The European FEM standard gantry crane is a high-performance lifting device. Designed in accordance with advanced European FEM standards, this unit combines a lightweight structure, energy-efficient features, and precise control. The equipment is equipped with European wire rope electric hoists, variable frequency drive (VFD) technology, and an optimally designed steel structure. Compared to traditional gantry cranes, it offers lower wheel pressure, greater lifting height, smoother operation, and reduced maintenance requirements. These cranes are available in both single-girder and double-girder configurations, with lifting capacities ranging from 1 metric ton to over 320 metric tons, and can be customized to meet the needs of various industrial applications.
A FEM standard gantry crane is available in two structural configurations: single-girder systems with rated lifting capacities ranging from 1 to 32 metric tons, and double-girder models with lifting capacities ranging from 5 to 320 metric tons. Both configurations comply with FEM 1.001 and ISO 4305 standards, are equipped with redundant safety systems, and feature a hoisting speed of 2 meters per second. Typically, users operate this equipment to perform material handling tasks in the steel manufacturing, shipbuilding, and industrial assembly sectors. The equipment is CE-certified and designed for a service life of up to 25 years.
The FEM-standard gantry crane is a floor-mounted lifting system. This European gantry crane features a combination of a welded box-section main girder and bolted end beams, which reduces installation time by 30% compared to riveted structures. In addition, the single-girder system has a span of 6 to 18 meters and occupies minimal horizontal space, while the double-girder configuration offers a larger span of 15 to 35 meters. Thanks to the integration of redundant load-limiting brakes, dual suspension points, and precision load cells, the FEM-certified system achieves 99.2% uptime.
Grue portique monopoutre
Grue portique bipoutre
Its modular design concept allows for lifting capacity upgrades without replacing the main structure, thereby extending the equipment’s service life to over 25 years. Therefore, when selecting the appropriate girder configuration, users must comprehensively consider the factory layout, load frequency, and production output requirements.
A single girder gantry crane features a single welded steel girder mounted on four legs. They have a lifting capacity of 1 to 32 metric tons, a span of 6 to 18 meters, and a lifting height of 6 to 12 meters. This compact system is ideal for spaces with limited headroom, requiring 18% less headroom than double-girder designs. In addition, the single-girder models feature a simplified hoist trolley assembly, which extends maintenance intervals and reduces spare parts inventory requirements by 25%.
Double girder gantry cranes feature two parallel main girders. This model has a lifting capacity ranging from 5 to 320 metric tons, a span of 15 to 35 meters, and a lifting height of 10 to 25 meters. This design distributes the load across two support points, thereby enhancing stability during dynamic lifting operations. As a result, the double-girder system is well-suited for handling heavy manufacturing equipment, large shipbuilding components, and continuous industrial operations.
European gantry cranes are designed in accordance with advanced European FEM standards, combining lightweight construction, energy-efficient performance, and intelligent control technology. Below, I will outline the main advantages and features of the FEM standard gantry crane.
Users operate a FEM Standard gantry crane to perform material handling tasks in the manufacturing, logistics, port, shipbuilding, wind power, and heavy industry sectors.
| Paramètres | Single-Girder 1–5 t | Single-Girder 5–16 t | Single-Girder 16–32 t | Double-Girder 5–100 t | Double-Girder 100–320 t |
|---|---|---|---|---|---|
| Capacité de levage | 1–5 t | 5–16 t | 16–32 t | 5–100 t | 100–320 t |
| Largeur de la travée | 4–6 m | 6–12 m | 8–18 m | 15–25 m | 25–35 m |
| Hauteur de levage | 6–8 m | 6–10 m | 8–12 m | 10-18 m | 12–25 m |
| Vitesse de levage | 2 m/s | 2 m/s | 2 m/s | 2 m/s | 2 m/s |
| Trolley Speed | 20-30 m/min | 20-30 m/min | 20–40 m/min | 30–50 m/min | 30–50 m/min |
| Bridge Travel | 15–20 m/min | 15–20 m/min | 20–25 m/min | 20-30 m/min | 20-30 m/min |
| Puissance moteur | 2.2 kW | 3.7 kW | 5.5 kW | 15–37 kW | 45–75 kW |
| Duty Class (FEM) | A5 | A5 | A5 | A5 | A5 |
| Load Cell Accuracy | ±0.5% | ±0.5% | ±0.5% | ±0.5% | ±0.5% |
| Electrical Supply | 380–480V 3ph | 380–480V 3ph | 380–480V 3ph | 380–480V 3ph | 380–480V 3ph |
| Standards | FEM 1.001 ISO 4305 | FEM 1.001 ISO 4305 | FEM 1.001 ISO 4305 | FEM 1.001 ISO 4305 | FEM 1.001 ISO 4305 |
The FEM standard gantry crane integrates twelve major mechanical, electrical, and structural components, which are designed to work together to perform lifting tasks.
