Hydromat’s Force CNC Rotary Transfer Machine: A Paradigm of Precision and Flexibility

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Hydromat Inc. has been at the forefront of manufacturing innovation with its line of rotary transfer machines, and the Force CNC series represents the pinnacle of their engineering prowess. This article delves into the features, capabilities, and applications of the Force CNC rotary transfer machine, offering a detailed look at how it’s shaping the future of precision machining.

Modular Design and Precision Engineering

The Force CNC series boasts a modular system that includes both horizontal and vertical tool spindles mounted around a precision-cast base. This design ensures high-precision machining of all critical surfaces, providing manufacturers with unparalleled versatility and flexibility.

Key Features:

  • Fully electromechanical machine with ballscrew drive technology
  • Direct drives for enhanced precision
  • Modular system with options for 1 through 4 axis configurations

Performance Specifications

Feature Description
Tool Spindle Units Standard machine equipped with Force 50/150 tool spindle units
Axis Configurations Available in 1, 2, 3, & 4 axis configurations
Machining Capabilities Drilling, tapping, threading, thread milling, single point threading, profiling, and milling
Horizontal Machining Stations Utilizes up to 12 or 16 stations
Vertical Machining Stations Capacity of 6 or 8 vertical tool spindles
Maximum Spindle Speed Mill/Drill units at 8,500 RPM and Lathe Turning at 5,000 RPM
Maximum Stock Size Ranges up to 1.75-inch round, 1.5-inch hex, 1.25-inch square
Part Length Up to 6 inches

Advanced Control System

At the heart of the Force CNC machines is the FANUC 30i-B controller, a trusted industry standard known for its reliability and performance. This advanced control system allows for precise and efficient operation of the machine’s numerous capabilities.

Applications and Industries

The Force CNC series is adept at handling a wide range of materials and complex parts, making it suitable for various industries, including automotive, aerospace, medical, and more. Its ability to perform multiple machining operations simultaneously translates to significant improvements in production throughput and quality.

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