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High Precision CNC Lathe-FX580
1. Compact structure design, small footprint, scientific and
reasonable rib layout.
2. The main structure of the machine and key castings such as the
bed, spindle box, slide saddle, cutter tower box, etc. are
optimized by finite element analysis (FEA), and are treated by
magnetic vibration to eliminate internal stress, ensure mechanical
thermal stability, reduce force deformation, and improve
anti-vibration ability.
3. High-power motor, the use of high-power motor, obtain high
torque, heavy cutting can still maintain accuracy and stable
processing.
4. High rigidity and strong spindle.
5.C3 precision screw.
C3 precision screw:
The X/Z axis adopts THK (C3 level) pre-stretched screw and integral
screw bearing seat structure to effectively prevent temperature
rise deformation, improve positioning accuracy, and increase the
rigidity and stability of screw support.
High quality ball screw and guide, excellent quality is the only
way to meet the high precision and long service life required by
customers. The ball screw is fixed at both ends, tested to ensure
that it is 100% parallel to the guide, and the pre-tightened ball
screw nut eliminates the clearance.
Servo cutter tower: Using NC fast indexing cutter tower structure,
no lifting action, servo drive, large diameter rat teeth set,
hydraulic locking mechanism. Achieve the perfect combination of
high precision, fast efficiency and good rigidity.
The indexing action of the tool tower can be carried out at the
same time as the coordinate movement, and the tool change speed is
fast, which further improves the working efficiency of the machine
tool.
Advantages:
1. Cutter tower tooth plate adopts large diameter curved tooth
plate.
2. The tool tower body is directly connected with the screw and
guide rail. 3. The cutter size has increased the thickness and
increased the rigidity of the main structure of the cutter tower
compared with the same industry.
Acceleration:
1. Use high-precision servo control technology to achieve
high-speed acceleration of X and Z axis.
2. Fast feed speed: X: 30m/min,Z:36m/min 3. The high rigidity THK
linear guide rail is adopted, and the fast feed speed reaches the
highest level in structural public.
Device description:
1. The body and components are cast by Milhanna high grade cast
iron FC30, which is artificially normalized heat treatment and then
treated by natural aging. Components are processed by YASDA, MITSUI
SEIKI, TOSHIBA, ELB and other world-class equipment once clamping
processing. Precision size can be up to micron level, to ensure
high precision equipment basic components.
2. Machine guide rails and precision ball screws are continuously
lubricated by automatic lubrication system to ensure longer service
life and accuracy. The cooling system is separated from the body to
eliminate vibration and favorable heat dissipation.
3.Equipped with Siemens 828D CNC automatic grinding system, and
secondary development, man-machine dialogue fool operation, with
many optional equipment to choose from, including inner hole
grinding device, automatic end measuring device, automatic outside
diameter measuring device, etc.
4. The grinding feed system is composed of a V and a flat track of
hand-crafted precision shovel, with automatic lubrication system
and C3 level precision grinding ball screw, which can achieve
smooth movement, excellent repeated positioning accuracy and long
track life.
5. The standard configuration of the grinding wheel spindle is rear
four and rear two bearing structure. High precision dynamic and
static pressure spindle can also be selected, which has the
characteristics of high rotation precision, high dynamic stiffness,
good vibration resistance, high grinding efficiency and good
grinding surface quality. For special work-piece grinding, the
grinding wheel speed can be adjusted, up to 3500 RPM and 60m/s.
6. The tail seat is designed to be both rigid and robust. A
hardened alloy steel sliding cylinder encrusted in the cast iron
body is designed to carry the MT4 top core. The jacking force of
the sliding cylinder can be easily changed by adjustment knobs at
the rear. Special accessories oil pressure tail seat with a pedal
to facilitate unloading work parts.
7.Siemens numerical control system as the standard configuration,
after secondary development, all Chinese operation interface, easy
to use. Equipped with Siemens high performance servo motor, the
equipment CNC system and drive system have better compatibility, at
the same time with automatic sand repair and automatic compensation
function, to ensure the stability and precision of feed and
grinding.
Technical specification:
Project | Unit | Model:FX32P-60CNC | |
| Maximum rotating diameter of table | mm | 320 |
Maximum distance between | mm | 600 | |
Maximum grinding diameter | mm | 320 | |
Maximum load between two parietal hearts | Kg(b) | 60(top work)/20 (working head only) | |
Grinding wheel size (diameter × width × aperture) | mm | 455×38(32-50)×127 | |
Grinding wheel speed | rpm | 1650 | |
Maximum linear speed of grinding wheel | m/s | 40(high speed grinding wheel up to 65) | |
Grinding wheel dressing | mm | Automatic type | |
| Feed Angle | Deg | 90 |
Feed stroke | mm | 250 | |
X axis fast moving speed | m/min | 6 | |
Minimum X-axis feed | mm | 0.001 | |
Head frame | Spindle speed | rpm | 50-500 |
Spindle form | Simultaneous or centering | ||
Thimble specification | MT-4 | ||
Tail seat | Automatic telescopic distance | mm | 40 |
Thimble specification | MT-4 | ||
worktable | Z axis fast moving speed | m/min | 8 |
Minimum z-axis feed | mm | 0.001 | |
Maximum travel | mm | 550 | |
Angle of rotation | Deg | + 6/-9 | |
| Grinding wheel spindle motor | KW | 3.75/5.5 |
X-axis feed motor (servo) | KW | 2.2 | |
Z-axis feed motor (servo) | KW | 2.2 | |
Head frame spindle motor | KW | 0.75 | |
Cooling pump motor | KW | 0.75 | |
Lubricating oil motor | KW | 0.25*2 | |
Tail stock oil pump motor | KW | 0.75 | |
| Net machine weight | Kg | 3300 |
Gross machine weight | Kg | 3500 | |
Package size (length * width * height) | mm | 2800*2000*2000 |