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Small Type CNC Substantial Pace Gear Hobbing Machine
GHS-180CNC5 GHS-80CCN6 GHS-125CNC6 GHS-200CNC6 GHS-320CNC6
Equipment Summary:
Dependent on the basic principle of henerating approach, and with carrying out index and differential compensation motions by electronic equipment box(EGB), the device is developed to lower cylindrical spur & helical gears, crowning or somewhat tapered gears, worm wheels, splines, and so on. This machine is specifically suited for the industries this sort of as motorbike, mini-bus, automobile, and many others. to create gears in mass manufacturing.
Performance and Attribute:
GHS-80CNC6 GHS-125CNC6 GHS-200CNC6 GHS-320CNC6
1. The equipment is of 6 axes with 4 axes coordinated handle. CNC axes
A-axis–hob head swivel
B-axis–spindle ratation
C-axis–worktable rotation
X-axis–radial feed motion
Y-axis–tangential feed motion(hob shifting)
Z-axis–axial feed motion
Four coordinated management axes: B, C, X and Z(or B, C, Y and Z)
2. In circumstance of electrical power off or fault occurred, the column will speedily retract. The fault variety will instantly screen on the screen.
3. With vertical design, the column can go in radial route as feed motion.
four. With symmetric and double wall construction of device bed, circulating coolant can make certain secure thermal distribution of the machine.
five. The spindle is pushed by a huge electricity servo motor through 2 stage tremendous precision helical gearing, and a one particular tooth big difference clearance-getting rid of system at the terminal. The quick-change hob and automatic hob holder clamping products are outfitted with. Automobile. spindle overload checking & alarm device is available .
6. EPT effective pulling hob system is made to greatly increase rigidity of the spindle.
seven. Super precision helical gearing is adopted for the worktable to have out large speed and super precision inHangZhou. The machine is outfitted with clearance-removing and damp altering mechanism.
eight. Potent enter of circulating lubricant and compressed air ensure good slicing efficiency of the equipment, resource and fixture, and so on.
nine. Divided hydraulic and lubrication techniques.
10. Geared up with hob, fixture and plan rapid change above technique to carry out various kinds of the workpieces rapid-modify.
GHS-180CNC5
1. The equipment is of 5 axes with four axes coordinated control. Its CNC axes:
B-axis–hob spindle rotary motion
C-axis–worktable rotary movement
X-axis–radial feed movement
Y-axis–tangential feed motion(or hob shifting motion)
Z-axis–axial feed motion
2. 4 coordinated control axes: B,C,X and Z.
3. Carry out index and differential compensation motions by electronic gear box(EGB)
4. Minimize the workpiece by multi-start off & large velocity hob
5. Fault diagnostics functions
6. Fast retraction protection: in situation of energy off or failure occurred, synchronously and swiftly retract hob to avoid collision
7. With perform of monitoring spindle overload and alarm, The qucik- adjust hob and computerized hob holder clamping products are outfitted.
eight. Compact layout, modest floor spot, guy welcoming construction and effortless procedure
nine. With double-wall, rib-strengthened and symmetric design layout for bed and column, it can increase rigidity of the equipment and meet the needs of machine at high pace and successful reducing and guarantee stable thermal distribution. Undertake massive electricity AC spindle motor, electricity is transferred to cutter spindle by large precision helical gearing. Undertake a one particular-tooth distinction clearance-reducing system to increase transmission precision and rigidity
ten. Tremendous precision helical gearing for worktable to have out substantial velocity and super precision index
11. Powerful enter of lubricating oil and compressed air make certain very good slicing performance of the equipment, device and fixture, and many others
12. Parameter programming
thirteen. Complete machining precision is up to grade 7 of the Chinese common GB/T10095.1-2008.
