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High-Precision Bridge-Type Trunnion 5-Axis Machining Center

Description of 5-Axis CNC Metal Milling Machine

EWEICNC trunnion-type 5 axis machining center is designed for high-precision and high-efficiency machining of complex parts and curved surfaces. With its rigid machine structure and high-performance spindle, it delivers stable cutting performance, excellent surface finish, and accurate multi-axis interpolation.

The trunnion table design allows the workpiece to be machined from multiple angles in a single setup, greatly reducing repositioning errors and improving overall productivity. It is especially suitable for the machining of impellers, blades, molds, aerospace parts, medical components, and other precision workpieces with complex geometries.

Equipped with advanced CNC control, fast rotary response, and reliable axis motion, the machine ensures smooth 5-axis simultaneous machining, high contour accuracy, and long-term stability. It is an ideal solution for manufacturers seeking greater flexibility, precision, and efficiency in modern metal cutting applications, such as Aviation, NEV (New Energy Vehicles), Industrial Machinery, Medical Implants, and the 3C industry (Computer, Communication, and Consumer electronics).

Key Features of Tilting Rotary Table 5-Axis CNC Machine

1.Rigid gantry structure for stable 5-axis machining

EWEICNC Steel Aluminum Machining 5-Axis CNC Milling Machine adopts an overhead gantry structure with a heavy-duty cast machine frame, providing excellent rigidity, vibration resistance, and long-term stability for precision 5-axis machining. It is especially suitable for complex surface milling under demanding cutting conditions.

2.DD direct-drive A/C Tilting Rotary Table

Equipped with a DD direct-drive AC cradle rotary table, the machine offers fast response, high positioning accuracy, and strong torque output. The A axis travels ±120° and the C axis rotates 360°, making it ideal for simultaneous 5-axis machining of complex geometries.

3.Heavy-duty linear guide rails and pre-tensioned ballscrews

The X, Y, and Z axes use H45 heavy-load linear guide rails, while the ballscrew transmission system is pre-tensioned to improve rigidity, reduce backlash, and ensure stable accuracy during long-term operation.

4.Big power spindle,high speed,high torque

Simultaneous 5-axis metal machining machine is fitted with a big power high-speed electric spindle with a maximum speed of 20,000 rpm and HSK-A63 tool interface, delivering strong cutting capability, smooth surface finish, and efficient machining of freeform and high-precision parts.

Specifications

Item Unit EW-U500
Machining Range
X/Y/Z Axis Travel mm 520 / 520 / 485
A-Axis Rotation Angle ° ±120
C-Axis Rotation Angle ° 360
Working Table
Distance from Spindle Nose to Table Surface mm 175–660 (horizontal)
Table Size (X*Y) mm Ø520
Max. Table Load kg 350
Spindle
Spindle Speed rpm 10–16000
Spindle Motor (Continuous) kW 20
Rated Spindle Torque N·m 30.7 (S1) / 40.6 (S6)
Spindle Taper / HSK A63
Feed System
Rapid Feed Rate (X/Y/Z) mm/min 36000 / 36000 / 36000
Automatic Tool Changer System
Tool Magazine Capacity (Standard / Optional) set 24 (30 / 32 / 40)
Tool Change Time (Tool to Tool) sec 1.55
Max. Tool Length mm 300
Max. Tool Diameter / With Adjacent Empty Pocket mm Ø120
Max. Tool Weight kg 8
CNC Control System / Siemens ONE-NCU1750+15 / Syntec 220MA-5

Main Configurations

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Trunnion Table Structure

The trunnion-style 5-axis configuration provides excellent accessibility, stable rotary motion, and high positioning accuracy for demanding 3D machining tasks.

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Linear Guides & Ball Screws

Premium guideways and ball screws improve machine rigidity, positioning accuracy, and feed stability, helping maintain reliable performance over long production cycles.

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Overhead Gantry Structure

An innovative gantry-type bridge structure elevates the X/Y-axis moving components, which not only maximizes the machining space but also provides excellent natural chip evacuation.

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5 Axis CNC Controller

Equipped with a top-tier international CNC system, it supports true RTCP (tooltip point spatial motion trajectory control). Built-in advanced kinematic compensation algorithms and collision avoidance 3D prediction significantly reduce the operational threshold.

Applicable Material

    EWEICNC 5-axis metal-cutting machining centers deliver the ultimate rigidity, torque, and thermal stability required for precision metal removal. Designed to handle everything from general metals to tough, hard-to-machine superalloys, it ensures superior surface finishes and tight tolerances in a single setup.

  • Aluminum: aluminum plate, aluminum block, cast aluminum, aerospace aluminum parts
  • Steel: carbon steel, alloy steel, tool steel, mold steel
  • Stainless Steel: precision stainless steel parts and corrosion-resistant components
  • Titanium Alloy: aerospace parts, medical parts, and other high-value precision components
  • Copper & Brass: copper alloy parts, brass fittings, and electrical components
  • Cast Iron: machine parts, bases, and structural components

Industrial Applications

    In today’s demanding manufacturing landscape, the versatility and precision of Vertical Machining Centers (VMC) and 5-axis simultaneous CNC milling machines are indispensable. EWEICNC solutions are engineered to handle complex geometries and tough materials, providing a competitive edge for shops focused on high-precision metal cutting, mold making, and complex component manufacturing.

  • Aerospace & Aviation: Specialized in machining titanium alloys and aluminum structural parts. Our 5-axis technology is ideal for producing high-performance components like impellers, turbine blades, and intricate engine housings in a single setup.
  • Precision Mold & Die Industry: The backbone of the injection mold and die-casting sectors. Our VMCs provide the extreme rigidity needed for heavy-duty roughing and the high-speed precision required for fine finishing of deep-cavity molds and hardened tool steel.
  • Automotive Engineering: From engine blocks and cylinder heads to customized aftermarket performance parts. We support the automotive supply chain with reliable high-volume production and rapid prototyping of complex transmission components.
  • Medical Device Manufacturing: Meeting the stringent standards for orthopedic implants, surgical instruments, and laboratory equipment. Our machines deliver the micro-level accuracy and biocompatible surface finishes required for stainless steel and titanium medical parts.
  • Energy, Oil & Gas: Robust machining solutions for heavy-duty components, including valve bodies, pump housings, and exploration tools that must withstand extreme environments.

 

A trunnion-type 5 axis machining center is a CNC machine equipped with a rotary trunnion table that enables simultaneous 5-axis machining. It is designed for processing complex parts, curved surfaces, and multi-face workpieces with high precision and efficiency.
Absolutely. Upon request, the EW-U400 trunnion-type 5-axis machine can be equipped with leading probing systems such as Renishaw or Blum. These systems enable automatic tool length measurement, tool breakage detection, and workpiece zero-point setting, which helps shorten setup time, improve accuracy, and reduce human error.
Yes. RTCP is a critical feature for simultaneous 5-axis machining and is fully supported by the HNC, Syntec and Siemens control system. It dynamically compensates for the tool length and the machine's rotary kinematics, ensuring the tool tip remains perfectly aligned with the programmed path during the rotation of the A and C axes. This significantly simplifies CAM programming and guarantees smooth, high-precision surface finishes.
Does this machining center support through-spindle coolant (TSC)? Answer: Yes. While this machine comes standard with external coolant nozzles, it can also be equipped with optional through-spindle coolant systems, such as 20 bar or 70 bar. TSC delivers high-pressure coolant directly to the cutting edge, which is especially beneficial for deep cavity machining, efficient chip evacuation, and longer tool life when machining hard materials.

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