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Used Lathe Machine for Sale - Affordable & High-Quality Solutions at Stenzel
Used Lathe Machine: Understanding Lathes and Their Applications
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CNC Milling / Turningcenter
DMG MORI NT4300 DCG / 1500 SZ , 2017
Fanuc F31iA5, Year 2017, Turnlenght 1.498, Ø 660 / 350, swing 730, C-Axes 0,001°, X: 750 / 195 Rev.2, Y: [+/-] 210, Z: 1.550 + 100 (ATC) / 1.525 Rev.2, B-Axes +/- 120°, [rpm] 3.000, kW 30 / 25, Bar-Ø 90, Subspindle, [rpm] 3.000, Tilting Spindel, B-Axes 0,0001°, [rpm] 12.000, kW 11, Toolchanger, Tool: Capto C6, Tools 100, Tools 10, driv. Tools 10, cooling system Knoll KF600/2850, Int. cooling [bar] 70
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cycle controlled lathe
Boehringer VDF DUS 560 ti, 1999
Cycle controlled lathe, Siemens 810 D + manual turn, Year 1999, Turnlenght 3.500, swing 570, [rpm] 3 - 2.500, kW 25 / 20, Tailstock MK 5, Steady rest
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CNC - lathe machine
DMG CTX 410 V1, 2003
Heidenhain CNCPilot 4290, Year 2003, [h] 11.080, Ø 420, Bar-Ø 67, Turnlenght 600, [rpm] 25 - 5.000, kW 28 / 21, X: 250, Z: 600, Tools 12, Tool: VDI 30, Tailstock
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CNC Milling / Turningcenter
DMG GMX 400 Linear, 2007
Siemens 840 D Powerline, Year 2007, Turnlenght 1.500, Ø 640 / 400, Bar-Ø 92, C-Axes 0,001°, [rpm] 4.000, kW 45 / 36, [Nm] 730, X: 550, Y: [+/-] 180 ( +/- 90), Z: 1.585, Subspindle, [rpm] 4.000, kW 45 / 36, Bar-Ø 92, C-Axes, Tilting Spindel, [rpm] 12.000, kW 22 / 13,2, [Nm] 100, Tool: HASK 63, B-Axes +/- 120°, B-Axes 3 fach Hirthverzahnung 1°, Toolchanger, Tools 60, driv. Tools 12, cooling system 980 Liter, Oil mist separator
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CNC Milling / Turningcenter
DMG MORI NT4300 DCG / 1500 SZ , 2017
Fanuc F31iA5, Year 2017, Turnlenght 1.498, Ø 660 / 350, swing 730, C-Axes 0,001°, X: 750 / 195 Rev.2, Y: [+/-] 210, Z: 1.550 + 100 (ATC) / 1.525 Rev.2, B-Axes +/- 120°, [rpm] 3.000, kW 30 / 25, Bar-Ø 90, Subspindle, [rpm] 3.000, Tilting Spindel, B-Axes 0,0001°, [rpm] 12.000, kW 11, Toolchanger, Tool: Capto C6, Tools 100, Tools 10, driv. Tools 10, cooling system Knoll KF600/2850, Int. cooling [bar] 70
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CNC Turning / Millingcenter
DMG Mori CLX 450 V4, 2018
DMG MORI SLIMline® (19"/ Operate 4,7 auf SIEMENS), Year 2018, Turnlenght 800, Ø 400, swing 650, Bar-Ø 80, C-Axes, [rpm] 4.000, kW 25,5 / 17, [Nm] 426 / 283, Tailstock Hydraulisch verfahrbarer Reitstock über M-Funktion, Turrets 1, Tools 12 x VDI-40 / 6 x BT um die Revolverscheibe, Tool: VDI 40, driv. Tools, Y: [+/-]
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CNC Turning / Millingcenter
Emco Turn 365 MC, 2004
Siemens 840D, Year 2004, Turnlenght 520, Ø 600, [rpm] 4.200, kW 17 / 13,5, Bar-Ø 65, C-Axes, Turrets 1, driv. Tools, Subspindle
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CNC Swiss turn
Gildemeister GD32-6, 2006
GE Fanuc Series 16i-T, Year 2006, Ø 33, Turnlenght 1.500, Z: 320, [rpm] 8.000, kW 7,5
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CNC - lathe machine
Gildemeister NEF 600 V1, 2006
Heidenhain IT Turn Plus, Year 2006, Turnlenght 1.250, swing 600, Axes 2, [rpm] 3.000, kW 36,5 / 27,5, [Nm] 785, Tailstock MK 5, Turrets 1, Tools 8
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CNC - lathe machine
Gildemeister NEF 600 V1, 2008
Heidenhain IT Turn Plus, Year 2008, Turnlenght 1.250, swing 600, Axes 2, [rpm] 3.000, kW 36,5 / 27,5, [Nm] 785, Tailstock MK 5, Turrets 1, Tools 8
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conventional lathe
Martin KM40 x 1400 , 1969
conventional lathe, Year 1969, center hight 200, Turnlenght ca. 1.250 (mit Dreibackenfutter), Between centers ca. 1.400, cooling system
The Versatility and Functionality of Lathe Machines
Lathe machines, often referred to as automatic lathes, are versatile tools used to shape and machine various materials such as metal, wood, and plastic. These machines consist of a rotating workpiece and a cutting tool that shapes the material in different directions. Lathes find applications in woodworking, automotive repair, and manufacturing, among others. They are used to create various components, including threaded parts, gears, shafts, and precision components like surgical instruments.
CNC Lathe Machine: How Lathe Operating Systems Function
The operating system of a lathe typically includes a motor to rotate the workpiece and a set of levers and controls to manipulate the cutting tool. These controls help the operator adjust the cutting tool's position, movement, and rotation speed and direction. The motor speed is determined by the material being processed and the desired surface finish of the end product. The operator moves the cutting tool between positions while holding it in a tool holder, adjusting its height and angle for different cuts.
Used Lathe Machine Accessories
Exploring the Designs of Used Lathe Machines
The design of used lathe machines may vary depending on the model and application. However, most lathes feature a bed (the machine's foundation), a headstock (which supports and rotates the workpiece), and a tailstock (which supports the other end of the workpiece). The bed, typically made of cast iron, serves as the base of the lathe and provides support and stability to other components. The headstock holds the workpiece and spins it at the desired speed, while the tailstock supports the other end and can be adjusted as needed. Additional features on specific lathes may include a cross slide or tool storage.
Advantages of Purchasing a Used Lathe Machine
Opting for a used lathe machine offers several benefits. First and foremost, they are considerably more affordable than buying a brand-new machine. Additionally, used lathe machines are often well-maintained and can last for years. Many used lathe machines come with high-end features that would be too costly on a new machine, making them an excellent option for small shops and home workshops. By purchasing a used lathe machine, individuals or small business owners can acquire a high-quality machine without making a significant financial investment. For those looking to learn the fundamentals of machining, used lathe machines also serve as a great option, as they provide top-notch craftsmanship at a lower cost.
In conclusion, lathe machines are adaptable tools used for shaping and machining a variety of materials. They can be employed in numerous settings and produce a wide range of products. For those seeking to save money while still owning high-quality equipment, investing in a used lathe machine can be an excellent decision.