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The Flat Bed CNC Lathe we offer is a state of the art machining solution that stands out in the market. It represents the perfect blend of traditional lathe design and modern CNC technology. The flat bed configuration not only provides a stable base for machining but also allows for easy access to the work area, facilitating quick setup and maintenance. This lathe is designed to be highly adaptable, capable of handling different workpiece sizes and materials, making it an essential asset for any manufacturing facility.
1. Advanced CNC System: Our Flat Bed CNC Lathe is equipped with a leading edge CNC control system. This system offers intuitive programming, with a large screen display that shows real time machining information, such as tool paths, spindle speed, and feed rate. It also supports various programming languages, including G code and M code, making it accessible to machinists with different levels of experience.
2. High Speed Machining: With a high speed spindle and fast moving axes, this lathe can achieve rapid machining speeds. This high speed operation, combined with optimized cutting parameters, significantly shortens the overall machining cycle time.
3. Coolant and Chip Management System: To ensure efficient machining and prolong the tool life, the lathe is integrated with an advanced coolant and chip management system. The coolant system delivers a high pressure stream of coolant to the cutting area, effectively cooling the tool and workpiece, and flushing away chips. The chip management system, including a chip conveyor, efficiently removes chips from the work area, preventing chip buildup that could affect machining accuracy.
4. Tailstock with High Rigidity: The lathe is equipped with a tailstock that provides additional support for long and slender workpieces. The tailstock features high rigidity and can be adjusted precisely along the Z axis. It also has a quill that can be extended or retracted to hold the workpiece firmly, ensuring stable machining and preventing vibration during the cutting process.
5. Safety Features: Safety is a top priority in the design of our Flat Bed CNC Lathe. It is equipped with multiple safety features, such as emergency stop buttons, door interlocks, and protective covers. The emergency stop buttons are strategically placed on the control panel and the machine body, allowing operators to quickly halt the machine in case of an emergency. The door interlocks ensure that the machine cannot start when the protective doors are open, protecting the operator from potential hazards.
1. Electronics Industry: In the electronics industry, our Flat Bed CNC Lathe is used to machine components for electronic devices. This includes manufacturing parts for computer hard drives, such as spindle motors and actuator arms, which require extremely high precision. The lathe can also be used to produce components for smartphones, tablets, and other portable electronics, such as aluminum casings and connectors.
2. Jewelry Manufacturing: For the jewelry manufacturing industry, the lathe's high precision capabilities are highly valued. It can be used to create intricate jewelry pieces, such as rings, bracelets, and pendants, from precious metals like gold, silver, and platinum. The ability to machine fine details and complex shapes makes it possible to produce unique and high quality jewelry designs.
3. Optical Instrument Manufacturing: In the production of optical instruments, such as cameras, telescopes, and microscopes, the Flat Bed CNC Lathe is used to machine components with extremely tight tolerances. This includes manufacturing lens barrels, focusing mechanisms, and other optical components. The lathe's precision and stability ensure that these components are machined to the exact specifications required for optimal optical performance.
4. Musical Instrument Manufacturing: Our lathe is also used in the musical instrument manufacturing industry. It can be used to machine parts for instruments such as guitars, violins, and wind instruments. For example, it can be used to create precision machined guitar tuning pegs, violin bridges, and brass instrument valves, contributing to the high quality sound and performance of these musical instruments.
5. Custom Machining Shops: Custom machining shops often rely on our Flat Bed CNC Lathe to meet the diverse needs of their customers. Whether it's machining one off prototypes or small batch production of custom parts, the lathe's versatility and precision make it an ideal choice. Machinists in these shops can use the lathe to work with a wide range of materials and create unique parts according to the specific requirements of each customer.
