• Inconsistent bale density: Dual shear and side cylinders with cover door and door lock cylinders produce uniform, high-density bales
• Labor-intensive operation: PLC and HMI automation reduce manual handling
• Low throughput in high-volume facilities: 110-second cycles support 50–120 tons/day
• Storage and transport inefficiency: Fixed width and height, variable length bales optimize space and logistics
• Operational monitoring: HMI allows tracking of bale counts and machine status for better workflow management

FAQ

Q1: What types of scrap metals can this baler handle?
A: It can process all types of scrap metals of varying shapes and sizes, including round bars, square and rectangular sections, I-beams, channel steel, pipes, sheets, and mixed industrial scrap, whether light or heavy, ferrous or non-ferrous.

Q2: What is the typical bale density?
A: Bale density typically ranges from 2200–2600 kg/m³, depending primarily on the thickness and type of the scrap metal fed into the baler. Thicker or heavier sections naturally produce higher-density bales.

Q3: How does the automation system help operators?
A: The PLC-controlled system with HMI and remote operation enables safe, repeatable operation, tracks bale counts, monitors overall machine status, and reduces operator fatigue.

Q4: What is the maximum daily throughput?
A: The baler can process 50–120 tons per day, depending on scrap type, size, and feed rate, supporting continuous operation in mid-to-large scale recycling plants and steel mills.

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FAQ

Q1: What is the maximum bale size?
A1: The bale size is 600 × 600 mm in width and height, with a variable length of 100–1500 mm depending on the amount of material loaded.

Q2: Can the machine operate continuously?
A2: Yes, the hydraulic system is designed for stable long-term operation under continuous load, supported by durable cylinders and NM500H wear plates.

Q3: What materials can be processed?
A3: The baler handles ferrous and non-ferrous metals, including steel, aluminum, and copper scrap.

Q4: How does the automatic PLC control improve operation?
A4: PLC automatic control ensures consistent bale density, reduces manual operation risk, and allows remote monitoring for high-volume or hazardous environments.and it is with remote control ,one press one bale

Q5: How adjustable is the bale length?
A5: The bale length can be between 100 and 1500 mm based on material input, while width and height remain fixed at 600 × 600 mm, ensuring consistent compaction quality.