Automatic Horizontal Hydraulic Press for UBC Aluminum Can Baling
Description
Automatic Hydraulic Metal Baler Machine for Scrap Recycling – High-Performance, Customizable, and Certified
Discover the AT-MB1 automatic hydraulic scrap metal baler, a robust solution designed for efficient waste processing in recycling facilities, steel mills, and industrial metal recovery operations. Engineered with precision and built for durability, this machine transforms loose metal scraps—including steel shavings, aluminum, copper, and even dismantled vehicle components—into dense, standardized bales that are ideal for storage, transportation, and smelting. With ISO and CE certifications, it meets international safety and quality standards, making it a trusted choice across global markets.
Featuring a fully hydraulic drive system, the AT-MB1 offers smooth operation, high compression force (ranging from 250 to 2000 tons), and flexible control options including manual or PLC-based automation. Its integrated valve block ensures consistent performance under heavy-duty conditions, while customizable discharge methods—such as tipping, pushing, or forward ejection—enhance operational flexibility. Unlike traditional models, no fixed foot screws are required, and an optional diesel engine allows use in off-grid environments where electrical supply is unreliable.
Available in multiple configurations—from compact units like the XRD-JSDB-250 to large-scale systems such as the XRD-JSDB-2000—the machine accommodates varying production needs. The press chamber dimensions, bale size, and weight can be tailored to client specifications, ensuring optimal integration into existing workflows. For example, the XRD-JSDB-500 model delivers up to 1500 kg per bale at 90 kW power consumption, while the XRD-JSDB-2000 handles over 2500 kg per cycle with four motors for maximum throughput. This adaptability makes it suitable for both small workshops and high-volume recycling plants.
This industrial baler excels in transforming raw materials like shredded auto parts, scrap wire, metal cans, and oil drums into uniform, marketable bundles. Whether you're managing post-consumer metals or supporting circular economy initiatives, the AT-MB1 streamlines material handling, reduces transport costs, and increases yield value. It’s particularly effective in industries focused on resource recovery, including ferrous and non-ferrous metal recycling, foundries, and scrap yards.
Users consistently praise its reliability, ease of maintenance, and significant reduction in labor-intensive sorting tasks. Operators report improved workflow efficiency, reduced space requirements due to compact baling, and enhanced safety through automated pressing mechanisms. Many clients have implemented these machines as part of full-scale waste sorting lines, benefiting from customized factory layouts, equipment placement strategies, and technical support during installation.
Frequently Asked Questions:
Q: Is this machine suitable for both ferrous and non-ferrous metals?
A: Yes, it efficiently compresses steel, iron, aluminum, copper, brass, and other common scrap types into standardized shapes for reuse in smelters or recycling centers.
Q: How long does delivery take after payment?
A: Orders typically ship within 15 working days following advance payment, allowing for prompt deployment in your facility.
Q: What kind of warranty do you offer?
A: A standard 12-month warranty applies to all mechanical components, excluding wear-and-tear parts such as seals or belts.
Q: Can I customize the bale size or shape?
A: Absolutely—customization of bale dimensions, chamber volume, and discharge type is available based on specific application needs, ensuring compatibility with your downstream processes.
Whether you're upgrading your current setup or launching a new recycling line, the AT-MB1 automatic hydraulic metal baler provides a scalable, efficient, and environmentally responsible solution for modern metal processing. Its proven track record in successful installations worldwide underscores its value as a smart investment in sustainable manufacturing practices.
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