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Makino machines will deliver precise statistical performance and dramatically reduced cycle times.
Horizontal Machining Center Makino A51nx
Makino is the originator of high-speed spindles for commercial use. High cutting performance is realized even at the upper point on Y-axis.
Both motors are housed in an integral cast structure that eliminates the stack-up errors and loss of rigidity common with table-on-table 5-axis designs. Thanks to the expanded Z-axis stroke, maximum tool length on the a51nx and a61nx models is increased to mm On nx machines, a high-speed servo-driven ball screw actuates the ATC shutter door, improving responsiveness, ease of setup and maintenance.
Horizontal Machining Center Makino J3. Cooling oil is maintained as per the bed casting temperature and circulated through to the ball screws and end support bearings. The net result is improved reliability and cleaner ATC environments.
Online only Makino a51nx. Makino a81nx horizontal machining centre. Last items in stock! The standard a61nx features a mm The C-axis cables are routed through the splash-guard ceiling, ensuring reliability and chip-free operation.
Makino A51NX Horizontal Machining Center
Advanced axis cooling system Heat generation in the axes during high speed machining can affect accuracy and performance of the machine. This stepped design supports the machine to move at high speed and high acceleration mode by reducing the weight of column without compromising rigidity of makink machine in Z-axis direction.
Suitable for the parts of semiconductor manufacturing equipment, airplanes, and prototype units, in addition to commercial production parts of automobiles and construction machines. Horizontal Machining Center Makino A51nx The a51nx is a mm horizontal machining center from Makino that builds on the highly successful a51 platform. The a51nx features a mm The standard spindle is a 14,rpm design with Nm of duty-rated torque and 22 kW of continuous output, a 19 percent increase over the previous model.
a51nx ● a61nx | Makino
Upgrading the productivity and machining accuracy, and realizing high reliability. The a51nx and a61nx have larger work envelopes, higher machine strength and rigidity far beyond levels typically associated with taper machines. The servo axis also reduces exposure of the ATC to the work envelope. Loading parts in a 5-axis horizontal orientation, however, can lead to some material-handling challenges.
The DD motor table also reduces B-axis complexity and eliminates backlash and key component wear. Five-axis machining capability can improve productivity and quality simply by consolidating operations. Horizontal Machining 4 Axis Makino a Manufacturers of medical, z51nx, prototype and complex multi-face parts have long understood the advantages of 5-axis machining.
All this, plus advanced spindles and axis guide enhancements, combines to deliver increased speed and precision in larger part applications.
Horizontal Machining Center Makino A61nx. The ATC shutter door typically sees millions of cycles over the life span of a machine. Pallet clamping system Pallet can be precisely located on the pallet table with four taper-cones.
Offline workpiece setup and loading through the standard work-setting station ensures maximum spindle utilization. Stepped column The two X-axis guides under the column are at different heights. An optional tall column on the a61nx expands the Y-axis to mm A variety of machining modes are preset. Additionally, nx models have a standard direct-drive DD motor B-axis table for a dramatically faster indexing time over the previous worm-gear-driven NC rotary table NCRT.
The contoured table casting provides ideal spindle accessibility to the workpiece. High rigidity machine construction Pallet clamping system Pallet can be precisely located on the pallet table with four taper-cones. The a51nx is a mm horizontal machining center from Makino that builds on the highly successful a51 platform. One-grade higher machining capability and machining area enhance the manufacturing power. Key technologies on the machine advance part productivity, accuracy and machine reliability to the next level.
Introduction Upgrading the productivity and machining accuracy, and realizing high reliability.