Vertical Machining Centers
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VMC PROVIDES HARDMILLING FOR AEROSPACE DIE/MOLD MEDICAL AND PRODUCTION MARKETS
The five-axis Makino S56-5XB is ideal for applications requiring high spindle speeds, fine surface finishes and hardmilling with exacting accuracy in contoured parts.
PRECISE AFFORDABLE FIVE-AXIS MACHINING
The F5-5XR vertical machining center from Makino combines the speed, precision and flexibility that is required for tight tolerance, five-axis, hardmilling of complex, die/mold, aerospace and medical parts.
HIGH ACCURACY AND SPEED COMBINED WITH EXCELLENT AUTOMATION CAPABILITIES
Makino‘s D500 5-axis machining center is designed for complex part production where part quality is paramount.
HARDMILLING VMC FOR EXTREME ACCURACY DIE/MOLD WORK
This five-axis version of the Makino V33i vertical machining center provides increased accessibility to under-cut areas, oddly positioned features and complex geometries, with shorter tool lengths and higher spindle speeds.
SUB-MICRON ACCURACY FOR ELECTRONIC COMPONENTS MEDICAL DEVICES OPTICAL PARTS
The iQ300 Precision Micromachining Center from Makino uses a thermally stable, vibration-free high-speed spindle that is ideal for fine detail machining and ultra precision accuracies, as well as Hybrid ATLM for tool matching and blending — perfect for challenging micro applications.
HIGH-PERFORMANCE CONTOUR MACHINING FOR DIE/MOLD AND MEDICAL MARKETS
F-Series vertical machining centers from Makino provides chatter-free cutting and agility for high-speed/hard-milling and accuracies for tight tolerance blends.
Titanium Takes Off at Makino
To unveil its latest titanium machining technology, Makino celebrated Global Titanium Day on May 20 with a full schedule of events at its Mason, OH, facility that has been designated as the company?s Global Titanium Research and Development Center. This…
VALUE ADDED: MACHINING CENTERS
This showcase of new machine tools displays the latest technologies that could make your machining processes more competitive.
VALUE ADDED: MACHINING CENTERS
This showcase of new machine tools displays the latest technologies that could make your machining processes more competitive.
CONTROLLING MACHINE VIBRATION
Part Three: Kyndall Brown concludes our series by having our panel of experts compare how machining different types of materials affects vibration, looking at gear-driven vs. direct drive spindles, and comparing hand-scraping mating surfaces vs. other methods.
CONTROLLING MACHINE VIBRATION
Part Two: Kyndall Brown continues a panel discussion on how machine vibration can be monitored through the latest technologies and controlled through spindle design.
CONTROLLING MACHINE VIBRATION
Kyndall Brown facilitates a three-part series on how machine controls and structural design are used to damp vibration in machine tools begins by comparing box ways vs. linear guides.