4000kN Scrap Steel Baler Scrap Metal Recycling Equipment Chamber 2600 X 2000 X 1200MM

The Y83/T-4000 Hydraulic Metal Baler represents WANSHIDA's advanced engineering in scrap metal processing technology. Designed for heavy-duty industrial applications, this robust machine delivers exceptional performance in metal scrap compaction, making it an ideal solution for large-scale recycling operations and metal processing facilities.

Superior Compression Capacity: 4000 kN nominal force ensures effective compaction of various metal scraps
Large Processing Chamber: 2600×2000×1200 mm chamber accommodates substantial volumes of scrap material
 Optimized Bale Dimensions: 600×700 mm bale size facilitates easy handling, storage, and transportation
 Dual Motor Configuration: 45×2 kW power system provides reliable and efficient operation
 Flexible Control Options: Choice between manual valve operation and automated PLC control system

Q1: What types of metal scrap is the Y83/T-4000 suitable for processing?
A: The machine is capable of processing various metal scraps including steel chips, copper scraps, aluminum chips, waste steel materials, and other metallic waste. Its 4000 kN compression force makes it particularly suitable for processing high-strength and large-volume metal scraps.
Q2: What are the advantages of the dual-motor design (45×2 kW)?
A: The dual-motor system provides more stable power output, enhances operational reliability, and offers better load distribution. This design also facilitates maintenance, as one motor can be serviced while the other remains operational, minimizing downtime.
Q3: What is the production capacity of this machine?
A: The production capacity depends on the material type and operation mode. Typically, the Y83/T-4000 can process 15-25 tons per hour for most metal scraps, with 8-12 baling cycles per hour under normal operating conditions.
Q4: What are the benefits of having both manual and PLC control options?
A: This dual control system offers maximum flexibility. Manual valve control is suitable for simple operations and maintenance scenarios, while PLC automatic control enables unmanned operation, improves efficiency, and ensures consistent performance. Users can choose the most appropriate control method based on their specific needs and operational requirements.

Large-scale metal recycling centers
Steel mills and foundries
Automotive manufacturing and dismantling facilities
Metal fabrication workshops
Scrap metal processing and trading companies