CNC Automatic Lathes

Всього результатів: 7

Всього результатів: 7
Токарний автомат Ventura V2 FlexCam

Токарний автомат Ventura V2 FlexCam

Виробник: Ventura (Швейцарія)

Токарний автомат Ventura V2 PM SoftCam CNC

Токарний автомат Ventura V2 PM SoftCam CNC

Виробник: Ventura (Швейцарія)

Токарний автомат Ventura V2 SoftCam CNC

Токарний автомат Ventura V2 SoftCam CNC

Виробник: Ventura (Швейцарія)

Токарний автомат Ventura V4-V5 FlexCam

Токарний автомат Ventura V4-V5 FlexCam

Виробник: Ventura (Швейцарія)

Токарний автомат Ventura V4-V5 SoftCam CNC

Токарний автомат Ventura V4-V5 SoftCam CNC

Виробник: Ventura (Швейцарія)

Токарний автомат Ventura V6S FlexCam

Токарний автомат Ventura V6S FlexCam

Виробник: Ventura (Швейцарія)

Токарний автомат Ventura V6SR1A FlexCam

Токарний автомат Ventura V6SR1A FlexCam

Виробник: Ventura (Швейцарія)

CNC Automatic Lathes

CNC Swiss-Type Lathes

Industrial CNC Swiss-type lathes in Ukraine: high-performance machines for serial production from MACHENTECH

In modern precision manufacturing, producing small high-accuracy parts in large batches requires maximum automation and the elimination of human error. CNC automatic lathes, including Swiss-type sliding headstock machines, are the main technological standard for continuous high-speed machining of bar stock parts. They integrate into automated lines, ensuring stable micron-level accuracy and high production profitability.

MACHENTECH, as an official representative and importer of leading global equipment manufacturers in Ukraine since 2012, supplies high-tech CNC automatic lathes. We provide comprehensive engineering support: from analyzing customer drawings to commissioning, personnel training, and 24/7 service support.

Features and Advantages

The key difference between Swiss-type sliding headstock automatic lathes and conventional turning machines is the use of a moving spindle headstock and a guide bushing. The bar stock is fed through the bushing directly into the cutting zone, fully eliminating radial runout and material deflection. This makes it possible to machine long, thin parts with an exceptional length-to-diameter ratio above 20:1 while maintaining micron-level accuracy.

Key engineering features of the equipment:

  • Multi-task machining: The presence of a sub-spindle and live tooling allows turning, milling, drilling, and threading operations to be performed in one technological cycle without reclamping the part.
  • Automatic material feeding: Machines are equipped with automatic bar feeders that provide continuous bar stock feeding into the machining zone, allowing autonomous operation in lights-out manufacturing mode.
  • High dynamics and speed: Powerful spindles with speeds up to 10,000–12,000 rpm and high rapid traverse rates minimize auxiliary time and part cycle time.
  • Intelligent CNC systems: Process control is performed using advanced systems with conversational programming and active tool monitoring functions, significantly simplifying machine changeover.

Application Areas

CNC automatic lathes are the foundation of high-precision serial production in industries where micron-level accuracy of every part is critical:

  • Medical industry: Production of dental and orthopedic implants, surgical instruments of complex shapes from titanium and stainless steel.
  • Automotive industry: Production of injectors, fittings, shafts, fastening and transmission components.
  • Instrumentation and electronics: Serial production of connectors, contact groups, precision screws, and pins.
  • Aerospace sector and Ukraine's defense industry: Machining of critical aircraft fittings, dampers, mounts, and drive components from difficult-to-machine alloys.

CNC Turning Machine Selection Criteria

For serial production, a CNC turning machine should be selected based on parameters that directly affect workpiece capacity, machining complexity, productivity, and automation level.

Technical parameter What it determines in production What to consider
Bar capacity Limits the maximum bar stock diameter that can pass through the spindle. Typical diameters: 12, 16, 20, 32, and 42 mm.
Controlled axes Determines the complexity of part geometry that can be machined in one setup. Basic X and Z axes; Y and C axes for more complex parts.
Tool positions Defines how many machining operations can be completed without retooling. Turret: typically 8–12 stations; linear tool post capacity depends on configuration.
Spindle power Affects productivity when machining steel, stainless steel, and non-ferrous metals. Consider kW rating and torque of both the main spindle and sub-spindle.
Spindle speed Influences machining speed and the surface finish of the finished part. For small parts, select high-speed spindles: typically 4,000–10,000 rpm.
Sub-spindle Allows both sides of a part to be machined without manual repositioning. Check spindle synchronization capability and sub-spindle axis travel.
Bar feeder Provides continuous material feeding for unattended serial production. Compatibility with Ø12–42 mm bars and loading lengths of 1.5–3 m.
Part removal Reduces cycle time and supports automated machine operation. Part conveyor, parts catcher, chip conveyor, and automation interface.

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