Hydraulic gantry lifting systems use hydraulics as their primary power source. These systems feature a multi-stage hydraulic telescoping beam-and-column structure designed to lift, move, and precisely position heavy-duty equipment. Typically, hydraulic gantry crane systems are used across a wide range of industries, including energy, infrastructure, transportation, and manufacturing.
Hydraulic gantry lifting systems are heavy-duty lifting equipment. The equipment features a modular design, with a simple layout and hydraulic synchronized lifting capability. Its rated lifting capacity ranges from 5 to 800 tons, with spans of 6 to 18 meters and lifting heights of 5 to 12 meters. The system is certified to CE and ISO 9001 standards. Users employ it for lifting operations in the power, petrochemical, and heavy manufacturing sectors, providing lifting solutions specifically designed for environments where conventional cranes cannot operate.
Hydraulic gantry lifting systems use hydraulics as their primary power source. The equipment features a multi-stage hydraulic telescopic column and beam structure for lifting, moving, and precisely positioning large-tonnage equipment. Unlike traditional overhead and gantry cranes, they do not require a permanent track structure. Instead, two to four hydraulic outriggers move along steel tracks or guide rails, allowing them to be deployed directly on the shop floor or at outdoor job sites.
The user-operated hydraulic gantry lift system keeps all legs at the same height, allowing the equipment to hoist, relocate, and install large equipment in narrow spaces and low-headroom environments. Hydraulic gantry lifting systems are characterized by their compact structure, high load-bearing capacity, convenient installation, and high site adaptability. Users widely apply it to scenarios such as power, petrochemicals, manufacturing, bridge construction, and large equipment maintenance.
Hydraulic gantry lifting systems mainly consist of hydraulic gantry legs, upper header beam, base frame, lifting system, travelling mechanism, track, and a hydraulic system. The following is an introduction to each component of the hydraulic gantry crane:
The hydraulic gantry crane has many features and advantages, mainly including the following aspects:
Telescopic Column Structure: Users can flexibly adjust the equipment height according to hoisting needs. Its columns are strong and stable, allowing for use in low-ceiling or height-restricted environments.
High-precision Control System: Hydraulic gantry crane manufacturers equip their cranes with electronic proportional control, hydraulic synchronous valve groups, or PLC monitoring systems, ensuring that the height error at each point is within millimeters.
High-strength Steel Frame: The manufacturer of this hydraulic gantry crane uses Q345B/S355 structural steel to construct the equipment. The welds are inspected in accordance with ISO 5817 Class B standards, ensuring exceptional rigidity even under eccentric loads.
Modular Design: The hydraulic gantry lifting systems adopt a modular design to facilitate user transportation, installation, and disassembly.
Diverse Travel Options: Users can choose between rail-mounted or trackless travel for the hydraulic gantry crane. Rail-mounted travel is suitable for linear working conditions, while trackless travel is suitable for free movement, adapting to different working environments.
High Safety: The crane manufacturer equips the equipment with wireless remote control and micro-motion control functions, which effectively improve installation accuracy and safety.
High Equipment Adaptability: A hydraulic gantry crane has a compact structure and small footprint, making them very suitable for space-constrained environments.
Integrated Load Sensing System: Equipped with pressure sensors and a PLC controller to continuously monitor the actual load in real time.
CE / ISO 9001 / EAC Certification: Each unit is shipped with a Declaration of Conformity. Structural strength calculations strictly comply with the FEM 1.001 and EN 13001 crane design standards.
Hydraulic gantry lifting systems cover a wide range, including industry, energy, infrastructure, transportation, and manufacturing. Below are some common application scenarios for a hydraulic gantry crane.
| Type | Hydraulic Gantry Lifting Systems |
|---|---|
| Load Capacity | 5 ~ 800 tons |
| Span | 6 ~ 18 m |
| Lifting Height | 5 ~ 12 m |
| Column Number | Level 2/Level 3/Level 4 telescopic posts |
| Gantry Legs Number | 2 legs / 4 legs (common) |
| Travelling Method | Track / Trackless |
| Travelling Speed | 3–8 m/min (load) |
| Control Methods | Wired Control or Wireless Remote Control |
| Operating Pressure | 250 ~ 350 bar |
| Structural Steel Grade | Q345B / S355 (welds per ISO 5817 Level B) |
| Working Class | A3 ~ A5 per FEM 1.001 |
| Power Supply | AC380V/50Hz |
| Working Temperature | -20℃~50℃ |
| Warranty Period | 18 months |
VOITTO Crane is an ISO 9001-certified hydraulic gantry lifting systems manufacturer with more than 15 years of experience designing and delivering hydraulic gantry lifting systems to clients in over 60 countries. We are committed to providing customers with customized hydraulic gantry crane solutions. We can design fully customized hydraulic gantry lifting systems solutions tailored to your specific application needs, including lifting capacity, span, and work class.
