Marketplace for used machines

Purchase & Disposal

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Buy used metalworking machinery


Servo motor

 Servo motor Siemens Synchronsservomotor, Modell 1FK6, 6-polig photo on Industry-Pilot
Operational weight ca. 14,6?kg | Operating time 0 | Natürlich gekühlt, Bauform IM?B5 (V1, V3) |
Year of manifacturing 2004
  • Year of manifacturing:
  • 2004
  • Operational weight ca. 14,6?kg | Operating time 0 | Natürlich gekühlt, Bauform IM?B5 (V1, V3) |

Servo motor

 Servo motor Siemens Synchronsservomotor, Baureihe 1FK6, 6-polig photo on Industry-Pilot
Operational weight ca. 18,4?kg | Operating time 0 | Selbstgekühlt, Bauform IM?B5 (V1, V3) |
Year of manifacturing 2004
  • Year of manifacturing:
  • 2004
  • Operational weight ca. 18,4?kg | Operating time 0 | Selbstgekühlt, Bauform IM?B5 (V1, V3) |

Machining Center - Vertical

 Machining Center - Vertical MORI SEIKI SH-630 photo on Industry-Pilot
Machining Center - Vertical
Control system Fanuc MCS-516 | x-travel 840 mm | y-travel 860 mm | z-travel 840 mm | Control CNC |
Year of manifacturing 1998
  • Year of manifacturing:
  • 1998
  • Control system Fanuc MCS-516 | x-travel 840 mm | y-travel 860 mm | z-travel 840 mm | Control CNC |

Bed Type Milling Machine - Horizontal

 Bed Type Milling Machine - Horizontal MECOF CS 105 G photo on Industry-Pilot
Bed Type Milling Machine - Horizontal
Control system TNC430 | x-travel 4300 mm | y-travel 1000 mm | z-travel 1700 mm | Control NC |
Year of manifacturing 2000
  • Year of manifacturing:
  • 2000
  • Control system TNC430 | x-travel 4300 mm | y-travel 1000 mm | z-travel 1700 mm | Control NC |

CNC Turning Machine

 CNC Turning Machine EMCO Emcoturn 465 photo on Industry-Pilot
CNC Turning Machine
Control system SIEMENS | Cutting diameter ca. 158 mm | Max. workpiece weight 20 kg | Control konventionell | Turning length ca. 190 mm |
Year of manifacturing 1996
  • Year of manifacturing:
  • 1996
  • Control system SIEMENS | Cutting diameter ca. 158 mm | Max. workpiece weight 20 kg | Control konventionell | Turning length ca. 190 mm |

Hydraulic guillotine shear

 Hydraulic guillotine shear  TURI CHN 31 00X6 photo on Industry-Pilot
Hydraulic guillotine shear
Control konventionell | Sheet width max. 3200 mm |
Year of manifacturing 1999
  • Year of manifacturing:
  • 1999
  • Control konventionell | Sheet width max. 3200 mm |

Machining Center - Vertical

 Machining Center - Vertical DECKEL-MAHO FP3-50 photo on Industry-Pilot
Machining Center - Vertical
Control system Dialog 12 | x-travel 500 mm | y-travel 400 mm | z-travel 400 mm | Control NC |
  • Year of manifacturing:
  • Control system Dialog 12 | x-travel 500 mm | y-travel 400 mm | z-travel 400 mm | Control NC |

Machining Center - Vertical

 Machining Center - Vertical KITAMURA Mycenter 2X photo on Industry-Pilot
Machining Center - Vertical
Control system Fanuc 16i-M | x-travel 500 mm | y-travel 350 mm | z-travel 450 mm | Control CNC |
  • Year of manifacturing:
  • Control system Fanuc 16i-M | x-travel 500 mm | y-travel 350 mm | z-travel 450 mm | Control CNC |

CNC Turning Machine

 CNC Turning Machine MAZAK Multiplex 6200 photo on Industry-Pilot
CNC Turning Machine
Control system MAZATROL FUSION-CNC 640T | Control CNC | Turning length 180 mm |
Year of manifacturing 2000
  • Year of manifacturing:
  • 2000
  • Control system MAZATROL FUSION-CNC 640T | Control CNC | Turning length 180 mm |