Technical Parameters
Project | Unit | CK61125H | CK61140H | CK61160H | CK61180H | CK611200H | |
Capacity | Maximum rotation diameter on the bed | mm | φ1300 | φ1500 | φ1700 | φ1900 | φ2100 |
Maximum workpiece rotation diameter on the horizontal slide | mm | φ850 | φ1050 | φ1250 | φ1450 | φ1650 | |
Maximum workpiece length | mm | 3000-20000 | |||||
Bed rail span | mm | 1100 | |||||
Guide rail load-bearing range | T | 15 | |||||
Spindle | Spindle diameter | mm | φ130 | ||||
Spindle bore taper | Metric140 | ||||||
Spindle head type | 1:30 Extended spindle head | ||||||
Spindle speed level | 4-speed frequency conversion/optional 4-speed hydraulic | ||||||
Spindle speed range | r/min | 2-37rpm、23-70rpm 37-110rpm、70-200rpm | |||||
Spindle front bearing | mm | 240 | |||||
Specifications of four-jaw single-action chuck | mm | φ1250 | φ1250 | φ1250 | φ1600 | φ1600 | |
Turret | Turret type | Four-station electric tool holder | |||||
Turret specifications | mm | 50×50 | |||||
Feed | X feed axis maximum travel | mm | 650 | 750 | 750 | 850 | 850 |
Z feed axis maximum travel | mm | 2850-19850 | |||||
X-axis fast moving speed | mm/min | 4000 | |||||
Z feed axis rapid moving speed | mm/min | 6000 | |||||
Tailstock | Tailstock sleeve diameter | mm | φ260 | ||||
Tailstock sleeve front end taper hole | Metric80 | ||||||
Tailstock sleeve moving distance | mm | 300 | |||||
Motor | Spindle motor | KW | 37KW | ||||
Dimension | Width W × Height H | mm | 2000×1950 | 2250×2050 | 2250×2150 | 2300×2250 | 2300×2250 |
Length L | mm | 7700-24700 | |||||
Weight | Total weight of machine tool(3m specification) | kg | 19070 | 19760 | 20400 | 20820 | 21490 |
For every additional meter, the weight will increase by 1050Kg | |||||||
Performance characteristics
One-piece bed adopts high strength iron to ensure rigidity and precision.
Ultrasonic frequency quenched guide-ways ensure good wear-resistance.
Carriage and guide-way contact surface use Turcite B to maintain accuracy.
Standard Configuration
Siemens controller, NC turret, automatic lubrication, coolant pump.
Optional Configuration
Fanuc or other brand CNC controller, hydraulic or power turret, hydraulic tailstock.
Product Detail Photos
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Product Video
The Flat Bed CNC Lathe we offer is a state of the art machining solution that stands out in the market. It represents the perfect blend of traditional lathe design and modern CNC technology. The flat bed configuration not only provides a stable base for machining but also allows for easy access to the work area, facilitating quick setup and maintenance. This lathe is designed to be highly adaptable, capable of handling different workpiece sizes and materials, making it an essential asset for any manufacturing facility.
1. Advanced CNC System: Our Flat Bed CNC Lathe is equipped with a leading edge CNC control system. This system offers intuitive programming, with a large screen display that shows real time machining information, such as tool paths, spindle speed, and feed rate. It also supports various programming languages, including G code and M code, making it accessible to machinists with different levels of experience.
2. High Speed Machining: With a high speed spindle and fast moving axes, this lathe can achieve rapid machining speeds. This high speed operation, combined with optimized cutting parameters, significantly shortens the overall machining cycle time.
3. Coolant and Chip Management System: To ensure efficient machining and prolong the tool life, the lathe is integrated with an advanced coolant and chip management system. The coolant system delivers a high pressure stream of coolant to the cutting area, effectively cooling the tool and workpiece, and flushing away chips. The chip management system, including a chip conveyor, efficiently removes chips from the work area, preventing chip buildup that could affect machining accuracy.
4. Tailstock with High Rigidity: The lathe is equipped with a tailstock that provides additional support for long and slender workpieces. The tailstock features high rigidity and can be adjusted precisely along the Z axis. It also has a quill that can be extended or retracted to hold the workpiece firmly, ensuring stable machining and preventing vibration during the cutting process.
5. Safety Features: Safety is a top priority in the design of our Flat Bed CNC Lathe. It is equipped with multiple safety features, such as emergency stop buttons, door interlocks, and protective covers. The emergency stop buttons are strategically placed on the control panel and the machine body, allowing operators to quickly halt the machine in case of an emergency. The door interlocks ensure that the machine cannot start when the protective doors are open, protecting the operator from potential hazards.