If you have any requests or need further assistance, please feel free to contact us.
Alan
Crane Solutions Specialist · Voitto Crane
Specialized in Overhead Crane, Gantry Crane, Jib Crane, Port Crane & EOT Crane export solutions. 10+ years helping global clients with pre-sales consultation, capacity selection and site-specific configurations.
Standard hydraulic gantry lifting systems are rated from 5 to 800 tons per unit. However, tandem multi-unit configurations controlled by a single synchronous PLC can exceed this limit, enabling lifts well above 1,000 tons in special projects such as offshore topside installation.
The synchronous control technology for the hydraulic gantry crane system utilizes proportional directional control valves and pressure sensors, which are connected to a central PLC. The controller continuously monitors and compares the actual heights of each outrigger, adjusting the hydraulic flow in real time to maintain the maximum height deviation within ±1 mm, in accordance with ISO 4413.
Yes. Hydraulic gantry lifting systems are specifically designed for low-headroom applications. The minimum structural depth of approximately 300 mm — far less than conventional crane runways — allows operation inside existing buildings, substation bays, and underground facilities where overhead space is at a premium.
No permanent structure is required. Hydraulic gantry cranes travel on temporary steel runways or skid tracks laid directly on a prepared concrete slab with adequate bearing capacity — typically 20 t/m² or greater.
Our pre-sale team provides consultations, tailoring solutions to your needs and environment.
Offer customization options for lifting capacity, span and lifting height etc. to meet specific needs.
Real-Time Progress Updates: Weekly reports and PM communication.
Pre-Delivery Testing: 100% load & safety checks, detailed reports.
3-5 years warranty and free replacement for non-manufacturing defects.
24/7 online support and on-site assistance for crane issues.
Yes, our gantry cranes have participated in large-scale bridge construction projects and railroad construction in Brazil, Pakistan, Indonesia, Malaysia, Egypt, and other countries, in which we have played a particularly key role and contributed to these construction projects!
Large gantry cranes are typically shipped overseas through modular disassembly, where the crane is broken down into major components (beams, legs, hoists) for containerized transport. For mega-cranes, we use specialized heavy-lift vessels equipped with reinforced decks, and critical parts are protected with anti-corrosion coatings during transit.
Our gantry cranes support global voltage standards to ensure seamless operation worldwide. Solve any concerns you have about voltage.
Yes, our gantry cranes can be used stably in harsh environments such as strong winds or low temperatures due to their special construction and material structure.
The price of a gantry crane ranges from $1300 to $1900875. Usually, the price is determined by the specific parameters. Contact us now to get a more professional quote!
