Used CNC turning and grinding centers for sale (7)

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Metal working machinery & machine tools Lathes CNC turning and grinding centers
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INDEX GS42 INDEX GS42
INDEX GS42 INDEX GS42
INDEX GS42 INDEX GS42
INDEX GS42 INDEX GS42
INDEX GS42 INDEX GS42
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Poland Lipie
8,337 km

INDEX GS42
INDEXGS42

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Vertical CNC turning and grinding center EMAG VSC 250 DS
Vertical CNC turning and grinding center EMAG VSC 250 DS
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Germany Pfaffenhofen
7,921 km

Vertical CNC turning and grinding center
EMAGVSC 250 DS

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Cnc turning and grinding center DMG MORI CLX  450 V4
Cnc turning and grinding center DMG MORI CLX  450 V4
Cnc turning and grinding center DMG MORI CLX  450 V4
Cnc turning and grinding center DMG MORI CLX  450 V4
Cnc turning and grinding center DMG MORI CLX  450 V4
Cnc turning and grinding center DMG MORI CLX  450 V4
Cnc turning and grinding center DMG MORI CLX  450 V4
Cnc turning and grinding center DMG MORI CLX  450 V4
Cnc turning and grinding center DMG MORI CLX  450 V4
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Greece Δέλτα 570 22, Ελλάδα
9,352 km

Cnc turning and grinding center
DMG MORICLX 450 V4

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Listing
CNC hard lathe with robot cell Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-305SP
CNC hard lathe with robot cell Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-305SP
CNC hard lathe with robot cell Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-305SP
CNC hard lathe with robot cell Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-305SP
CNC hard lathe with robot cell Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-305SP
CNC hard lathe with robot cell Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-305SP
CNC hard lathe with robot cell Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-305SP
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Germany Aldingen
7,967 km

CNC hard lathe with robot cell
Hardinge CNC-Drehmaschine / FMB UnirobotGT27SP GG-305SP

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CNC turning and milling center Gildemeister CTX 510 Heidenhain
CNC turning and milling center Gildemeister CTX 510 Heidenhain
CNC turning and milling center Gildemeister CTX 510 Heidenhain
CNC turning and milling center Gildemeister CTX 510 Heidenhain
CNC turning and milling center Gildemeister CTX 510 Heidenhain
CNC turning and milling center Gildemeister CTX 510 Heidenhain
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Poland Oława
8,264 km

CNC turning and milling center
GildemeisterCTX 510 Heidenhain

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Listing
CNC hard lathe Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-134HS
CNC hard lathe Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-134HS
CNC hard lathe Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-134HS
CNC hard lathe Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-134HS
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Germany Aldingen
7,967 km

CNC hard lathe
Hardinge CNC-Drehmaschine / FMB UnirobotGT27SP GG-134HS

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CNC hard lathe Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-121
CNC hard lathe Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-121
CNC hard lathe Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-121
CNC hard lathe Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-121
CNC hard lathe Hardinge CNC-Drehmaschine / FMB Unirobot GT27SP GG-121
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Germany Aldingen
7,967 km

CNC hard lathe
Hardinge CNC-Drehmaschine / FMB UnirobotGT27SP GG-121

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What is meant by CNC turning and grinding centers?

A combined CNC turning and grinding center is an advanced machine that integrates both turning and grinding capabilities into one unit. This dual-function design enables efficient, high-precision machining of complex parts, offering substantial advantages in terms of productivity, accuracy, and overall quality.

Functionality of Combined Turning and Grinding

The combined CNC turning and grinding center performs two essential machining processes within a single setup. During turning, the machine rotates the workpiece while cutting tools remove excess material to shape cylindrical parts. Following this, the grinding process utilizes abrasive wheels to achieve precise surface finishes and tight tolerances. This sequential operation removes the need to transfer parts between separate machines, reducing handling time and preventing misalignment errors, which can occur during re-clamping.

