Heavy duty ck61125x1500 distance between two centers flat bed cnc machines
Specifications:
Big Size CNC Lathe | ||||
Item | CK6163 | ck6180 | ck61100 | ck61125 |
Max. swing over bed (mm) | φ630 | Φ800 | Φ1100 | Φ1250 |
Max. swing dia. over cross slide(mm) | φ350 | Φ500 | Φ820 | Φ970 |
Max.processing length(mm) | 1000/1500/2000/2500 | 1000/1500/2000/2500 | 1500/2000/3000 | 1500/2000/3000 |
Form | Three gears No grade to change frequency | Four gears No grade to change frequency | Three gears No grade to change frequency | |
Number of spindle speed | No grade | No grade | ||
Range of spindle speed(r/min) | 25-850 rpm | 25-850 rpm | 6-500 rpm | |
The spindle terminal structure | C11 | C11 | C11 | |
Diameter of spindle bore (mm) | φ105 | φ105 | φ130 | |
The taper of spindle front-end | (Metric)120 1:20 | (Metric)120 1:20 | ||
Power of main motor (KW) | 11KW | 11KW | 15KW | |
Max.travel of tool post (mm) | X:530 Z:1200/1700/2300/3300 | X:530 Z:1700/2300/3300 | ||
Fast moving feed speed (mm/min) | X:4000 Z:5000 | X:4000 Z:5000 | X:4000 Z:5000 | |
Resetting accuracy(mm) | X:0.012 Z:0.016 | X:0.012 Z:0.016 | X:0.012 Z:0.016 | |
Processing accuracy(mm) | IT6-IT7 | IT6-IT7 | IT6-IT7 | |
Surface roughness | Ra1.6 | Ra1.6 | Ra1.6 | |
Sleeve diameter of tailstock (mm) | 100 | φ100 | ||
Sleeve travel of tailstock (mm) | 250 | 250 | ||
Cone hole taper of tailstock’s sleeve | MT6 | MT6 | ||
Tool post | Four-station vertical electric tool post | |||
Tool bar section | 30×30mm | |||
Length*width*height | 3200/3700/4200/5200×1820×1710 | 3200/3700/4200/ 5200×1820×1780 | 3700/4700/5200 ×1820×1810 | 3700/4700/5700 ×1920×1990 |
Net weight (Kg) | 3900/4300/4800/5200 | 4100/4500/5000/5400 | 6000/7500/8500 | 6500/8000/9000 |
Features:
Large flat bed CNC lathes have the following characteristics:
Good machinability: The flat bed design makes it easier to machine the bed rails, ensuring the accuracy and stability of the machine.
Suitable for precision machining: The horizontal bed with a horizontal tool carrier improves the accuracy of tool movement, making it suitable for precision small or large CNC lathes.
Compact structure: While the horizontal bed's lower space can make chip removal challenging, the flat bed with a slanted slide layout and inclined rail guards optimizes the machine's width and chip evacuation.
Small floor space: The flat bed or slanted bed layout typically occupies less floor space, with a sleek design that allows for easy enclosure and observation.
Automation convenience: The layout facilitates the installation of robotic arms for single-machine automation, suitable for operations in compact spaces.
Stiffness advantage: Although not as strong in cross-sectional area and resistance to bending and torsional forces as a slanted bed, stiffness can be achieved through optimized design, such as using high-strength gray cast iron and adjustable preload roller guideways.
Customization potential: Large flat bed CNC lathes can be customized to meet specific user requirements, adapting to different machining needs.
Chip management and coolant flow: Although chip removal is not as efficient as with a slanted bed, optimized designs like enclosed beds and front panels improve chip management and coolant flow, reducing the impact on machine thermal deformation.
Accuracy and dynamic performance: By using high-precision ball screws and suitable drive systems, like rack and pinion drive, good dynamic performance and machining accuracy are ensured.
Maintenance and efficiency: The design of these machines is easy to maintain, with rational structural designs and lubrication methods, such as grease lubrication, which reduce energy consumption and environmental pollution.
Economy: The relatively simple flat bed structure makes it easier to produce, contributing to its market share.
Large flat bed CNC lathes, while ensuring accuracy and stiffness, also offer economy and production efficiency, making them a common choice in many industrial applications.
Standard configuration:
CNC gsk control system
4 station tool holder
1500mm distance between two centers
Optional configuration:
CNC control system: Siemens/Fanuc/Syntec
Tool holder: 4/6/8 station electrical tool holder
Distance between two centers: 2000/3000mm
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