The Lifting Solution Built for Scale Some lifting jobs demand more than a fixed crane can offer. When loads are heavy, spans are wide, and the work happens outdoors or across large open areas, a gantry crane is often the only practical answer. From port container terminals to wind turbine assembly sites, gantry cranes handle material movement at a scale that few other systems can match. Stable structure, high load capacity, and wide operational range make them a core piece of equipment across heavy industry worldwide. This guide covers everything you need to understand about gantry cranes — what they are, how they work, which types exist, what they’re made of, and where each configuration performs best. What Is a Gantry Crane? A gantry crane is a large material handling system built around a portal frame structure. Two vertical support legs carry a horizontal main beam across the working area. This leg-and-beam combination forms a door frame — or gantry — which gives the equipment its name. The entire structure travels along ground-level tracks, with the trolley and hoist moving…
Gantry cranes are heavy-duty lifting equipment. Users apply it to material lifting tasks in high-load and complex outdoor environments. A gantry crane inspection checklist is especially important for a company that owns gantry crane equipment. If a gantry crane is not inspected and maintained for an extended period, it will not only reduce operational efficiency but may also lead to dangerous accidents. Therefore, regular inspections of gantry cranes are crucial. Next, this article will help you understand the gantry crane inspection checklist and cycle, thereby helping you mitigate risks and extend the service life of your equipment. How often do Gantry cranes need to be inspected? The gantry crane inspection cycle is determined based on the user’s usage frequency, work class, operating environment, etc. Typically, the gantry crane inspection checklist is divided into four levels, including daily, weekly, monthly, and annual. Below is a detailed description of the inspection content for each period. 1. Gantry Crane Daily Inspection Checklist The purpose of daily inspection is for the person in charge (mainly the driver or maintenance personnel arranged by the person…
VOITTO crane manufacturers offer 10 ton gantry crane for sale, with workshops, warehouses, construction sites, open-air storage yards, and manufacturing plants, providing the ideal lifting solution. The gantry crane has a stable design and a service life of more than 30 years. It can easily and smoothly lift and transport cargo weighing up to 10 tons. Next, we will introduce you to the types, features, advantages and prices of 10-ton gantry cranes so that you can better familiarize yourself with and understand it.If you’re still comparing capacity options at the lighter end, our 3 ton gantry crane for sale guide covers portable, truss, semi, and single girder types with full specs. In addition, Whether you require a single-girder or double-girder gantry crane, standard or non-standard height, the VOITTO 10-ton gantry crane for sale series offers custom designs to suit your application. Choosing a VOITTO 10-ton gantry crane not only increases productivity but also improves the safety and reliability of your production environment. 10 Ton Single Girder Gantry Crane Features and Advantages 10 Ton Truss Gantry Crane Features and Advantages 10…
A gantry crane is a large lifting equipment. It uses mechanical and electrical coordination to move goods from point A to point B. With high load capacity and space adaptability, it has become the first choice for many outdoor handling and lifting work. This article will systematically explain to you how does a gantry crane work and their application scenarios, helping you to become familiar with this large lifting equipment so that you can make a choice. What Is A Gantry Crane？ Gantry cranes are composed of two vertical columns and a horizontal main beam connected at the top, forming a movable gantry frame. Its distinctive feature is that it has a structural frame similar to the “gate” shape. Therefore, it is called a gantry crane. How Does A Gantry Crane Work The main structure of a gantry crane consists of a top main beam across the working area and two outriggers, which are movable or fixed along the ground track. When working, the motor drives the lifting mechanism to vertically lift the hook or grabber to lift the goods. The trolley…
Gantry cranes are important lifting equipment in modern industry and logistics. They are widely used in ports, railways, construction sites, and other places because of their stable structure, wide operating range, and strong carrying capacity. Different types of gantry cranes have their own characteristics in design and application, which can meet diverse lifting needs. If you don’t know which gantry crane is suitable for your use scenario, this article will systematically introduce different types of gantry cranes and their characteristics to help you understand the selection and application scenarios of this key equipment. What Is A Gantry Crane? A Gantry crane gantry frame structure consists of a main beam across the horizontal direction, vertically supported legs on both sides, and other structures such as the lifting system and cab. Its legs and main beam form a solid portal frame structure, so it is called a gantry bridge crane. What Is A Gantry Crane Used For? Gantry cranes are mainly used in harbor container handling, large-scale material handling, hydropower engineering, railroad manufacturing, and other projects, with a variety of functions, which can effectively complete…
In the world of material handling and heavy lifting, gantry cranes and bridge cranes are two of the most widely used and popular types of lifting machines. Although both excel in accurately moving large loads, their unique shapes and applications are somewhat different. This article takes a deep dive into the differences between the two types of cranes to help you determine and familiarize yourself with which type is best for your industrial needs. Structural Differences between Bridge Crane and Gantry Crane. When choosing a crane, it’s crucial to understand the structural differences between bridge cranes and gantry cranes. Although both types of cranes handle or move heavy loads, their structures and support mechanisms are very different. The structural differences between bridge cranes and gantry cranes will be explained in detail next: Bridge Crane: Bridge cranes are mainly composed of main beams, end beams, lifting trolleys or electric hoists, hoisting mechanisms, and other structures. Because its two ends are located in the concrete column or metal support, the shape is like a bridge, so it is called an overhead Travelling crane.…
English English 
Español
Português
العربية
Français
Русский