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Crane Manufacturers and Companies

IQS Directory provides a comprehensive list of crane companies and suppliers. Use our website to review and source top crane companies with roll over ads and detailed product descriptions. Find crane companies that can design, engineer, and manufacture cranes to your companies specifications. Then contact the crane companies through our quick and easy request for quote form. Website links, company profile, locations, phone, product videos and product information is provided for each company. Access customer reviews and keep up to date with product new articles. Whether you are looking for manufacturers of industrial crane manufacturers, commercial crane manufacturers, suspension crane manufacturers, or customized cranes of every type, this is the resource for you.

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Gorbel®, Inc. is one of the top industrial cranes manufacturers in the industry. Our manufacturing experience allows us to continue developing new riveting technology. It`s impossible to compare others with Gorbel`s patented technology and driving force in the industry with GForce® & Easy Arm™ Intelligent Assist Devices, PIVOT PRO™ and Tarca® Systems.
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An employee-owned company, Brehob Corporation`s Crane and Hoist division offers products for sale that can be customized for diverse applications. Representing the industry`s best crane manufacturers, Brehob Corporation provides an extensive product line including large, portal, used, portable, lift and construction models. Call or visit our website today to learn more!
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The superior ruggedness, dependability & know-how Konecranes puts into their custom overhead cranes, rebuilds & mods means customers get highly engineered machines that outperform & outlast in even the toughest conditions. Built for your application, we offer single & double girder cranes, hoists, runway systems, crane components & installation. Lowest owning/operating cost of any overhead crane!
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G.W. Becker offers a full spectrum of superior overhead crane products & services for a competitive advantage. Look forward to years of reliability from these custom overhead cranes & hoists, including single & double girder, gantry, stacker, jib & workstation cranes, with turnkey install, packaged crane equipment assembly, parts for all makes & models, & full service from inspections to upgrades.
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Since 1972, SISSCO has been providing overhead bridge cranes to public utilities, transit authorities, and the manufacturing sector. We specialize in assembling a complete overhead bridge crane package and installing it quickly and efficiently. The result is an overhead bridge crane installed and ready for safe operation on schedule.
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Crane Manufacturers

Crane manufacturers are operations that supply industries and commercial operations with materials suspension equipment. Materials handling operations require a great diversity of equipment to accommodate all of the different kinds of loads that they are used to move. Cranes are often indispensable tools for such operations.

Crane manufacturers offer many different varieties of cranes. They are made for a wide range of lifting and positioning applications and vary in load capacity up to nearly 1,000 tons. Bridge cranes, which in some cases are known as track cranes, are stretched across building structural beams and used as permanent fixtures in manufacturing or distribution facilities, operating from a set of overhead rails. Gantry cranes are bridged between two movable supports, often on wheels, and are typically used outside in large industrial construction applications. Jib cranes, unlike other classes of overhead cranes, are only supported on one side by a vertical support or wall fixture; many workstation cranes are types of jib cranes. A beam extends from the support or wall on a pivot, while the trolley carries the hoist along the overhead beam. Stacker cranes are used in automated computer warehouse systems and move vertically or horizontally on tracks to reach items in large storage facilities. They are an alternative to forklift trucks and are popular in warehouses where conditions are inhospitable to workers. For crane applications that require more than linear movements or are in hard-to-reach places, mobile cranes are used as an alternative to overhead cranes. A large percentage of modern construction operations are accomplished with the help of some kind of crane. Bridges, monuments, cargo ships and other large vehicles and vessels are built using gantry cranes, and most industrial equipment manufacturing and large metalworking processes use built-in overhead traveling cranes to move objects around. Bridge cranes present a safe, easy-to-use alternative to ground transportation in many situations, particularly when handling extremely heavy or awkwardly shaped objects. Because all of a bridge crane's constituent parts are suspended above ground, they do not occupy any space on the ground. Small jib cranes can provide excellent relief from factory or assembly workers continually lifting and moving objects around a facility while taking up little or no valuable floor space. Cranes used for material and equipment handling within a facility, like monorail cranes that are mounted to the ceiling, are often referred to as workstation cranes.

