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Buy used lathe machines - simple & and cost saving at Stenzel
What are lathe machines and where can they be used?
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Cycle controlled lathe, Siemens 805, Year 1994, Between centers 2.000, swing 570, [rpm] 3 - 2.500, kW 00% / 60 % ED: 19/15, [Nm] 100% / 60 % ED: 1.800 / 1.400, Tailstock MK 5, cooling system
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Vertical Lathe Karusselldrehmaschine - Einständer / Vertical vertical lathe - single column, Siemens Sinumerik 840 DSL, Year unbekannt / unknown, Expertly rebuilt: 2018, swing 6.300, [rpm] 0,8 - 80, kW 92, [Nm] 130.000, X: 2.200, Z: 1.600, X: 1.600, Z: 1.900
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Heidenhain 4290 mit Turnplus, Year 2004, Turnlenght 600, Ø 246, Bar-Ø 52, C-Axes 360°, [rpm] 6.000, Tailstock, X: 160, Y: [+/-] 64, Z: 450, Turrets 1, Sternrevolver, Tool:, Tools 12, driv. Tools 12
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Siemens 840 D shopturn, Year 2008, Turnlenght 310, Ø 240, swing 510, Bar-Ø 52, C-Axes (300 1/min), [rpm] 6.000, kW 14 / 13, Tailstock MK 4, X: 210, Z: 335, Turrets 1, Tool: VDI 30, Tools 12, driv. Tools
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Siemens 840 D powerline, Year 2008, Ø 640, swing 640, Turnlenght 1.185, Bar-Ø 65, [rpm] 5.000, kW 28/21, X: X1 550, X: X2 180, Z: Z1 1185, Z: Z2 1050, Y: [+/-] 90, C-Axes 0,001°, B-Axes 240°, Tilting Spindel, [rpm] 12.000, Toolchanger, Tools 46, Subspindle, [rpm] 5.000, kW 28/21, C-Axes, Turrets 1 unten/down, driv. Tools 12, cooling system
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Fanuc F 31i B5, Year 2015, [h] 5.250, Ø Ø 660, Turnlenght 1.540, [rpm] 5.000, kW 22 / 18,5, [Nm] 231 / 214, C-Axes, Subspindle, [rpm] 5.000, kW 22 / 18,5, [Nm] 231 / 214, Tilting Spindel, [rpm] 12.000, [kW] 15, B-Axes +/- 120°, Tool: HSK 63, Tools 78, X: X1: 450 / X2: 160, Y: [+/-] 125, Z: Z1: 1.560 + 215 (für ATC) / Z2: 1.402, Tools 10, Tool: MT40, Int. cooling [bar] 70 bar, Knoll
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Fanuc 18i TA, Year 1999, Ø 430, [rpm] 50 - 5.000, Bar-Ø 45, driv. Tools 4, Subspindle
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Fanuc, Year 2006, Turnlenght 650, Ø 205, C-Axes, [rpm] 5.000, Subspindle, [rpm] 5.000, X: 165 (x1-x3), Y: [+/-] 80 (+50 / -30) mm, Z: 220 / 150 / 378, Turrets 3, Tool: VDI 30, driv. Tools
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Fanuc 18i - TB, Year 2005, Turnlenght 1.020, Ø 600 / 750, Bar-Ø 76, C-Axes 360.000°, [rpm] 3.500, kW 26 / 22, X:, Y: [+/-] +/- 80, Z:, Turrets 1, Tools 12, driv. Tools, Subspindle, Tilting Spindel, [rpm] 10.000, kW 15 / 11, B-Axes 240°, Toolchanger, Tools 40, driv. Tools, cooling system
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Siemens 840 D Powerline, Year 2004, [h] 48.000, Turnlenght 1.000, Ø 400, swing 560, Bar-Ø 65, Between centers 1.070, C-Axes, [rpm] 0 - 5000, kW 25 / 37, [Nm] 750, Subspindle, [rpm] 0 - 5.000, kW 25 / 37, X: 485, Y: [+/-] 80, Z: 1.070, Tilting Spindel, [rpm] 12.000, Tool: HSK 63, B-Axes + / - 120°, Toolchanger, Tools 46
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Cycle controlled lathe, Heidenhain Manual Plus 620 HSCI, Year 2013, Ø 650, Between centers 1500, [rpm] 1 - 2.000, kW 33 / 22, Tailstock MK5, Steady rest 100 - 250 mm, festehend
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Siemens Sinumerik 840, Year 2003, [h] 36.802, Turnlenght 2.390, Ø 550, swing 650, center hight 1.250, X: 650, Z: 1.310, C-Axes, [rpm] 40 - 3.100, [Nm] 1530 / 2325, Turrets 1, Tool:, Tools 12, driv. Tools, Y: [+/-] 65, Steady rest SMW SLU4, Tailstock
