Three-Way Iron Scrap Pressing Machine for High-Density Waste Iron Bales
Product Description
Industry Challenges
Steel mills, foundries, construction demolition firms, and heavy manufacturing plants generate large volumes of iron scrap daily. From dismantled beams to forged iron offcuts, handling these materials without the right compaction solution often results in high logistics costs, wasted storage space, and lower resale value.
ENERPAT's Proven Solution
The ENERPAT Three-Way Iron Scrap Pressing Machine addresses these problems with a robust design and fully automated operation. By applying pressure from three directions, scrap iron bales are evenly compacted, achieving superior density and consistent bale quality. This ensures efficient melting in steel plants and higher returns in recycling markets.
Composition and Structure
Material Testing
Call to Action
Choosing the right solution for processing bulky and rigid iron scrap is critical for maximizing recycling value and reducing operational costs. The ENERPAT Iron Scrap Pressing Machine combines advanced three-way compression, high output capacity, and internationally certified quality to deliver long-term reliability for steel mills, foundries, and recycling plants worldwide.
With decades of global experience and after-sales support in more than 165+ countries, ENERPAT is your trusted partner in metal recycling.
Contact us today to discuss your specific scrap processing needs and discover how the ENERPAT Three-Way Iron Scrap Pressing Machine can boost your efficiency and profitability.
Product Details
Uniform Force & Higher Density
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Professional Design & Premium Components
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Powerful Hydraulic System
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Robust & Low-Maintenance Structure
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Intelligent Control System
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Technical Data Sheet
| MODEL | AMB-TH-2080 | AMB-TH-2210 | AMB-TH-2212 | AMB-TH-2812 | AMB-TH-2815 | AMB-TH-6020 | AMB-TH-60201 | |
| BalesHxW(L) | mm | 250 x 250 （var.) | 300 x 300 （var.) | 300 x 300 （var.) | 400 x 400 （var.) | 400 x 400 （var.) | 600 x 600 （var.) | 600 x 600 （var.) |
| Motor Power | kW | 1 x 55 | 1 x 55 1 x 90 2 x 55 | 1 x 55 1 x 90 2 x 55 | 1 x 90 2 x 55 | 1 x 90 2 x 90 3 x 90 | 3 x 90 | 3 x 90 |
| Cycle time (no-load) | S | 25 | 34 - 23 | 38 - 26 | 40 - 36 | 46 - 28 | 60 | 69 |
| Bales/h (90% availability) | 1/h | 137 | 101 - 149 | 90 - 132 | 86 - 95 | 74 - 122 | 57 | 50 |
| Max. production capacity, Fe (bale weight) | t/h | 10 （69 kg） | 13 - 19 (124 kg) | 12 - 17 （124 kg) | 24 - 26 (264 kg) | 21 - 34 (264 kg) | 47 (791 kg) | 59 (1,130 kg) |
| Max. production capacity, Cu + Ms (bale weight) | t/h | 11 (78kg) | 15 - 22 (141 kg) | 13 - 20 (141 kg) | 27 - 30 (301 kg) | 23 - 39 (301 kg) | 54 (903 kg) | 67 (1,290 kg) |
| Max. production capacity, Al (bale weight) | t/h | 4 (28kg) | 5 - 7 (44 kg) | 4 - 6 (44 kg) | 8 - 9 (94 kg) | 7 - 12 (94 kg) | 16 (272 kg) | 20 (389 kg) |
| Cylinder forces, 1st compactor | t | 72 | 112 | 112 | 161 | 189 | 343 | 343 |
| Cylinder forces, 2nd compactor | t | 91 | 136 | 161 | 220 | 252 | 494 | 494 |
| Cylinder forces, final compactor | t | 160 | 200 | 200 | 350 | 350 | 800 | 1,000 |
| Spec. pressure final compactor | N/ cm² | 2,128 | 2,063 | 2,063 | 2,104 | 2,104 | 2,144 | 2,749 |
| Press box, (W x L x H) | mm | 795 x 1,925 x 600 | 1,020 x 2,235 x 800 | 1,245 x 2,235 x 800 | 1,245 x 2,840 x 1,100 | 1,500 x 2,840 x 1,100 | 2,000 x 6,000 x 1,600 | 2,010 x 6,000 x 1,600 |
| Feed opening, (W x L) | mm | 725 x 1,450 | 945 x 1,655 | 1,170 x 1,655 | 1,170 x 2,130 | 1,425 x 2,130 | 2,910 x 4,930 | 1,910 x 4,930 |
Machine dimensions (W x Lx H) | mm | 4,550 x 5,800 x 3,000 | 5,290 x 6,605 x 3,735 | 5,990 x 6,605 x 3,775 | 6,360 x 8,035 x 4,600 | 7,060 x 8,035 x 4,615 | 10,155 x 15,650 x 6,110 | 10,495 x 15,650 x 6,110 |
| Machine weight | t | approx. 25 | approx. 41 | approx. 44 | approx. 60 | approx. 67 | approx. 186 | approx. 201 |