The storage of railway parts presents numerous challenges: limited storage space, lack of overview, material damage due to incorrect conditions, and outdated inventory. Added to this are high costs and significant capital tied up in unused spare parts. These problems have a direct impact on efficiency, maintenance, and operational safety. Find out about the typical difficulties that arise in practice and why they are so relevant to the railway industry in our blog post.
Anyone who procures railway spare parts is familiar with the challenges: the market is confusing, manufacturers use their own designations, and there is often a lack of comparison options. Above all, the high degree of specialization and lack of standards make it difficult to find suitable components. Digital B2B marketplaces provide a remedy here: they bundle offers, simplify comparisons, and make the spare parts market more transparent and accessible for operators, workshops, and suppliers.
Large railway companies and small, medium-sized enterprises pursue very different approaches to procurement. While large companies rely on standardized processes, centralized decision-making, and long-term strategies, SMEs operate more flexibly, quickly, and often more pragmatically. This article shows how these differences affect decision-making processes, spare parts strategies, and the use of new and used vehicles—and why both models have their own unique strengths.
Discover how new leasing and refurbishment models, such as those offered by Creditas Mobility, together with flexible marketplaces such as railauction.plus, are bringing movement to the European rail market and giving operators more leeway.
The rail industry has enormous untapped potential: thousands of used spare parts are decommissioned, stored, or scrapped every year—even though they represent valuable resources in technical, economic, and ecological terms. This article explains why reuse is still irregular, what obstacles exist along the value chain, and which solutions are already working today. A look at the huge potential that the industry is only just beginning to tap into.
3D printing is revolutionising the supply of spare parts in the railway industry – fast, flexible and sustainable. But does this spell the end of the used parts market? This article shows why additive manufacturing and used parts will work hand in hand in the future – as two sides of an efficient, digital spare parts strategy.
Predictive maintenance uses sensors, AI and data analysis to predict machine failures before they occur. This enables companies to reduce maintenance costs, avoid downtime and extend the service life of their equipment.
Companies in the railway industry are regularly faced with the question of whether to recycle or scrap disused vehicles and components. While scrapping means final disposal, recycling through reuse, recycling and the sale of used parts opens up economic opportunities and conserves resources. Recycling takes precedence in law because it reduces costs, saves CO₂ and strengthens the recycling cycle. Only when reuse is not technically or economically feasible does scrapping remain the last option.
Used spare parts are key to sustainability in the railway industry. Refurbishment and reuse conserve resources, reduce CO₂ emissions and cut costs – benefiting the environment, the economy and security of supply.
Practical guide: New vs. used parts in the railway industry — costs, delivery times, safety and legal aspects explained in a nutshell. With specific decision-making criteria, testing and storage tips for a reliable, cost-efficient spare parts strategy.
