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Bolt Threading Machines

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MOQ : 10 Units

Bolt Threading Machines Specification

Power Rating
1.5 kW

Operating Temperature
5C to 45C

Connectivity Options
Single phase power

Control System
Manual lever & electrical start

Accuracy
0.02 mm

Noise Level
<75 dB

Lubricating System
Automatic oil lubrication

Motor Power
2 HP

Machine Type
Threading Machine

Drive
Gearbox drive

Production Capacity
150 bolts/hour

Frame Type
Rigid steel frame

Cooling System
Integrated water cooling

Frequency
50 Hz

Product Type
Bolt Threading Machine

Technology
Thread Rolling Technology

Power Source
Electric

Power
2 HP

Pressure
Standard atmospheric

Surface Treatment
Painted

Dimension (L*W*H)
900 mm x 650 mm x 1200 mm

Weight (kg)
350

Color
Blue & Silver

Usage & Applications
Threading of bolts, rods and fasteners

Threading Standard
Metric & Imperial available

Package Type
Wooden box

Spindle Speed
Variable

Workpiece Clamping
Adjustable vise

Die Material
HSS (High Speed Steel)

Ambient Humidity
90% RH

Max Bolt Diameter
25 mm

Min Bolt Length
50 mm

Safety Protection
Emergency stop switch

Input Supply Phase
Single / Three phase

Operator Requirement
1

Roller Material
Alloy steel

Bolt Threading Machines Trade Information

Minimum Order Quantity
10 Units

Supply Ability
10 Units Per Month

Delivery Time
30 Days

Main Export Market(s)
Asia

Main Domestic Market
All India

About Bolt Threading Machines

A Bolt Threading Machine is utilized for creating external threads on job. The machine operates via the chasing method which is employed for threading the bolts. High grade HSS Tangential Chasers are used for the cutting job. The job remains static and it is only the die head that swiftly rotates and produces super-fine threads. Many types of threads like BSP, MATRIX, UNC, BSW, BSPT, NPT, UNF, and even Acme Threads can be produced using our range of Bolt Threading Machine. These machines house the following main components:

Base
Bed or Pillar Type Clamping Vice
Die-Head
Head Stock
Saddle

Head stock: This part provides contended rigidity and is also responsible for providing alignment with the carriage ways. Only genuine grade shaven alloy steel is used for fabricating this part and the shafts are designed of heated alloy steel that leads to its durability.

Pillar bed: Rigid in built, this bed is smooth and offers operative convenience to users. The carriage is directed using chrome plated pillars. Proper guards are attached to the carriages.

Saddle: The saddle stands on two pillars where it smoothly runs

Apron: This part is responsible for giving momentum to the saddle with head transfer. The process is done on well-designed steel rack & rigid arrangements. The gears are designed in supreme grade steel.

Vice jaws: These are fabricated in best quality alloy steel, are properly fitted on the saddle and stay well aligned with the head stock center that it again fitted in a box type vice. These heat treated jaws are durable and their movement can be regulated by a screw on the saddle.

Threading Machine Specification:

Model	1/4 to 1 (Bed Type)	3/8 to 1.1/2 (Bed Type)	1/2 to 2.1/2 (Bed type)	1 to 4 (Pillar Type)
Spindle Speed Range	60-90	60-90	60-90-120	40-75-115
Number of Spindle Speed	2	2	3	3
Diameter Capacity	1/4 to 1	3/8 to 1.1/2	1/2 to 2.1/2	1 to 4
Production per Hour	60-80	60-80	70-90	35-40
H.P. Required	3 H.P.	3 H.P.	7.5 H.P.	12.5 H.P. 960
Lead Screw	Optional	Optional	Optional	Provided
Weight (KG) Aprox.	500	550	990	1600

Precision Threading for Diverse Applications

Designed with advanced thread rolling technology, this machine reliably produces threads adhering to both metric and imperial standards. Its adjustable clamping system and variable speed allow for seamless adaptation to different bolt sizes and types, making it a versatile asset in industrial environments.

Durable Construction and Enhanced Safety

Built with a rigid steel frame and protected by a painted surface, the threading machine withstands demanding operations. Safety features like the emergency stop switch and enclosed design ensure operator protection. Alloy steel rollers and HSS dies maintain consistent threading quality during extensive use.

Efficient Operation and Low Maintenance

This machine is structured for convenient and efficient use, requiring just one operator. Integrated water cooling and automatic oil lubrication minimize maintenance needs while maintaining peak performance. Its high production rate supports large-volume threading operations with minimal downtime.

FAQs of Bolt Threading Machines:

Q: How does the bolt threading machine ensure precise thread formation?

A: The machine utilizes high-speed steel (HSS) dies, adjustable vise clamping, and thread rolling technology to achieve consistent and precise threads, maintaining an accuracy of 0.02 mm.

Q: What types and sizes of bolts can I use with this machine?

A: You can thread bolts with diameters up to 25 mm and minimum lengths of 50 mm. It supports both metric and imperial threading standards, allowing for broad application.

Q: When should I use the emergency stop switch?

A: The emergency stop switch should be activated immediately if any unsafe condition arises or when maintenance is required to ensure operator safety and protect the machine.

Q: Where is this machine typically installed and used?

A: It is commonly installed in industrial workshops, manufacturing units, and fastener production facilities across India. Its compact dimensions allow flexible placement within workspaces.

Q: What is the threading process on this machine?

A: The operator secures the workpiece in the adjustable vise, sets the required spindle speed using the control system, and initiates threading. Automatic lubrication and water cooling operate throughout for optimal results.

Q: How is the threading machine powered and controlled?

A: The machine operates on electric power, compatible with both single and three-phase supply. It is controlled through a manual lever and an electrical start system for ease of use.

Q: What are the main benefits of using this bolt threading machine?

A: Key benefits include high threading precision, efficient single-operator workflow, quick thread production (up to 150 bolts/hour), robust safety measures, low operational noise, and reduced maintenance due to automated systems.

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