Advantages of Slant Bed Linear CNC Lathe
In today's highly competitive manufacturing industry, efficiency and precision are particularly important. Slant bed linear CNC lathes have become a game changer in the current manufacturing industry. They can help companies process precision and exquisite machine parts to meet current production needs. Slant bed linear CNC lathes Linear rail CNC lathes adopt a linear guide system design, which can significantly reduce friction resistance and temperature rise deformation, ensure the stability of cutting processing accuracy, ensure smooth operation, and greatly improve processing accuracy, which is suitable for industries with extremely high precision requirements. Crucial.
The inclined bed design further distinguishes it from ordinary lathes. The inclined guide rails can efficiently concentrate the iron chips on the chip conveyor, thereby realizing automatic chip removal, improving operating efficiency and downtime, and reducing the heat deformation of the guide rails caused by iron chip accumulation, ensuring the stability of processing accuracy.
Inclined bed linear rail CNC lathes can process and produce quickly, reduce manual intervention and adjustment during the processing, and thus achieve high production efficiency and benefits, especially in the process of processing and producing parts that require precision measurement. In addition, the turret system brings versatility and flexibility. Inclined bed linear rail CNC lathes have a wide range of process performance and can be applied to the efficient processing of a variety of materials, including titanium alloys, stainless steel, cast iron and high-temperature alloys. At the same time, they can meet the needs of complex workpieces such as inner circles, outer circles, steps, cones, spheres, grooves, threads, etc., and have various compensation functions such as linear interpolation and circular interpolation, which have played an ultimate effect in batch production of complex processing parts.
The design of the inclined bed can effectively utilize space and reduce the floor space. Traditional horizontal lathes take up a large space, but the design of the inclined bed can avoid this occupation and arrange more equipment in the space, thereby improving space utilization.