The following comprehensive price matrix details capacity bands, dimensional parameters, and estimated investment ranges for both single-girder and double-girder systems across typical industrial applications.
| Type | Capacité | Portée (m) | Hauteur de levage (m) | Fourchette de prix (USD) |
|---|---|---|---|---|
| Monopoutre | 1–5 ton | 5–18 | 6–12 | $8,000 – $25,000 |
| Monopoutre | 5–10 ton | 8–22 | 6–15 | $15,000 – $45,000 |
| Monopoutre | 10–20 ton | 10–25 | 8–18 | $30,000 – $80,000 |
| Double poutre | 10–50 ton | 10–30 | 8–20 | $35,000 – $120,000 |
| Double poutre | 50–100 ton | 15–35 | 10–25 | $80,000 – $250,000 |
| Double poutre | 100–320 ton | 18–45 | 12–35 | $200,000 – $600,000 |
VOITTO Crane manufactures single-girder and double-girder gantry cranes in compliance with FEM standards and has 25 years of professional experience in the industrial lifting infrastructure sector. Our business spans markets across Europe, South America, Southeast Asia, and Central Asia, and we have successfully delivered more than 480 crane systems. Customer feedback indicates that since the equipment was put into service, operational cycle efficiency has increased by 22%.
In addition, we have the capability to customize solutions for special operating conditions, including harsh environments such as cold storage facilities at -40°C, marine salt fog environments, and explosion-proof environments compliant with the ATEX Directive. Therefore, whether you need a compact single-girder solution for confined spaces or a large double-girder system for continuous heavy-duty operations, we can tailor a solution to your production plans. If you need a FEM standard gantry crane solution, please nous contacter.
Alan
Spécialiste des solutions de grue · Voitto Crane
Spécialisés dans les solutions d'exportation de ponts roulants, portiques, grues à flèche, grues portuaires et ponts roulants. Plus de 10 ans d'expérience dans l'accompagnement de clients internationaux : conseils avant-vente, choix de la capacité et configurations sur mesure.
Single-girder systems (1–32 tons) mount a single beam on four legs, occupying minimal horizontal space in 4–18-meter spans, ideal for compact facilities. Double-girder configurations (5–320 tons) employ dual parallel beams, accommodating 15–35-meter spans with superior load stability.
Single-girder installation requires 6–10 working days for foundations, assembly, and FAT (Factory Acceptance Testing). Double-girder systems require 10–16 working days due to the larger structural scope. Furthermore, facility preparation—including concrete curing time—extends timelines by 5–7 days. Therefore, from order to full operation, expect 10–14 weeks for single-girder; 12–16 weeks for double-girder.
Full conversion from single to double-girder requires complete structural replacement—not practical economically. However, auxiliary beam systems can extend single-girder capacity by 10–15% without major modifications. Therefore, for anticipated capacity growth beyond 32 tons, we recommend initial double-girder installation planning. Consequently, this strategic approach prevents costly mid-life conversions.
Preventive maintenance includes weekly visual inspections, monthly lubrication (single-girder: 2 points, double-girder: 4 points), quarterly electrical panel audits, and annual third-party NDT (non-destructive testing) of welded joints per EN 13134 ultrasonic protocols. Therefore, adhering to this schedule extends single-girder life by 2–3 years, double-girder by 3–5 years.
Yes—outdoor deployment requires hot-dip galvanized steel (EN ISO 1461 minimum 85 µm thickness) and NEMA 4X stainless-steel electrical enclosures. Moreover, wireless controls must comply with EN 60204-32 industrial electromagnetic immunity. Therefore, coastal and offshore facilities benefit from marine-duty ratings (IEC 60721-3-3C5) protecting equipment against salt spray. Both single and double-girder configurations support environmental upgrades.
