What Are The Advantages Of Small Turning And Milling Machine Tools?

● Reduced Setups: In traditional CNC lathe machining, turning and milling typically require separate operations on different machines, requiring multiple clamping and positioning of the workpiece. This can easily lead to product errors and consumes significant time. Upgraded small milling-turn machines can perform multiple processes-including turning, milling, drilling, and boring-in a single setup, significantly reducing the number of workpiece setups and auxiliary time, significantly improving machining efficiency. When machining a complex shaft part using a small milling-turn machine, traditional machining may require multiple setups and machine changes. However, a milling-turn machine can complete all machining steps in a single setup, reducing machining time several times.

● Reduced Production Cycle Time: By reducing the turnaround and waiting time between processes and eliminating the repeated positioning and adjustment work associated with multiple setups, small milling-turn machines can significantly shorten production cycles.

● Reduced Positioning Errors: Conventional CNC lathes, when machining complex parts, experience multiple clampings, which can lead to workpiece positioning errors and affect final machining accuracy. Small turning-milling machines utilize a single clamping method, completing all steps in a single setup. This effectively reduces positioning errors and ensures both positional and dimensional accuracy during workpiece cutting.

● Improved Motion Precision: Small turning-milling machines typically utilize high-precision transmission and control systems, enabling high-precision motion control of all coordinate axes. Furthermore, the rational layout and coordinated operation of the turning and milling heads in small turning-milling machines further enhances motion accuracy during machining, thereby ensuring part quality.

● Integrated Design: Small turning-milling machines integrate multiple machining functions, such as turning and milling, into a single machine. Traditional CNC machines require multiple individual machines, saving space. This is crucial for workshops with limited space, effectively improving space utilization and reducing site costs.

● Easy to Layout and Manage: Small turning-milling machines have a small footprint, making their layout in the workshop more flexible and convenient. They can be arranged according to production processes and process requirements, optimizing the production layout.

● Reduced Equipment Investment: Using a small milling and turning machine is equivalent to owning multiple lathes, including both a lathe and a milling machine. Compared to purchasing multiple single-function machines, milling and turning CNC vertical lathes can significantly reduce equipment investment costs.

● Reduced Labor Costs: The high degree of automation and processing efficiency of small milling and turning machines effectively reduce the number of CNC operators. A single CNC operator can simultaneously manage multiple milling and turning machines, reducing labor costs. The turning-milling compound CNC lathe has high processing precision and stable quality, reduces the scrap rate and rework rate, and can effectively save the cost of raw materials.

●Small-Batch Production of Multiple Varieties: The flexible processing capabilities and rapid switching between turning and milling modes of small turning and milling machines enable the simultaneous production of parts of varying shapes, meeting the needs of large-scale production of a wider variety of parts.

●Complicated Part Processing: Combined turning and milling CNC vertical lathes enable the simultaneous production of complex parts, particularly those with unique profiles, curves, and hole systems, such as aircraft engine blades and mold cores.