CNC Turning Machine

 CNC Turning Machine MAZAK Multiplex 6200 Y photo on Industry-Pilot
CNC Turning Machine
Control system MAZATROL 640T | Cutting diameter 320 mm | Control CNC | Spindle opening 61 mm | Y-axis 100 mm |
Year of manifacturing 2006
  • Year of manifacturing:
  • 2006
  • Control system MAZATROL 640T | Cutting diameter 320 mm | Control CNC | Spindle opening 61 mm | Y-axis 100 mm |

CNC Turning Machine

 CNC Turning Machine MAZAK Multiplex 6200 Y photo on Industry-Pilot
CNC Turning Machine
Control system MAZATROL 640T | Cutting diameter 320 mm | Control CNC | Spindle opening 61 mm | Y-axis 100 mm |
Year of manifacturing 1998
  • Year of manifacturing:
  • 1998
  • Control system MAZATROL 640T | Cutting diameter 320 mm | Control CNC | Spindle opening 61 mm | Y-axis 100 mm |

Water jet cutting machine

 Water jet cutting machine OMAX 80 X photo on Industry-Pilot
Water jet cutting machine
x-travel . mm | y-travel . mm | z-travel . mm | Control konventionell |
Year of manifacturing 2011
  • Year of manifacturing:
  • 2011
  • x-travel . mm | y-travel . mm | z-travel . mm | Control konventionell |

Welding table

 Welding table   photo on Industry-Pilot
Welding table
Control konventionell | Table width 1750 mm | Table length 3000 mm | Table height . mm |
  • Year of manifacturing:
  • Control konventionell | Table width 1750 mm | Table length 3000 mm | Table height . mm |

Welding table

 Welding table   photo on Industry-Pilot
Welding table
Control konventionell | Table width 1300 mm | Table length 1800 mm | Table height . mm |
  • Year of manifacturing:
  • Control konventionell | Table width 1300 mm | Table length 1800 mm | Table height . mm |

Used Machines

Used metal working machines with high economic efficiency

Metal-working companies require high-quality machines. In the metal sector, there is a huge range of machine tools for deformation purposes, chipping and surface treatment. Depending on the work that has to be done at a certain company, different machines are necessary.

Especially when a company produces complex technical equipment and devices, the business needs many different metal working machines. The result is a high increase in investment costs, but used metal-working machines are significantly lower priced.

When is a purchase of used metal-working machines useful and which companies benefit the most?

Start-ups often create their businesses with a lower seed capital. Receiving loans from a bank shortly after the setting-up is almost impossible. This leads new entrepreneurs to purchase used machines which makes a manufacture or repair of several products possible even with a lower seed capital. However, many companies simply want to expand their business scope. Carrying out new work steps increases the need of specific machine tools. Furthermore, many companies have to outsource their work because they do not own the metal-working machines they actually need. In this case, a highly beneficial solution is the purchase of cost-effective used machines.

Where do used machines come from?

Used metal-working machines can be purchased. They can be easily selled, if a company does not utilize them anymore. The disposal of the purchase and sale is way more comfortable and lucrative compared to marketing through advertisements. This leads to the idea that those machines that cannot be used anymore, are just a waste of space. The space should rather be utilized for needed devices, equipment or machines. Even if metal working machines count a lot of years, they can also be offered. The purchase and sale of metal-working machines always finds a suitable machine for the interested party. Some companies need special machines for occasional use. Sometimes, the most suitable machines and offers are those that have already worked many operating hours. Moreover, companies come across with different situations where metal working machines have both to be selled and purchased. High quality and great care is very important for us. Therefore, each metal working machine is checked for it´s operativeness.

Purchasing used parts of machines

It is not always necessary to purchase a whole new metal-working machine. In some instances, it is enough to change certain parts of the machine to repair several areas or to replace expandable parts. Used parts can also be utilized to expand the range of functions of existing machines. In any case, it is a good idea to get an overview of the extensive offer to be able to raise the efficiency of a company.

Used-machines of TOP producers
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