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If you are looking for an overhead crane for sale from a Chinese manufacturer, factory-direct pricing runs from $2,800 to $100,000+, depending on configuration, capacity, and span. A 3-ton single girder unit starts at around $3,500; a 10-ton single girder typically falls in the $5,000–$12,000 range; a 10–20 ton double girder runs $12,000–$25,000 FOB factory. These are real transaction prices — not catalog figures. Before you contact a supplier, confirm four variables: lifting capacity (tonnes), span (metres), lift height, and duty class (FEM/ISO). Having these ready cuts the quoting process from days to hours — and prevents the most common source of pricing surprises after you have already shortlisted a vendor. This page gives you a specification speed-reference, a pre-purchase checklist, and a clear picture of what to verify before placing your overhead crane for sale order — from first RFQ to factory shipment. Quick Price & Spec Reference Type Capacity Span China FOB Factory Price Best For Single Girder EOT 1 – 5 t 7.5 – 19.5 m $2,800 – $8,000 Light workshops, assembly lines Single Girder EOT 5…

Choisir la mauvaise roue de pont roulant n'accélère pas seulement l'usure du rail – cela peut mettre l'ensemble de votre système de pont roulant hors service en quelques mois. Le bon type de roue, la bonne qualité de matériau et la bonne configuration de bride dépendent de quatre variables : la charge de la roue, la vitesse de déplacement, le profil du rail et l'environnement d'exploitation. Si vous réunissez ces quatre éléments, vous attribuerez une roue à la norme FEM ou ISO qui régit votre application. Ignorez-en un et vous jouez à la loterie. Pour la plupart des responsables des achats et des superviseurs d'équipement, la confusion commence ici : bride simple ou double bride ? Fonte ou acier forgé ? Diamètre de 200 mm ou 400 mm ? Les fournisseurs citent souvent des roues “ standard ” sans préciser quelle norme s'applique – FEM 1.001, ISO 286, ou une spécification propriétaire basée sur la norme DIN – vous laissant le soin de réconcilier des spécifications incompatibles après la livraison. Ce guide vous éclaire. Vous y trouverez une présentation claire des cinq principaux types de roues pour ponts roulants, les spécifications clés en matière de dimensions et de capacité de charge, une méthode de calcul de charge étape par étape, et une liste de contrôle pratique pour le remplacement. À la fin, vous disposerez d'un cadre de sélection que vous pourrez appliquer directement – que vous spécifiiez de nouvelles roues pour un pont roulant…

The right overhead crane in the automobile industry is defined by production stage, not by tonnage alone. A stamping press needs a 20–32 t die-gripper crane with ±1 mm positioning accuracy. A trim-and-final assembly cell needs a 250–500 kg KBK aluminum rail system that operators can push by hand. Specifying one without the other wastes budget or creates a safety gap. Automotive plants run 24 hours a day at duty class M5–M6 (per FEM 1.001), and unplanned crane downtime translates directly to line stoppage. Engineers and procurement managers need cranes matched to load, cycle frequency, and environmental conditions — not a generic “overhead crane for auto” catalog page. This guide maps every major production stage to the correct crane type, key specifications, and compliance requirements. Use the table in the next section to shortcut your selection process. TL;DR: Cranes in Automotive Production • Production Scope: Overhead cranes in the automobile industry support six distinct production stages, each requiring specific crane types and lifting capacities. • System Selection: Use double-girder bridge cranes (5–50 t) for stamping and body-in-white; utilize KBK rail…

Selecting the right overhead crane for a steel mill is not a catalog decision — it is an engineering decision with direct consequences for production continuity and worker safety. A ladle crane transporting 200 tons of molten steel at 800°C and a coil-handling crane moving finished product share the same name but almost nothing else: different work grades, different structural standards, different safety systems, and a price difference that can exceed $300,000. Steel mills present five simultaneous challenges that standard industrial cranes are not designed for: radiant heat from furnaces and ladles, airborne metallic dust, corrosive atmospheres, continuous multi-shift operation, and catastrophic consequences if a load is dropped. Each of those factors drives a specific design requirement, and every requirement narrows your crane specification further. This guide gives plant engineers and equipment managers a complete, bay-by-bay selection framework — crane type, capacity range, duty class, key technical features, and indicative price — so you can frame an accurate specification before you talk to any supplier. Quick Reference: Overhead Crane Types for Steel Mill The table below summarizes every overhead crane…