Explore efficient and high-precision future machining modes
Five axis horizontal lathe a900Z
With the upgrading and transformation of enterprise intelligent manufacturing, industrial equipment is rapidly developing, and components are becoming diversified, complex, and integrated, gradually forming the mainstream. The demand for equipment for processing large and medium-sized components by enterprises is increasing day by day. Faced with the rapidly changing aviation market, mechanical parts market, and medium to large automotive parts market, Makino Machine Tool has customized and developed a high-efficiency and high-precision medium to large dual worktable five axis horizontal machining center a900Z.
Medium and large dual worktable five axis horizontal machining center a900Z
Future machining modes with high efficiency and precision
more reliable
The spindle is the core of machine tools, and Makino's leadership in spindle technology is well-known. The rigidity, high speed, constant load, multi face balance, vibration reduction, and control of thermal elongation of the spindle have been solved through Makino's years of experience and spindle design, manufacturing, and assembly.
The A900Z can be equipped with an optional 8000 rpm high torque spindle to shorten non cutting time, with a maximum torque of 1199 N.m, providing users with the best processing performance.
Standard spindle
Tilt Axis Z Workbench
The high rigidity structure of A900Z can bear the reaction forces on each inclined plane on the spindle side and workbench side, ensuring the heavy cutting ability on the five axis machine tool. Even in the top area of the Y-axis, machining can be carried out.
Adopting a structure where the center of gravity of the workbench unit and the workpiece is located near the center of rotation of the inclined axis, the inertia generated is small, and vibration free, high-speed, and high-precision positioning can be achieved.
More energy-efficient
A900Z has improved the cutting treatment method, with a nearly vertical sheet metal design and a three groove guide that allows chips to be directly discharged from the machine processing room. Reduce chip accumulation and the demand for cutting fluid, helping users save production costs.
More convenient and secure
The a900Z is equipped with a tool damage detection device using a CCD camera. Compare the degree of damage by taking photos before and after the cutting tool.
Vision B.T.S (photo based tool breakage detection) allows users to inspect tools in the ATC tool library without affecting processing time. The detection time is much shorter than that of conventional contact type detection, and the system is more reliable. The non-contact measurement method eliminates the need for users to worry about tool damage, further reducing processing time and improving production efficiency.
more efficient
NC Control System - Expert 6 System
Fully utilize the performance of the machine tool and optimize its operation based on processing conditions. Even when the machine is running at high speed, it can still maintain the surface quality and shape accuracy of the processing, improving processing efficiency. Equipped with various high-speed and high-precision contour control functions, the M code automatically switches, saving setup trouble.
M256: Ultra high efficiency machining mode
M251: High efficiency machining mode
M250: High precision machining mode
M252: Ultra high precision machining mode
GI milling
The tool path can be automatically adjusted based on the tolerance of the corners. By slowing down within the allowable speed range, the movement at the corner can be smoother.
GI drilling
A dedicated fixed loop for positioning and moving to the next empty position through an arc like path. Speed up positioning actions and shorten processing time.
