With a slant of 15°, 30°, 45°, or 60°, our slant bed CNC lathe can significantly improve the efficiency of the removal of chips and debris, which is crucial to maintaining the moving parts, such as guide rails, during long-term machining. High-performance chip evacuation gives you a slant bed CNC lathe with a longer service life.
The hardened and ground ball screws are used for the guide rails of our slant bed CNC lathes’ X/Z axes to achieve a faster change and movement of tools and workpieces, improving the machining accuracy with reduced friction and vibration. Besides, the ball screws can also enhance the load capacity of your slant bed CNC lathe, allowing it to perform heavy-duty tasks.
With higher torque and maximum swing diameter, our slant bed CNC lathe can handle various complex parts made of high-strength materials, such as straight cylinders, inclined cylinders, arcs, cones, steps, threads, slot tapping, etc. Whether you are machining heavy parts or small to medium-sized components, we can provide you with the ideal solution.
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Stable Structure
All main parts of our slant bed CNC lathe are made of HT300 cast iron, which provides extremely high rigidity and shock absorption ability.
Versatility
Whether it is titanium alloy, stainless steel, cast iron, cast steel, or any other super alloy, our slant bed CNC lathe can process it with high precision.
Plug and Play
The CNC system of our slant bed CNC lathe has a user-friendly interactive interface, providing you with intuitive control. It is compatible with your existing CAD/CAM software, and can be put into production quickly.
After-Sales Service
We provide you with a worry-free after-sales service, including online installation guidance, program guidance, and a 2-year quality warranty service for your slant bed CNC lathe.
You can choose the detailed configurations of your slant bed CNC lathe, including the turrets(servo turret or power turret or hydraulic turret and tool holders, single turret or double turret, 8 tool stations or 12 tool stations), chucks(two/four-jaw chuck, three-jaw chuck, or collect chuck), spindles(single spindle or dual spindles), etc. We can also provide you with chip carts and conveyors to help collect and clean the slant bed CNC lathe. There are also various configurations for the cooling system, including the high-pressure coolant system and air cooler for the electric cabinet, and more.
Faster response and positioning also mean higher accuracy. We utilize the direct-drive electric spindle to cut the requirements for gears and belts, reducing the energy loss and potential failure points of the slant bed CNC lathe during the processing of parts. The direct coupling ensures efficient torque transmission from the motor to the spindle, maximizing power conversion.
Additionally, the direct drive spindle of a slant bed CNC lathe can effectively reduce the vibration caused by machining and will not produce obvious errors during long-term machining, ensuring a longer service life and the surface finish and consistent appearance of your workpieces.
Slant bed CNC lathe vs flat bed, what are the advantages?
Compared to a CNC lathe with a flat bed, the key advantage of a slant bed CNC lathe lies in the removal performance of chips and debris. Equipped with an automatic chip conveyor, an automatic feeder, or a manipulator, a slant bed CNC lathe can greatly reduce the maintenance labor cost.
Secondly, for a CNC lathe with a flat bed, there is a small gap between the screw and the nut, which cannot be eliminated without external force. A slant bed CNC lathe, however, under the direct action of gravity, narrows the clearance of the X-axis ball screw, improving the accuracy of slant bed CNC lathe repeat positioning, making the final processing result more accurate.
Additionally, a slant bed CNC lathe features better stability due to its bed angle. The slant bed allows CNC lathes to have longer linear guideways and more stable toolholder base and saddle designs.
How to select a slant bed CNC lathe?
It is necessary to ensure that the models of the slant bed CNC lathe match the specifications of the workpiece, including the spindle speed, bed angle, bed rigidity, machining accuracy, etc. The workpiece size, material strength, complexity, and other parameters are also important factors to consider.
What are the common applications of a slant bed CNC lathe?
Our slant bed CNC lathe can handle precision turning, milling, threading, boring, drilling, slot tapping, and more processes. Especially suitable for machining small to medium high-precision components and parts, such as shafts, gears, molds and tools, and more, for the automotive industry, aerospace industry, and medical industry.
What are the differences between the different bed angles of slant bed CNC lathes?
The choice of bed angles of a slant bed CNC lathe is determined by the type of your workpiece.
Generally speaking, a larger bed angle will generate greater cutting force and heat during the machining process and a more efficient removal of chips. Therefore, for small precision machining parts, choosing a smaller bed angle can obtain a more accurate machining effect, while a larger bed angle is more suitable for the machining of larger parts and performing heavy-duty tasks.
Is a slant bed CNC lathe suitable for large production?
Yes, using our slant bed CNC lathes can significantly reduce the time you spend cleaning up chips, thereby increasing your production efficiency. At the same time, our slant bed CNC lathe has super high precision and repeatability, which can keep your products with consistent precision in mass production. In addition, our slant bed CNC lathes have higher rigidity and can maintain stability in large-scale processing.
