VMC’s Gear Head Enables Heavy Machining Applications
Available from Yama Seiki, the Awea BM-2500 vertical machining center is equipped with a 6,000-rpm, 50-taper gear spindle powered by a FANUC α22i 35-hp AC spindle motor.
Share
Takumi USA
Featured Content
View MoreHwacheon Machinery America, Inc.
Featured Content
View MoreDMG MORI - Cincinnati
Featured Content
View MoreAvailable from Yama Seiki, the Awea BM-2500 vertical machining center is equipped with a 6,000-rpm, 50-taper gear spindle powered by a FANUC α22i 35-hp AC spindle motor. The two-speed gearhead delivers 662 Nm at 375 rpm for low-speed, heavy-duty cutting applications.
X-, Y- and Z-axis travels measure 98.4" × 39.3" × 39.5", and rapid traverse rates are 590 ipm on the X and Y axes and 472 ipm on the Z axes. All axes are driven by FANUC AC servomotors for performance and safety. The VMC also features boxways on all axes, a chip conveyor, enclosed splash guard, spindle oil chiller and oil skimmer.
The automatic swing-arm-type toolchanger can store 30 tools, and 40-, 50- and 60-tool swing-arm chain-type toolchangers are also available. Tool-change time is 3 sec., while chip-to-chip time is 7 sec. The automatic toolchanger is said to enable easy access to toolholders for setup and protect the tool shanks from dirt, chips and coolant.
Related Content
-
Lean Approach to Automated Machine Tending Delivers Quicker Paths to Success
Almost any shop can automate at least some of its production, even in low-volume, high-mix applications. The key to getting started is finding the simplest solutions that fit your requirements. It helps to work with an automation partner that understands your needs.
-
The Benefits of In-House Toolmaking
The addition of two larger gantry routers has enabled a maker of rubber belting products to produce more tooling in-house, reducing lead times and costs for itself and its sister facilities.
-
DN Solutions Introduces High-Productivity Vertical Machining Center
The SVM 5100L’s performance has been optimized to reduce the acceleration/deceleration times of the XYZ axes and spindle, reducing non-cutting time.