Notre équipe de prévente propose des consultations, en adaptant les solutions à vos besoins et à votre environnement.
Offrir des options de personnalisation pour la capacité de levage, la portée et la hauteur de levage, etc. pour répondre à des besoins spécifiques.
Mise à jour des progrès en temps réel : Rapports hebdomadaires et communication avec les PM.
Essais avant livraison : 100% contrôles de charge et de sécurité, rapports détaillés.
Garantie de 3 à 5 ans et remplacement gratuit en cas de défaut de fabrication.
Assistance en ligne 24 heures sur 24, 7 jours sur 7, et assistance sur place pour les problèmes liés aux grues.
Les grandes grues à portique sont généralement expédiées à l'étranger après avoir été démontées en modules, c'est-à-dire que la grue est démontée en composants principaux (poutres, pieds, palans) pour être transportée par conteneurs. Pour les méga-grues, nous utilisons des navires spécialisés dans le transport de charges lourdes, équipés de ponts renforcés, et les pièces critiques sont protégées par des revêtements anticorrosion pendant le transport.
Nos portiques sont compatibles avec les normes mondiales en matière de tension électrique afin de garantir un fonctionnement sans faille partout dans le monde. Ne vous inquiétez plus au sujet de la tension électrique.
Oui, la capacité de levage, la portée, la hauteur, le type de structure et les options de levage peuvent être personnalisés pour répondre à des conditions de travail spécifiques.
Oui, nos grues à portique peuvent être utilisées de manière stable dans des environnements difficiles tels que des vents forts ou des températures basses grâce à leur construction spéciale et à la structure des matériaux.
Oui, l'expédition internationale et l'assistance à l'exportation sont disponibles pour les clients internationaux.
A gantry crane for sale from Chinese manufacturers is priced between $3,800 and $150,000+ FOB factory, depending on lifting capacity, span, and configuration. A 5-ton single girder unit at 12 m span starts around $7,000; a 10-ton double girder at 20 m span typically falls in the $20,000–$30,000 range; a 50-ton rail-mounted gantry crane runs $70,000–$110,000. These are real transaction prices from factories, not catalog estimates.Before diving into specific configurations, it helps to understand what drives those price differences — duty class, span, structural type, control system, and environment all affect the final number significantly. Our gantry crane cost guide breaks down each cost factor in detail so you can benchmark any quote you receive against realistic market expectations. Many buyers tend to fall into a common misconception during the quotation phase: they view gantry cranes as standardized catalog items. This is not the case. The equipment’s span, lifting height, track gauge, duty cycle, and outdoor environmental conditions all influence the structural design. Making changes to any of these factors once manufacturing has begun can result in project delays of…
Si les utilisateurs choisissent le mauvais treuil pour la grue, cela ne ralentira pas seulement les opérations, mais posera également de sérieux problèmes de sécurité. Qu'il s'agisse de sélectionner des équipements pour des ponts roulants dans des aciéries, des grues à portique dans des chantiers navals ou des grues de manutention de conteneurs dans des ports, le treuil est toujours le “cœur mécanique” de l'ensemble du système de levage. Si le mauvais modèle est choisi, les utilisateurs s'exposent à une série de conséquences graves, notamment une défaillance prématurée de l'équipement, des violations de la réglementation et des coûts substantiels dus aux temps d'arrêt des réparations. Ce guide présente les principaux types de treuils de levage couramment utilisés dans divers systèmes de grue et explique comment sélectionner les spécifications appropriées du treuil en fonction des exigences de charge et des conditions d'exploitation réelles. En outre, le guide met en évidence les facteurs clés à privilégier lors de la sélection de treuils de qualité industrielle pour les applications de levage. Ce guide aidera les utilisateurs à prendre des décisions éclairées et à poser des questions plus ciblées et plus professionnelles lorsqu'ils communiquent avec les fournisseurs. Qu'est-ce qu'un treuil de grue et quelle est son importance Un treuil de grue est un dispositif mécanique. Cet équipement permet de soulever, d'abaisser ou de positionner des charges lourdes en enroulant ou en déroulant des câbles d'acier. En...
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