Tapping machine

Tapping machine
Tapping machine

M6-30 Electric Universal Tapping Screwing Machine | Industrial-Grade Precision Tool

Price 1,300-3,500$. 

support

M6-30 Electric Universal Tapping Screwing Machine | Industrial-Grade Precision Tool

Price 1,300-3,500$. 

support

Product Overview

The M6-30 Electric Universal Tapping Machine is a high-performance industrial tool designed for precise and efficient thread cutting in various applications. Whether you’re working in automotive manufacturing, CNC machining, or heavy-duty fabrication, this machine offers unparalleled accuracy and reliability.

Key Features

  • High-Power Motor: Equipped with a 2000W AC motor and 220V voltage compatibility, the M6-30 delivers consistent and reliable power output for demanding tasks.
  • Stepless Speed Regulation: With a speed range of 0-200 RPM, the machine can adapt to different thread specifications, ensuring optimal performance for M6-M30 threads.
  • Wide Threading Range: Capable of processing threads from M6 to M30, the M6-30 is suitable for various materials like carbon steel, stainless steel, and alloys.
  • Vertical/Horizontal Dual Mode: The 360° adjustable working angle and a maximum reach of 1200mm make it ideal for complex threading tasks in confined spaces.
  • Portable & Modular Design: Weighing only 48KG, the machine comes with an optional 900*600mm grid workbench (load capacity 300KG) for optimal workshop mobility.

Technical Specifications

ParameterDetails
Speed Range0-200 RPM (stepless adjustment)
Spindle Speed5000 RPM (rated)
Chuck Standards9-size GB-compliant collets
Packaging820740210mm shockproof crate
Voltage220V AC ±10%

Industrial Applications

  • Automotive Components Manufacturing
  • CNC Machining Centers
  • Heavy-Duty Mold Processing
  • Structural Steel Fabrication
Facebook
Twitter
LinkedIn
John Mac
John Mac
@John Mac
Wonderful machine for Switchgear.
Marthew
Marthew
@Marthew
Very professional machine, great after service.
Fuji
Fuji
@fuji
Good machines.

More related machines:

Leave a Comment