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Mazatrol Matrix, Year 2010, swing 545, Turnlenght 753, C-Axes, Ø max 412 milling, Ø lower turret 400, Bar-Ø 51, [rpm] 35 - 6.000, kW 11 / 7,5 (30min / 100%), Subspindle, [rpm] 35 - 6.000, C-Axes, Bar-Ø 51, kW 11 / 7,5 (30min / 100%), Tilting Spindel, [rpm] 15 - 12.000, Tool: Capto C 6, kW 5,5, Toolchanger, Tools 40, X: 410, Y: 140, Z: 805, B-Axes -30° - +195°, X: X2 220, Z: Z2 780, W-axes: 795
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Mazatrol Matrix, Year 2008, Turnlenght 4.000, Ø 920, swing 920, C-Axes, [rpm] 35 - 1.000, kW 45 / 27, [Nm] 6.300, X: 1.025, Y: 650, Z: 4.391, B-Axes +210 / -30, Tilting Spindel, [rpm] 5.000, kW 37, Toolchanger, Tool: Capto C8, Tools 80, Tailstock MT 6, Steady rest SMW 6.1
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Mazatrol Smooth EZ Touch, Year 2022, Ø 340, Bar-Ø 80, C-Axes, [rpm] 4.000, kW 16 / 18,6, [Nm] 358, Subspindle, [rpm] 6.000, kW 6,6 / 7,5, [Nm] 53, X: 215, Y: 100, Z: 605, W-axes: 585, Turrets 1, Tool:, Tools 12, driv. Tools, cooling system Hochleistungs-Kühlmittelsystem
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Mazatrol Smart, Year 2012, Turnlenght 532, Ø 350, swing 660, [rpm] 5.000, kW 15, X: 225, Z: 560, C-Axes, Tailstock, Turrets 1, Tools 12, cooling system
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MSX 850 III, Year 2008, Turnlenght 510, Ø 275, swing 356, [rpm] 5.000, Bar-Ø 65, C-Axes, kW 15 / 11, X: 260, Z: 590, Y: [+/-] 50, Turrets 1, Tools 20, driv. Tools 20, Subspindle, [rpm] 6.000
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MAPPS 4, Year 2010, Turnlenght 424, Ø 370 (Revolver 2: Ø 270), Bar-Ø 52, C-Axes, [rpm] 6.000, [Nm] 223 / 172 / 158, X: 380 (X2 = 155, Revolver 2), Y: [+/-] 105, Z: 460 + 155 (für ATC) (Z2 = 610, Revolver 2), Subspindle, [rpm] 6.000, [Nm] 37 / 22, Tilting Spindel, [rpm] 12.000, B-Axes 120°, Toolchanger, Tools 38, driv. Tools
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MAPPS 3, Year 2006, [h] 21.799, Turnlenght 1.542, Ø 660, Ø 350 (Revolver 2), swing 730, Bar-Ø 80 / 80, C-Axes, [rpm] 4.000, kW 22 / 18,5, X: 750 / 195 (Revolver 2), Y: [+/-] 210, Z: 1.550 + 100mm (für ATC) / 1.525 (Revolver 2), Subspindle, Tilting Spindel, [rpm] 12.000, kW 18,5 / 11, Tool: Capto C 6, B-Axes +/- 120°; Indexierung: 1°, Toolchanger, Tools 40, driv. Tools
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Fanuc F 31i B5 mit CELOS, Year 2020, Ø Ø 670, Turnlenght 1.540, Bar-Ø 80, [rpm] 4.000, kW 18,5, [Nm] 599, C-Axes, Subspindle, [rpm] 4.000, kW 18,5, [Nm] 599, Tilting Spindel, Tool: Capto C6, [rpm] 12.000, [kW] 23, Tools 38, B-Axes 240° (+/-120°), X: 675, Y: [+/-] 150, Z: 1.562 + 164 ATC, B-Axes 240° (+/-120°); 0.001°, voll indexierbar, Int. cooling [bar] Interface:70 bar, mit Kühlmittelpumpe, Oil mist separator
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Fanuc 31i-B - Manual Guide, Year 2011, [h] 4.837, Turnlenght 780, Ø 275, Bar-Ø 71, C-Axes 0,001°, [rpm] 4.000, kW 22, Subspindle, [rpm] 4.500, kW 18,5, X: 195, Y: [+/-] 120 (+/-60), Z: 780, Turrets 2, Tool: BMT, Tools 12/24 + 12/24, driv. Tools, cooling system Kühlmittelpumpen, 15 bar
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Siemens Yaskawa, Year 2005, Turnlenght 205, Ø 20, swing 20, Bar-Ø 20, [rpm] 10.000, C-Axes, Subspindle, [rpm] 8.000, C-Axes, driv. Tools, cooling system, Int. cooling [bar], Bar loader magazine
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Cycle controlled lathe, Heidenhain CNC Pilot 3190 Turnplus, Year 2000, Turnlenght 3.000, center hight 800, Ø 1.600, [rpm] 5,6 - 800, kW 46, C-Axes, Tailstock, X: 850, Z: 3.020, Tools 8, kW 9, Tools 4
