About Industrial Rebar Threading Machine
Our company supplies a wide assortment of Rebar Threading Machines as per the requirement of the clients. These threading machines, widely used in various industrial applications, are preferred for their better service life and high tensile strength. They are convenient to install and require low maintenance cost.
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Model
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1/4" TO 1"
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3/8" to 1.1/2"
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1/2" TO 2. 1/2"
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4"TO 8"
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Saddle Movement
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10"
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10"- 12"
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12"_ 16"
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10"_ 12"
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Spindle Speed Range
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60-90
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60-90
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60-90-120
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25 - 50
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Number of Spindle Speed
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2
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2
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3
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2
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Threading Capacity
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1/4"TO 1"
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3/8" to 1.1/2"
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1/2"TO 2. 1/2"
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4"TO 8"
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Production per Hour
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60-80
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60-80
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70-90
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15-20
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H.P. Required
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3 H.P.
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3 H.P.
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7.5 H.P.
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20 H.P. 960
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Lead Screw
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OPTIONAL
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OPTIONAL
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OPTIONAL
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PROVIDED
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Weight (KG) Aprox.
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500
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550
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990
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2500
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Advanced Rebar Threading CapabilitiesThis machine provides high-precision thread cutting on steel rebars, accommodating diameters from 16 mm to 40 mm. The cold threading method ensures minimal material distortion, while the integrated coolant pump prolongs tool life and maintains thread quality. Its robust drive and automatic lubrication further enhance operational consistency.
Designed for Efficiency and MobilityConstructed from durable alloy steel, the machine features a portable design with integrated wheels, enabling effortless transportation across job sites. Its simple manual control system streamlines operation, making it accessible for operators with different experience levels. This maximizes uptime and reduces setup time during construction projects.
Optimized for Construction ExcellenceEngineered specifically for construction and infrastructure environments, the machine delivers stable performance even under prolonged workloads. The interchangeable die head system allows rapid adaptation to various threading requirements, promoting versatility in large-scale projects and helping users meet stringent deadlines efficiently.
FAQs of Industrial Rebar Threading Machine:
Q: How does the automatic lubrication system work in the rebar threading machine?
A: The machine utilizes an automatic lubrication system that continuously supplies oil to critical moving parts during operation, reducing friction, enhancing wear resistance, and extending the lifespan of both the die head and other components.
Q: What is the process for threading rebar with this industrial machine?
A: To thread rebar, simply insert the steel rod (16 mm to 40 mm in diameter) into the machine, select the appropriate interchangeable die head, and operate the manual controls. The gear-driven system and 4 kW motor will power the threading process efficiently, while the integrated coolant and lubrication systems help maintain thread precision.
Q: When should the die head be replaced or changed?
A: The interchangeable die head should be changed whenever you require a different thread size or after noticeable wear occurs, which can be detected by diminished thread quality or increased resistance during cutting. Regular inspection is recommended to ensure consistent performance.
Q: Where can this rebar threading machine be used most effectively?
A: This machine is ideal for use in construction sites, civil engineering works, and infrastructure projects where precise and durable threaded rebar connections are essential. Its mobility and rugged design allow it to perform reliably in challenging environments.
Q: What are the benefits of using this machine over traditional threading methods?
A: The machine delivers high thread accuracy, fast processing times, and enhanced operator safety due to features like automatic lubrication, integrated coolant, and stable gear-driven performance. Its portability and adjustable threading capability make it a versatile and efficient solution for demanding projects.
Q: How easy is it to transport and operate the machine on site?
A: With integrated heavy-duty wheels and a compact design, the machine is easily movable across job sites. Operation is straightforward via manual controls, making it accessible for operators without specialized computerized training.