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500 Rebar Saw Cutting Production Line

500 Rebar Saw Cutting Production Line

Bar Diameter: φ10-50mm
Feed Speed: 40-60m/min
Cut Length: 700-12000mm
Cut Tolerance: ±5mm
Cut Speed: 7-10mm/min
Size: 26000*4500*1500

Blade Width(mm) 450
Rebar Diameter(mm) Φ16~Φ50
Rebar Feed Speed(m/min) 90
Threading Head Length(m) 2.0~12
Length Tolerance(mm) ±3mm/m
Sawing Speed Stepless Speed Regulation
Clamping Method Hydraulic
Machine Power(KW) 4
Oil Pump Motor(KW) 1.1
Cooling Pump Power(W) 60
Total Power(KW) 45
Size(mm) 28000*7000*2000
Rebar Diameter Φ16 Φ20 Φ25 Φ28 Φ32 Φ40 Φ50
Pcs 27 22 17 15 13 11 7
Sawing Efficiency 1.5-2.5 Times/min
Sawing Height 100mm
Total Weight 15T
Power Consumption 15KW/H

The intelligent steel bar sawing production line has a cutting speed of up to 10mm/min, neat sawing cuts, and completes steel bar cutting quickly and efficiently; the sawing steel bar length range is wide up to 2-12m, which can meet the needs of different cutting steel bar lengths; sawing machine The effective width is wide (the maximum incision width of the sawing machine is 600mm). The effective width is 450 ~ 500mm. Dozens of steel bars can be placed in a row at one time and processed and produced at the same time, which greatly improves the production capacity; the steel bar transmission speed can reach 0.8 ~ 0.9m/s ,It can quickly and accurately transport raw materials and finished products; the sawing length error is small and can be accurate to the millimeter level, fully meeting the market accuracy requirements; the silo is divided into 2 levels, which can meet the separate storage needs of different products.
The tightening method of the intelligent steel bar sawing production line adopts hydraulic + pneumatic methods to ensure that the clamping is firm and will not loosen; the finished product can be turned in both directions in the forward direction to meet the customer’s separate storage requirements for steel bars of various lengths; the equipment can be used with downstream threading or bending, etc. Free docking of production lines enables linked production, enabling the entire production line to achieve automated production; when a fault occurs, the human-machine interface displays a prompt message to prompt on-site maintenance personnel to quickly troubleshoot the fault; when processing is completed,
sound and light prompts are required to change materials, preventing workers from forgetting to replace raw materials after processing, causing downtime and increasing costs. Equipment utilization.

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