Industrial Metal Scrap Baler Machine for Compressing Steel, Copper, and Aluminum Waste
Main Applications
Ideal for metal recycling plants, scrapyards, foundries, manufacturing facilities, and automotive dismantling operations
Functional
To efficiently compress loose and scattered metal scrap (such as steel, aluminum, copper, stainless steel, and car shells) into high-density, regularly shaped bales for easy transportation, storage, and recycling
Working principle
Operates on a hydraulic system. A motor drives a hydraulic pump to create high pressure, which extends hydraulic cylinders to push a ram (platen) that horizontally compacts the metal inside a strong chamber
Characters
Ejection Methods :Offers various ejection styles to suit different layout and workflow needs, including side-push, side-flip, and front-push mechanisms.
Control System:Features Programmable Logic Controller (PLC) for automated operation, allowing for simple button-controlled cycles, consistent performance, and reduced manual labor. Manual control options are also available for specific needs.
Safety Features:Equipped with essential safety devices such as emergency stop buttons, safety door switches, and overload protection systems to ensure operator safety.
Key Advantages and Value Proposition
High Efficiency & Cost Reduction: This machine significantly increases the density of metal scrap (by 3-10 times), drastically reducing its volume. This leads to substantial savings in storage space and transportation costs .
Automation & Labor Saving: The PLC-controlled automatic operation minimizes the need for manual labor, improving overall workflow efficiency and consistency while reducing operational costs .
Durability & Reliability: Built with high-strength steel plates and wear-resistant components, these balers are designed for heavy-duty use and have a long service life, ensuring a stable and reliable performance .
Environmental Benefits: By promoting metal recycling and optimizing logistics, the baler helps reduce the carbon footprint associated with waste transportation and primary metal production, supporting sustainability goals.
Technical parameters
type |
working chamber mm |
bale size |
capacity |
Main power kw |
Y125 |
1200*700*600 |
300*300 |
1.5T/H |
18.5 |
Y160 |
1600*1000*700 |
400*400 |
2-3t/h |
22 |
Y200 |
1800*1200*750 |
450*450 |
3-4t/h |
30 |
Y250 |
2000*1750*800 |
500*500 |
5-6t/h |
2*22kw |
Y315 |
2500*2000*900 |
600*600 |
6-8t/h |
2*37kw |
Y400 |
3000*2000*950 |
600*600 |
10-12t/h |
2*45kw |
Y600 |
3500*2500*1000 |
600*600 |
15-20t/h |
2*45kw |
Core Advantages:
High-Density Compression: Patented hydraulic system delivers 100-500 tons of force (customizable), compressing loose scrap to 1/6 original volume
Multi-Metal Compatibility: Processes ferrous/non-ferrous waste including steel turnings, copper wire, and aluminum cans
Automated Efficiency: PLC control system enables single-operator handling with cycle times under 3 minutes
Operational Benefits: Our baler's reinforced manganese steel frame withstands continuous industrial use. Dual safety systems include infrared sensors and mechanical locks. Optional conveyor integration allows direct feeding from shredders. Maintenance is simplified through quick-release cylinders and accessible fluid reservoirs.
Trusted by recycling facilities across North America and Southeast Asia, we support clients through our US$1.5M+ annual export infrastructure. With 50+ skilled technicians ensuring strict ISO9001 compliance, we provide lifetime structural warranties and 24-month core component coverage. Contact our engineering team today for a free scrap volume analysis – maximize your metal recovery ROI with Riku's proven compaction technology.
FAQ:
Q: What scrap types can this baler process?
A: Designed for all common recyclables: steel beams, copper cables, aluminum extrusions, and mixed metal fragments.Q: Is operator training included?
A: Yes, comprehensive manuals and video guides accompany every shipment, with optional on-site training.Q: What's the lead time for delivery?
A: Standard models ship in 15-20 days; customized units require 30-45 days production time.Q: Can it handle wet/oily scrap?
A: Special corrosion-resistant models available for processing lubricated machining waste.Q: How often does the hydraulic fluid need replacement?
A: Under normal conditions, fluid lasts 1,500 operating hours (approx. 12 months).Q: Do you provide spare parts globally?
A: We maintain distribution hubs in USA, Germany and Thailand for 48-hour emergency parts dispatch.
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