Advanced Machine Components and Capabilities

Equipped with multiple spindles, tool turrets, and CNC-controlled axes, combined turning and grinding centers offer exceptional versatility. The CNC system coordinates both turning and grinding processes, allowing for intricate shapes and high-quality finishes. These machines can handle a wide range of materials, from metals like steel and aluminum to superalloys used in aerospace applications, and can perform precise operations on complex geometries.

Applications and Key Industries

Combined turning and grinding centers are particularly valuable in industries where both cylindrical shapes and superior surface quality are required:

  • Aerospace: Production of shafts, turbine components, and other precision parts that require tight tolerances and high surface integrity.
  • Automotive: Manufacturing of engine and transmission parts, including crankshafts, camshafts, and gear components, which demand durability and precise finishing.
  • Precision Manufacturing: Creation of specialized components, such as bearings, pistons, and hydraulic parts, which benefit from combined machining processes for accuracy and consistency.

Advantages of Combined CNC Turning and Grinding Centers

The integration of turning and grinding in a single machine setup offers significant benefits:

  • Enhanced Efficiency: Performing both operations within one setup shortens production cycles by reducing the time needed for part handling and realignment between machines.
  • Improved Accuracy: By eliminating re-clamping, the machine minimizes alignment errors, ensuring better consistency across parts and meeting stringent tolerance requirements.
  • Cost Savings: Consolidating two processes into one machine reduces capital expenditures and floor space requirements, while also lowering maintenance and operational costs.

Combined CNC turning and grinding centers are highly valuable in modern manufacturing for their ability to deliver precise, high-quality parts in a streamlined and cost-effective manner. They represent a versatile solution for complex, high-precision applications, particularly in sectors where performance and reliability are paramount.

A combined CNC turning and grinding center is an advanced machine that integrates both turning and grinding capabilities into one unit. This dual-function design enables efficient, high-precision machining of complex parts, offering substantial advantages in terms of productivity, accuracy, and overall quality.

Functionality of Combined Turning and Grinding

The combined CNC turning and grinding center performs two essential machining processes within a single setup. During turning, the machine rotates the workpiece while cutting tools remove excess material to shape cylindrical parts. Following this, the grinding process utilizes abrasive wheels to achieve precise surface finishes and tight tolerances. This sequential operation removes the need to transfer parts between separate machines, reducing handling time and preventing misalignment errors, which can occur during re-clamping.

Advanced Machine Components and Capabilities

Equipped with multiple spindles, tool turrets, and CNC-controlled axes, combined turning and grinding centers offer exceptional versatility. The CNC system coordinates both turning and grinding processes, allowing for intricate shapes and high-quality finishes. These machines can handle a wide range of materials, from metals like steel and aluminum to superalloys used in aerospace applications, and can perform precise operations on complex geometries.

Applications and Key Industries

Combined turning and grinding centers are particularly valuable in industries where both cylindrical shapes and superior surface quality are required:

  • Aerospace: Production of shafts, turbine components, and other precision parts that require tight tolerances and high surface integrity.
  • Automotive: Manufacturing of engine and transmission parts, including crankshafts, camshafts, and gear components, which demand durability and precise finishing.
  • Precision Manufacturing: Creation of specialized components, such as bearings, pistons, and hydraulic parts, which benefit from combined machining processes for accuracy and consistency.

Advantages of Combined CNC Turning and Grinding Centers

The integration of turning and grinding in a single machine setup offers significant benefits:

  • Enhanced Efficiency: Performing both operations within one setup shortens production cycles by reducing the time needed for part handling and realignment between machines.
  • Improved Accuracy: By eliminating re-clamping, the machine minimizes alignment errors, ensuring better consistency across parts and meeting stringent tolerance requirements.
  • Cost Savings: Consolidating two processes into one machine reduces capital expenditures and floor space requirements, while also lowering maintenance and operational costs.

Combined CNC turning and grinding centers are highly valuable in modern manufacturing for their ability to deliver precise, high-quality parts in a streamlined and cost-effective manner. They represent a versatile solution for complex, high-precision applications, particularly in sectors where performance and reliability are paramount.