Skip to main content Skip to search Skip to main navigation
Experience from countless projects
Let's get started together
We are different. We are better!
Fast and direct contact
Offer
Go to homepage

The growing world population and ever-increasing prosperity are increasingly depleting our natural resources. In short: we are running out of raw materials if we do not use them more sparingly. This is where the use of equipment and machines over their full lifespan has a particularly sustainable effect. A used industrial machine does not have to be thrown on the scrap heap just because a company goes bankrupt or changes its production. The used machines can be reconditioned or modernised and continue to perform reliably for many years at a new location.

That is why a production company should always ask itself the question: Does a new purchase really make sense or is buying a second-hand machine the better solution? It is important to realise that the quality of a good used machine can be equal. Second-hand dealers will only buy a machine if the quality is still good. Buyers also get a warranty, which provides additional protection for the investment. Another advantage is the lower acquisition costs, which is particularly interesting for businesses with a limited budget.

The role of industrial machinery in relation to our environment

There are various researches and programmes on resource management in the industry to promote the reduction of greenhouse gas emissions and the protection of our environment. However, what is often not mentioned when talking about resource management or sustainability is the role of machinery and its associated impact on our environment. After all, large amounts of carbon dioxide are also emitted into the atmosphere when new machines are produced and shipped all over the world.

Always remember: machines for industry are highly functional, durable and designed for continuous use. Some machines are rarely used or only used for special tasks and have only exhausted a fraction of their planned service life. They can almost still be described as as good as new. Disposing of them therefore makes no sense at all in terms of the urgently needed conservation of resources. Second-hand machinery dealers recognise the potential of a machine and can give practical, neutral and manufacturer-independent advice to companies interested in it.

What is the sustainable alternative: buying a new machine or buying a second-hand machine?

This is obvious to everyone: The most sustainable alternative is to buy second-hand machines. This is because their service life is extended and the amount of waste in landfills is reduced. But what are the arguments in favour of buying new? As with other technology-oriented products, buying a modern machine of the latest generation also helps to protect the environment to a certain extent if, for example, it achieves better values in energy efficiency than older models.

But there are other factors to consider depending on the machine, the brand, the model, the work it will do and the materials it is made of. Here it helps the company interested in buying to analyse all the factors and the current operating situation to make an informed decision between buying a new machine or buying a used one. In most scenarios, buying used machinery makes much more sense. Another advantage: used machines are immediately available and cheaper, which is often a particularly important aspect.

If a machine is already getting a bit long in the tooth, a machine overhaul in partial areas or a general overhaul by a competent expert in second-hand machinery is a good idea. Apart from sustainability, there are many good reasons for overhauling used equipment:

  • Up to 50 % lower costs compared to a new acquisition
  • Higher plant availability
  • Upgrading to the latest technology, modernisation
  • Functional expansion, modifications
  • Process optimisation through automation equipment
  • The bottom line is that this approach is profitable for all parties involved. The buyer saves money because he does not pay the new price. And ultimately, the environment also benefits, because no resources are wasted on new construction.

    Skip product gallery
    2013
    ABB IRB 6640 foundry robot HR1842, used
    ABB IRB 6640 foundry robot HR1842, used
    Year of manufacture: 2013, handling capacity 205 kg, reach 2,75 m, foundry design
    2016
    Bühler carat 220 compact casting cell KK1705, used
    Bühler carat 220 compact casting cell KK1705, used
    Year of manufacturer: 2016, control system: data@net, operating hours 26,057 h, incl. StrikoWestofen W 1700 S PRODOS 3 dosing furnace, Buhlspray DAG1000 MCT2 spraying machine and ABB foundry robot
    2005
    Colosio PFO 200 die casting machine KK1706, used
    Colosio PFO 200 die casting machine KK1706, used
    Year of manufacture: 2005, operating hours: approx. 90,000 h, incl. furnace and spraying machine, for Aluminium die casting.
    2001
    Frech DAW 125 S DV hot chamber die casting machine WK1479, used
    Frech DAW 125 S DV hot chamber die casting machine WK1479, used
    Year of manufacture: 2001, including Meltec ZC 125/250 crucible furnace and Frech sprayer
    2018
    Hindelang KLVE 600 tilting crucible furnace O1846, used
    Hindelang KLVE 600 tilting crucible furnace O1846, used
    Year of manufacture: 2018, working hours: 8126 h, power: 440 kW, capacity: 580, melting capacity: max. 410 kg/h, heating: gas
    2021
    HORMESA STO-R-E 1500 holing furnace O1850, used
    HORMESA STO-R-E 1500 holing furnace O1850, used
    Year: 2021, capacity: 1500 kg, connected load: 40 kW, electrical heated
    2004
    KMA UV-II 12000/EE UVR-EW12 Extraction and filter system ZU2270, used
    KMA UV-II 12000/EE UVR-EW12 Extraction and filter system ZU2270, used
    Year of Manufacture: 2004, for 1100 ton machines
    2011
    Kurtz AL 16-12 SR low pressure casting machine ND1349, used
    Kurtz AL 16-12 SR low pressure casting machine ND1349, used
    Year of manufacture: 2011, operating hours: 6,515 h, mould mounting area in mm (between the columns): 1,600 x 1,200 mm, light width max.: 1,700 mm, stroke closing plate: 1,100 mm, Siemens S 7 control system, incl. low pressure furnace, electrical heated
    2024
    Pomac 1 Axe AC servo driven spray unit 509 FS1818, used
    Pomac 1 Axe AC servo driven spray unit 509 FS1818, used
    Year of manufacture: 2024, veritical stroke: 900 mm, 2 channel with belt drive, base: H =500 mm, hor. adjustment ca. 500 mm
    2024
    Pomac 1 Axe AC servo driven spray unit 509 FS1819, used
    Pomac 1 Axe AC servo driven spray unit 509 FS1819, used
    Year of manufacture: 2024, veritical stroke: 900 mm, 2 channel with belt drive, base: H =500 mm, hor. adjustment ca. 500 mm