Complex Parameters
Specifications | Units | GH-80CNC6 | GHS-125CNC6 | GHS-200CNC6 | GHS-320CNC6 | GHS-180CNC5 |
Max. workpiece dia. | mm | 80 | 125 | 200 | 320 | one hundred eighty |
Max. module | mm | three | four | six | eight | 4 |
Max. axial travel | mm | 350 | 350 | 350 | 350 | 285 |
No. of teeth | 4-800 | four-800 | 4-one thousand | four-a thousand | 4-1000 | |
Max. hob dimension(diameter*length) | mm | 90*200 | ninety*200 | 160*230 | one hundred sixty*230 | one hundred ten*160 |
Spindle taper bore | ISO30 | ISO30 | seven:24 | seven:24 | ISO40 | |
Worktable surface diameter | mm | one hundred twenty five | one hundred forty five | 200 | 305 | 190 |
Max. hob head swivel angle | deg | ±45 | ±45 | ±45 | ±45 | ±45 |
Center distance between hob and worktable |
mm | 10-a hundred and sixty | 10-one hundred sixty | thirty-three hundred | 30-300 | twenty five-195 |
Distance between hob axis and worktable surface |
mm | ninety-440 | ninety-440 | one hundred-450 | seventy five-425 | two hundred*485 |
Distance between workstay center end face and worktable surface |
mm | two hundred-500 | 200-500 | 360-810 | 335-785 | 350-740 |
Max. hob tangential travel | mm | a hundred and eighty | one hundred eighty | two hundred | 200 | one hundred twenty |
Max. spindle speed | rpm | 1500 | 1500 | 1200 | 800 | one thousand |
Max. worktable speed | rpm | two hundred | two hundred | two hundred | a hundred | 200 |
Radial rapid travel | mm/min | 3000 | 3000 | 3000 | 3000 | 1500 |
Tangential rapid travel | mm/min | 3000 | 3000 | 2000 | 2000 | 300 |
Axial rapid travel | mm/min | 5000 | 3000 | 3000 | 3000 | 1500 |
Linear coordinate resolution of CNC axes | mm | .001 | .001 | .001 | .001 | .001 |
Rotary coordinate resolution of CNC axes | deg | .001 | .001 | .001 | .001 | .001 |
Main motor power | kw | 9 | nine | nine | nine | seven.five |
Total power | Kva | 35 | 35 | 38 | forty | 25 |
Main machine weight | kg | 10500 | 11000 | 12300 | 12900 | 8600/9000 |
Notes: Because different specifications of different machines, some attachments are difference.
Standard Attachments:
SIEMENS 840 EPT CNC program
Hob arbor assembly
Washer for hob arbor
Fully-enclosed guards
Oil mi EPT collector
Oil chiller
Cylinder for clamping workpiece
Hand maintain device
RS232 interface
Device data storage disc
ten.4″ coloration exhibit
Dual-hand procedure program
Too EPT for installation
As well EPT adjustment
Chip conveyor
Manual air and oil guns
Vibration isolating pads
Car. hob arbor clamping device
Computerized lubricating program
Workstay
EPT technique
Cooling method
Lubricating system
electrical cabinet with air conditioner
Spare components for 1 year’s servicing
interlock protection switch
multi-color tower light for indicating equipment standing
Chip cart
Optional Attachments:
Car. loading & unloading technique
Car. workpiece storage method
Deburring unit
Impartial hob modifying system
Hob arbor
Workpiece fixture
Workpiece positioning mechanism
Workpiece auxiliary assistance
Oil pan
Divided workpiece counter
Auto. doorway
Device, fixture and plan fast-change more than techniques
Computer software for 4 axes coordinated control(B, C, X and Z axis)
Parameterized programming
Gentleman-machine conversation programming
Machining wormwheel with tangential technique
Operate of slicing cone root spline
Automobile. tooth alignment
Professional Factors:
Japan FANUC 31i or Germany SIEMENS840 EPT CNC program
Germany linear guideways
ZheJiang HIWIN ball screw
Germany spindle bearing and EPT important bearings
Germany and United states of america hydraulic parts
Germany sealing components
ZheJiang HABOR oil chillers for coolant and lubricant
The use of first tools manufacturer’s (OEM) component numbers or emblems , e.g. CASE® and John Deere® are for reference purposes only and for indicating product use and compatibility. Our company and the detailed replacement parts contained herein are not sponsored, accredited, or produced by the OEM.