MV1063 Double Spindle CNC Milling Machine Vertical Horizontal Machining Center 

Description:

 It combines the capabilities of a CNC lathe (turning) and a CNC machining center (milling, drilling, boring) into one unified platform. Often equipped with a powerful main spindle, a secondary/sub-spindle, live rotary tools, a Y-axis, and a B-axis, it can manipulate a workpiece to present virtually any surface to the cutting tool. This enables complete machining of highly complex parts—from raw material to finished component—without requiring transfer between multiple machines.

Application:

Complex, High-Value Components: Ideal for intricate parts requiring concentric turning operations combined off-center milling, drilling, and threading (e.g., aerospace fittings, medical implants, fluid power valve bodies, complex shafts).

1. One-Part, One-Setup Manufacturing: Critical for mission-critical parts where datum consistency is paramount, such as turbine blades, impellers, hydraulic manifolds, and advanced prosthetics.

2. Prototyping & Small Batch Production: Drastically reduces lead time and fixturing costs by consolidating all operations on one machine.

3. Bar Work: Efficiently produces finished parts from bar stock, cutting off a completed part from the sub-spindle while beginning the next part on the main spindle.

4. Mold Industry: Machining complex cores, cavities, and electrodes with contoured surfaces and detailed features.

Advantages:

1. Ultimate Reduction in Setups: The most significant benefit. Completing a part in one clamping eliminates cumulative errors from multiple setups, ensures superior geometrical accuracy and concentricity, and drastically reduces handling time.

2. Dramatically Shorter Lead Times: By eliminating queues between different machines (e.g., a lathe and a milling center), total production time from blank to finished part is minimized.

3. Reduced Floor Space & Lower WIP: One machine replaces two or more stand-alone machines, saving valuable floor space. Work-in-Progress (WIP) inventory is significantly reduced as parts are not waiting between operations.