HGS40B Bar Threading Machine

Price 90000 INR/ Piece

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MOQ : 1 Piece

HGS40B Bar Threading Machine Specification

Voltage
380V

Product Type
HGS40B Bar Threading Machine

Capacity
1640 mm rebar

Output
40 mm max diameter threading

Production Capacity
40-50 pieces/hour

Automation
Yes

Usage
Industrial

Phase
Three Phase

Condition
NEW

Motor Speed
1440 rpm

Weight
450 kg

Color
Blue & Yellow

Dimension (L*W*H)
1300 x 600 x 1100 mm

Raw Material
Steel Bar

Machine Type
Bar Threading Machine

Power
4 kW

HGS40B Bar Threading Machine Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Advance (CA)

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About HGS40B Bar Threading Machine

The bar threading machine we are offering is a construction equipment used for creating threads on the ends of steel bars & rods. The machine consists of a cutting head which securely grips the steel bar. The cutting head rotates and moves along the length of the bar, cutting threads into the surface. They are efficient and effective at producing precise and uniform threads. Our Bar threading machines are commonly used in construction projects that require the use of threaded steel bars, such as in the construction of concrete structures or in the installation of plumbing & electrical systems.

Its specifications are:

Model Name/Number	HGS40B
Capacity	40 mm
Automatic Grade	Automatic
Weight	380 Kg
Phase Type	Three Phase
Motor Power	5 HP
Speed	2880 RPM
Voltage	415 V
Frequency	50 Hz
Driven Type	Electric
Material	Mild Steel
Country of Origin	Made in India

Precision Threading for Construction Needs

The HGS40B Bar Threading Machine ensures consistently accurate threads in compliance with ISO standards, thanks to its alloy steel threading die and variable spindle speeds. Its integrated coolant system maintains optimal performance, while adjustable clamping options offer flexibility for different tasks. This machine is pivotal for rebar coupler production on demanding construction projects.

User-Friendly Operation and Mobility

Engineered for practicality on busy jobsites, the HGS40B features a simple push-button control panel and can be operated in semi-automatic mode. The wheel-mounted frame allows for easy transport across industrial or construction settings, increasing productivity and minimizing downtime during rebar processing operations.

FAQs of HGS40B Bar Threading Machine:

Q: How is the HGS40B Bar Threading Machine operated on-site?

A: The machine is straightforward to operate using its push-button control panel. It can be run in semi-automatic mode, with manual or automatic clamping as required, ensuring fast and secure rebar placement during threading.

Q: What types and sizes of rebar can this machine process?

A: The HGS40B is designed for steel bars, specifically rebar ranging from 16 mm up to 40 mm in diameter. Its capacity and robust build make it suitable for most industrial construction applications.

Q: Where can the HGS40B Bar Threading Machine be used most effectively?

A: It is ideally suited for construction sites, rebar coupler manufacturing facilities, and industrial environments where threading of steel reinforcement bars is required.

Q: What process does the HGS40B use to ensure accurate thread creation?

A: The machine employs a gear drive mechanism and alloy steel threading die to deliver precise threads (2.53.0 mm pitch, up to 100 mm length) that comply with ISO standards. An integrated coolant system controls temperature, further enhancing accuracy.

Q: When is maintenance required for optimal machine performance?

A: Routine maintenance should be performed as per the manufacturers guidelinestypically after set intervals of operation, such as checking the coolant system, lubricating moving parts, and inspecting wear on threading dies to ensure consistent performance.

Q: What benefits does the HGS40B offer over manual threading methods?

A: This machine delivers significantly higher threading speed (up to 4050 pieces/hour), improved consistency, reduced physical labor, and minimizes the chance of human error, translating to increased safety and productivity on-site.

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