Configuration instructions
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Maximum machining size：
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Single station: 1200x1300x700mm Double station: 1200x1300x700mm
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kinematic parameters:
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X axis:2900mm Movement speed:45m/min
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Y/V axis:1300mm Movement speed:40m/min
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Z axis:890mm Movement speed:20m/min
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B axis (rotary): ±100° Movement speed: 15 r/min
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C axis (rotary):±400°Movement speed:22.5r/min |
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Driving method：
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Y/V/Z axis: Taiwan ABBA precision ball screw drive
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Electrical Configuration:
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Control System: weihong
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9kW - ISO - Air-cooled spindle with automatic tool change
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8-station servo tool changer
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Example of processing
Video
FAQ
Q: What is a 5-axis machining center?
A: Five-axis machining is taking the machining world by storm, and for good reason. This type of manufacturing, in which computer numerical control is used to move cutting parts or tools along five different axes simultaneously, unlocks incredible potential for any shop.
Q: What are the development trends of five-axis machining technology in the future?
A:
Intelligence and automation: Integrating on-machine measurement, adaptive processing, and AI process optimization, developing towards "unmanned" production.
Additive - subtractive composite manufacturing: Integrating 3D metal printing and five-axis milling on the same device for manufacturing integrated complex functional components.
Higher precision and efficiency: Direct drive technology, faster acceleration, and more precise dynamic compensation technology will continue to progress.
Q: What special precautions should be taken when operating and maintaining five-axis machine tools?
A:
Operation: It is essential to strictly understand the "safe space" and "soft and hard limits" of the machine tool, and have a clear understanding of G-code and RTCP.
Maintenance：Maintenance of rotating shafts: Rotating shafts, especially the bearings of direct drive motors, require particularly precise maintenance and lubrication.
Regular precision calibration: It is necessary to conduct five-axis comprehensive precision detection and compensation on a regular basis (such as every six months or annually) using a laser interferometer and a ballbar. This is a necessary investment to maintain the precision of the machine tool.
Q: What special requirements does five-axis machining have for tools and clamps?
A:
Cutting tools: Short taper shank cutting tools are more preferred to enhance rigidity and reduce vibration. The dynamic balance requirements for cutting tools are extremely high to prevent the generation of centrifugal force during high-speed rotation, which may affect accuracy and surface quality.
Fixture: It is required to have a compact structure and low height to avoid interference with the spindle head. Zero-point positioning systems and modular fixtures are widely adopted to achieve rapid and high-precision workpiece switching.
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