Precision And Efficient CNC Deep Hole Drilling Machine
1. Precise and Efficient: Specialized equipment for drilling and boring deep holes in cylindrical workpieces, ensuring precision and efficiency in deep hole machining.
2. Unique Oil Supply System: The oil supplied from the oil pressure head efficiently carries away metal chips from the cutting area, ensuring smooth operation.
3. Internal Metal Chips Removing Method: Utilizes the BTA method for drilling operations, effectively removing chips through the inner hole of the drilling tube, resulting in cleaner cutting areas.
4. State-of-the-Art PLC Control: Equipped with a programmable logic controller for exceptional accuracy and control during drilling processes.
5. Durable Construction: Made with high-quality materials, ensuring durability and reliability.
The CNC Deep Hole Drilling Machine is a highly specialized and technologically advanced equipment designed specifically for drilling and boring deep holes in cylindrical workpieces. This machine exemplifies precision and efficiency in deep hole machining.
One of the key features that sets this machine apart is its unique oil supply system. During the boring process, the oil supplied from the oil pressure head efficiently carries away metal chips from the cutting area to the lantern and chip conveyor located at the front of the headstock. This ensures a clean and unobstructed cutting area for optimal drilling performance. For drilling operations, the machine employs the Internal Metal Chips Removing Method (BTA method), where the oil supplied from the oil pressure head effectively removes the chips from the cutting area through the inner hole of the drilling tube. The chips are directed to the chips receiver at the back of the machine, providing a seamless and uninterrupted drilling process.
Controlled by a state-of-the-art PLC (Programmable Logic Controller), this CNC Deep Hole Drilling Machine offers exceptional accuracy and control. The PLC allows for precise control of drilling parameters such as speed, depth, and feed rate, ensuring consistent and accurate results every time. Additionally, the machine is equipped with a touch screen interface, allowing for easy and intuitive operation.
Whether you require deep holes for the automotive, aerospace, or oil and gas industries, the CNC Deep Hole Drilling Machine is the ideal choice for precision drilling. Its advanced features and reliable performance make it a valuable asset in any manufacturing facility. Invest in this CNC Deep Hole Drilling Machine to streamline your deep hole drilling processes and attain superior results.
Specification
SPECIFICATION | T2250/2263 | T2150/2163 | T2150/2163(With drill pipe box) | |
Capacity | Diameter of boring | Φ160-Φ500mm/Φ230-Φ630mm | Φ160-Φ500mm/Φ230-Φ630mm | Φ160-Φ500mm/Φ230-Φ630mm |
Depth of boring | 1000-18000mm | 1000-18000mm | 1000-18000mm | |
Clamping diameter | Φ300-Φ650mm/Φ320-Φ780mm | Φ300-Φ650mm/Φ320-Φ780mm | Φ300-Φ650mm/Φ320-Φ780mm | |
Spindle | Headstock spindle aperture | Φ130mm | Φ130mm | Φ130mm |
Taper of spindle | 140# metric system | 140# metric system | 140# metric system | |
Rang of spindle speed | 3.15-315r/min 21types | 3.15-315r/min 21types | 3.15-315r/min 21types | |
Spindle speed range of drill pipe | 82-490r/min 6types | |||
Feed | Velocity range (stepless) | 5-1000mm/min | 5-1000mm/min | 5-1000mm/min |
Drag board fast moving speed | 2m/min | 2m/min | 2m/min | |
Motor | Main motor power | N=30kW n=960r/min | N=30kW n=960r/min | N=30kW n=960r/min |
Motor power of drill pipe | N=30kW n=960r/min | |||
Feed motor power | 5.5kW | 5.5kW | 5.5kW | |
Hydraulic pump motor power | N=1.5kW n=1440r/min | N=1.5kW n=1440r/min | N=1.5kW n=1440r/min | |
Coolant pump motor | 11kW(1set) | 5.5kW(3sets) | 5.5kW(3sets) | |
Other | Rated working pressure of cooling system | 0.3Mpa | 0.6Mpa | 0.6Mpa |
Cooling system flow | 50m³/h | 300 600 900L/min | 300 600 900L/min | |
Total Power | 60kW | 80kW | 110kW | |
System | SIEMENS,Delta, KND CNC, GSK CNC |
*Sample reference data, customization available
EXCELLENT QUALITY
PACKAGING AND DELIVERY SCENARIOS
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