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Cycle controlled lathe, Weiler D2 (Zyklensteuerung), Year 2002, Between centers 1.000, center hight 280, swing 570, [rpm] 1- 2.500, kW 20 / 17, [Nm] 1.600, Tailstock MK 5, cooling system
Lathes, also known as automatic lathes, are machines that are used to shape and machine many types of materials, including metal, wood, and plastic. They consist of a spinning workpiece and a cutting tool used to shape the material in various directions. Woodworking, automotive repair, and manufacturing are just a few of the uses for lathes. They are employed to produce a range of components, including threaded parts, gears, shafts, and even precision components such as surgical instruments.
What are lathe machines and where can they be used?
Lathes, also known as automatic lathes, are machines that are used to shape and machine many types of materials, including metal, wood, and plastic. They consist of a spinning workpiece and a cutting tool used to shape the material in various directions. Woodworking, automotive repair, and manufacturing are just a few of the uses for lathes. They are employed to produce a range of components, including threaded parts, gears, shafts, and even precision components such as surgical instruments.
How does a lathe machine’s operating system function work?
The operating system of a lathe usually consists of a motor to rotate the workpiece and a variety of levers and controls to operate the cutting tool. The controls are used by the operator to regulate the cutting tool’s location and movement as well as the rotation’s speed and direction. The material being processed, and desired surface of the finished product define the motor speed. The operator typically moves the cutting tool between places while holding it in a tool holder. The cutting tool may be adjusted for varied cuts by changing its height and angle.
How can the designs of lathe be explained?
Depending on the model and application, the designs used lathe machines might change. But the majority of lathes feature a bed (the machine’s foundation), a headstock (which supports and turns the workpiece) and a tailstock (which supports the other end of the workpiece). The bed, which typically composed of cast iron, serves as the lathe’s base and gives the other components support and stability. The workpiece is held by the headstock, which spins it at the proper speed. The other end of the workpiece is held by the tailstock, which may be moved into different positions. Other characteristics on certain lathes include a cross slide or a tool storage.
What are the advantages of purchasing a used lathe machine?
A used lathe machine may be purchased with several benefits. First off, they are significantly less expensive than buying a brand-new machine. Additionally, used lathe machines are frequently kept up properly and will survive for many years. Numerous used lathes machines are come with higher-end features that would be prohibitively pricey on a brand-new machine. They are a wonderful option for small stores and home workshops. Purchasing a used lathe machine enables individuals or small business owners to obtain a high-quality machine without having to invest a significant financial commitment. For those who wish to learn the fundaments of machining, used lathes machines are also an excellent alternative because they can be bought for less money while still providing high-quality craftsmanship.
In conclusion, lathes are adaptable machines used for shaping and machining a variety of materials. They may be utilized in several settings and yield a wide range of products. For ndividuals who wish to save money while still owing a high-quality equipment, purchasing a used lathe machine can be an excellent choice.