1. Electronics Industry: In the electronics industry, our Flat Bed CNC Lathe is used to machine components for electronic devices. This includes manufacturing parts for computer hard drives, such as spindle motors and actuator arms, which require extremely high precision. The lathe can also be used to produce components for smartphones, tablets, and other portable electronics, such as aluminum casings and connectors.
2. Jewelry Manufacturing: For the jewelry manufacturing industry, the lathe's high precision capabilities are highly valued. It can be used to create intricate jewelry pieces, such as rings, bracelets, and pendants, from precious metals like gold, silver, and platinum. The ability to machine fine details and complex shapes makes it possible to produce unique and high quality jewelry designs.
3. Optical Instrument Manufacturing: In the production of optical instruments, such as cameras, telescopes, and microscopes, the Flat Bed CNC Lathe is used to machine components with extremely tight tolerances. This includes manufacturing lens barrels, focusing mechanisms, and other optical components. The lathe's precision and stability ensure that these components are machined to the exact specifications required for optimal optical performance.
4. Musical Instrument Manufacturing: Our lathe is also used in the musical instrument manufacturing industry. It can be used to machine parts for instruments such as guitars, violins, and wind instruments. For example, it can be used to create precision machined guitar tuning pegs, violin bridges, and brass instrument valves, contributing to the high quality sound and performance of these musical instruments.
5. Custom Machining Shops: Custom machining shops often rely on our Flat Bed CNC Lathe to meet the diverse needs of their customers. Whether it's machining one off prototypes or small batch production of custom parts, the lathe's versatility and precision make it an ideal choice. Machinists in these shops can use the lathe to work with a wide range of materials and create unique parts according to the specific requirements of each customer.
Technical Parameters
Project | Unit | CK61125H | CK61140H | CK61160H | CK61180H | CK611200H | |
Capacity | Maximum rotation diameter on the bed | mm | φ1300 | φ1500 | φ1700 | φ1900 | φ2100 |
Maximum workpiece rotation diameter on the horizontal slide | mm | φ850 | φ1050 | φ1250 | φ1450 | φ1650 | |
Maximum workpiece length | mm | 3000-20000 | |||||
Bed rail span | mm | 1100 | |||||
Guide rail load-bearing range | T | 15 | |||||
Spindle | Spindle diameter | mm | φ130 | ||||
Spindle bore taper | Metric140 | ||||||
Spindle head type | 1:30 Extended spindle head | ||||||
Spindle speed level | 4-speed frequency conversion/optional 4-speed hydraulic | ||||||
Spindle speed range | r/min | 2-37rpm、23-70rpm 37-110rpm、70-200rpm | |||||
Spindle front bearing | mm | 240 | |||||
Specifications of four-jaw single-action chuck | mm | φ1250 | φ1250 | φ1250 | φ1600 | φ1600 | |
Turret | Turret type | Four-station electric tool holder | |||||
Turret specifications | mm | 50×50 | |||||
Feed | X feed axis maximum travel | mm | 650 | 750 | 750 | 850 | 850 |
Z feed axis maximum travel | mm | 2850-19850 | |||||
X-axis fast moving speed | mm/min | 4000 | |||||
Z feed axis rapid moving speed | mm/min | 6000 | |||||
Tailstock | Tailstock sleeve diameter | mm | φ260 | ||||
Tailstock sleeve front end taper hole | Metric80 | ||||||
Tailstock sleeve moving distance | mm | 300 | |||||
Motor | Spindle motor | KW | 37KW | ||||
Dimension | Width W × Height H | mm | 2000×1950 | 2250×2050 | 2250×2150 | 2300×2250 | 2300×2250 |
Length L | mm | 7700-24700 | |||||
Weight | Total weight of machine tool(3m specification) | kg | 19070 | 19760 | 20400 | 20820 | 21490 |
For every additional meter, the weight will increase by 1050Kg | |||||||
Performance characteristics
One-piece bed adopts high strength iron to ensure rigidity and precision.
Ultrasonic frequency quenched guide-ways ensure good wear-resistance.
Carriage and guide-way contact surface use Turcite B to maintain accuracy.
Standard Configuration
Siemens controller, NC turret, automatic lubrication, coolant pump.
Optional Configuration
Fanuc or other brand CNC controller, hydraulic or power turret, hydraulic tailstock.
Product Detail Photos
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Product Video
