BF series five-axis machining center


A twin-spindle five-axis linkage machining center refers to a machine tool with at least five coordinate axes (three linear coordinates and two rotary coordinates), which can move and process simultaneously under the control of a computer numerical control (CNC) system. A twin-spindle five-axis linkage machining center is a machine tool with high technological content, specially used for processing complex curves. It can be applied to aerospace, military, scientific research, instrumentation, high-precision medical equipment and other industries, and has a significant influence. Equipment manufacturing is the cornerstone of a country's industry. It provides important means for the development of new technologies and products and modern industrial production, and is an indispensable strategic industry. Even developed industrial countries attach great importance to it.


Details Description

I. General Introduction:

A dual-station five-axis linkage machining center refers to a machine tool with at least five coordinate axes (three linear coordinates and two rotary coordinates), which can perform machining through simultaneous coordinated movement under the control of a computer numerical control (CNC) system.
A dual-station five-axis linkage machining center is a machine tool with high technological content, specifically used for machining complex curved surfaces. It can be applied to aerospace, military, scientific research, instrumentation, high-precision medical equipment, and other industries, playing a pivotal role. Equipment manufacturing is the cornerstone of a nation's industry, providing important means for the development of new technologies and products and modern industrial production. It is an indispensable strategic industry. Even developed industrial countries attach great importance to it.

 

II. Product Features:
1. Effectively avoids tool interference.
2. For ruled surface parts, one-pass machining can be achieved using side milling.
3. For general three-dimensional surfaces, especially relatively flat large surfaces, large-diameter end mills can be used with the end face close to the surface for machining.
4. Multiple spatial surfaces on the workpiece can be machined with multiple surfaces and multiple processes in a single clamping.
5. During five-axis machining, the tool maintains an effective cutting state relative to the workpiece surface. The error distribution on the workpiece surface is uniform.
6. In some machining scenarios, larger tools can be used to avoid interference during machining.

III. Application Range:

Suitable for machining curved surfaces of materials such as: light aluminum alloy, fiberglass (SMC), carbon fiber composite materials, wood substitutes, and plastics.

Widely used in industries such as: thick-sheet thermoforming, automotive interior and exterior trim, sanitary ware, rail transit, and aerospace.

IV. Technical Specifications:

 

Features, structure, and configuration of the NF5 series non-metallic five-axis machining center

Advantages and application range of Nobot non-metallic five-axis machining center

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Application Cases

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Nobot Production Capacity

Nobot (NOBOT) is committed to intelligent equipment solutions


Manufacturing Capacity

Sheet metal laser cutting machine
Large tempering furnace
Vertical Machining Center
Grinding and milling machine equipment
Bed welding equipment
American Neway gantry machining center

Detection Capacity

PTCP Calibration Instrument
Calibration of percentage meter equipment
Robot trajectory tester
Three-coordinate measuring machine
Leica laser tracker, UK
Renishaw laser interferometer, UK

Equipment Advantages

RTCP
Customized process
Explosion-proof dust removal + waste material collection
High-rigidity bed
High-rigidity direct-drive five-axis head + tool tip cooling
Fully enclosed structure

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