Product Description

Crane type five axis machine
High precision high speed high efficiency environmental protection & safety
Provide professional technical product overall solution
GOING series
1 machine 4 steps
Milling/turningTool/workpiece setting Milling/turning -certified final.
Rotary table (optional
High speed high torque turntable
Maximum load 5,**0kg
Turntable size 1,**0/1,**0/中1,**0/Φ2,**0mm
Built-in D.D.motor drive
Optical ruler rotation positioning
Minimum division 0.**1°
Positioning accuracy *0",
repeated positioning accuracy 6"
Horizontal milling/
lathe intelligent control mode
Automatic accuracy compensation.
Through the contact detector and the standard ball fixture to measure the "geometric error", and according to the measurement results compensation control, reduce the manual correction of the measurement hours and errors, adjust the motion accuracy of the machine at any time and improve the machining accuracy.
Dynamic collision monitoring
Automatic program protection.
Reduce losses and improve processing efficiency.
It can be executed in both manual and automatic mode.
Automatic temperature compensation
ATC ambient temperature thermal correction
In the processing state of non-fixed ambient temperature, coupled with the change of thermal displacement of the machine structure, will affect the precision performance of the processed product.Based on the thermal displacement phenomenon of the machine structure, the ATC ambient temperature correction system deduces the thermal displacement value of the machine structure caused by the change of ambient temperature ,through the temperature and feed position information returned by the sensor, and accurately controls it.
STC spindle temperature thermal correction
When the main shaft is moving at high speed, the heat displacement of the main shaft has been caused bycutting heat, which affects the precision of the processed product.
STC spindle temperature calibration, mainly for the spindle temperature changes, through the sensor to retur the spindle temperature and position information and control it.
Screw cooling system
X/Y axis ball screw.
Hollow cooling design.
To inhibit the temperature rise and thermal deformation of the screw.
Ensure smooth three-axis feed and positioning accuracy.
Straight-knot drive with roller rail design
Double roller line rail support for optimal dynamic stability
Fully closed optical ruler, providing the best positioning accuracy P0.*1mm
XY shaft screw cooling device ensures optimal feed accuracy
Fast feed rate *2m/min
Cutting feed rate*0m/min
The X-axis special screw support device allows for the best precision performance in every position.
Design floor type worktable for medium, large and super large workpiece processing requirements
Herringbone column design provides optimal stability and earthquake resistance.
 z-axis
Double servo motor, double ball screw drive
No counterweight design, improve response speed
Fully closed optical ruler for optimal positioning accuracy
Equipped with four roller line rails to provide optimum rigidity and accuracy
Fast feed rate *0m/min
Cutting feed rate*0m/min
High torque titanium alloy special
High torque spindle improves machining efficiency
Built-in spindle with straight B/C shaft
Long nose spindle design to reduce interference area
B/C axis rotation positioning accuracy ± 5"
The B/C shaft is designed with a double fork for optimum rigidity
B/C axis hydraulic brake positioning, conducive to the positioning
Angle processing
Special for high torque milling machines
The special B/C shaft of high torque milling machine is a built-in torque motor
High acceleration rotation
*5° ilt rotation axis:
B axis The shortest distance between the nose end of the spindle and the bearing seat to ensure optimum rigidity
Minimum interference between rotating head and workpiece
Built-in motor temperature rise protection B-axis high resolution feedback system.
High speed and high precision machining
High speed and high precision machining High speed spindle can improve machining efficiency
Built-in spindle with straightB/C shaft
Long nose spindle design to reduce interference area
B/C axis rotation positioning accuracy ±5"
B/C axis hydraulic brake positioning you, conducive to the positioning Angle processing
Single fork design reduces interference area .Double fork design for optimum rigidity.
Industrial processing application:
Wing machining,Material: AI***1
Landing gear machining,Material: Titanium alloy
Headlight grinding tools,Material: P*0 die steel
Casing machining,Material: S*5C
High speed cutting of aerospace,Material: Al***1
Headlight grinding tools,Material: ***1 die steel
Automotive -engine cylinder processing,Material: Cast aluminum
Aerospace titanium alloy component cutting,Material: Titanium alloy
Car bumper mold,Material :FC**0