Gantry cranes are one quite common crane variety. Gantries are sometimes supported on one side only and are usually counterbalanced on the side opposite the hoist; these are called half gantries, semi-gantries or cantilevered gantries. Jib cranes differ from semi-gantries or cantilevered gantries in that the overhead arm typically pans 180 degrees horizontally, as opposed to the half gantry's fixed arm. Jib cranes may have a portable one-sided support, or smaller workstation jib crane arms may be attached to the wall; these are often called wall cranes.

Still more innovations have been offered by crane manufacturers even within the context of individual crane configurations. The bridge crane, for example, is available in single and double girder configurations. A bridge crane is a complex of vertical girders to which one (in the case of single girder cranes) or two (in the case of double girder cranes) girders are attached. Attached to the girder or girders is a winch system that is used for lifting and lowering objects. Single girders are sometimes mistakenly considered to be diminished in their capacity for lifting loads compared to double girder varieties. In reality, the only significant difference between single girder and double girder varieties is the maximum height that the bottom of the winch hardware can achieve. Crane manufacturers can advise their customers about the best configuration for a given use. Especially in the construction industry, the applications for cranes can vary widely from project to project. In many cases, such as in the construction or repair of a bridge, mobile cranes, the dimensions and capacities of which can be specially suited for the task, are designed with that specific project in mind. This can be true in many other specialized applications as well.

Ceiling Mounted Bridge Crane
Cleveland Tramrail Underhung System
Industrial Bridge and Jib Cranes
Ceiling Mounted Bridge Crane - Gorbel, Inc.
Cleveland Tramrail Underhung System - Gorbel Inc.
Industrial Bridge and Jib Cranes - Brehob Corporation
Crane Hoist Fabrication Installation
Free Standing Work Station Bridge Crane
Overhead Cranes
Crane Hoist Fabrication Installation - Brehob Corporation
Free Standing Work Station Bridge Crane - Gorbel Inc.
Overhead Cranes - Konecranes, Inc.

Overhead Cranes and Their Advantages

Overhead cranes, also known as hoist cranes, are the simplest among different types of cranes; they consist of a simple overhead or elevated structure on which a hoist, a lifting medium, travels. However, this type of crane is extensively employed in industrial settings, as overhead cranes have high lifting capacity, and the hoist provides motion along different axes; you can move object side to side, up and down, and back and forth.

Overhead cranes can move heavy loads without interfering with other machines and equipment, as loads are moved through the overhead space. The crane eliminates the need for lifting trucks in a facility's aisles, which can lead to accidents. There are a number of ways to operate overhead cranes; they can be directed manually using a wired pendant station or wireless control system. The crane is powered either by an electric hoist motor or by a pneumatic device. Since overhead cranes have multi-directional movement, they can be used in storage, loading, unloading, and manufacturing activities. Based on the need, they can be installed inside a facility or outdoors, such as at shipping yards and railway ports.

Areas where overhead cranes can be employed:

  • Overhead cranes are a preferred choice for moving heavy and large objects from a yard or dock to a warehouse and vice versa.
  • Cranes can be a part of an assembly line, where they move unfinished products or units across production stations.
  • They are also employed in transporting finished goods to railcars and trailers.
  • Overhead cranes have application in staging areas where they hold products.

Advantages of overhead cranes:


Overhead cranes can be used indoors and outdoors, and can accommodate changes in operation.

Customization ability

A host of additional components, such as end effectors and hook attachments, can be easily added to overhead cranes. A single crane can perform different tasks with few additional tools.


The operation of overhead cranes is easy, and an operator can be trained in a matter of days, whereas other crane operators have to go through extensive training to be an operator. Moreover, as no manual lifting is involved, it reduces fatigue among operators.


Overhead cranes are the safest plant and facility equipment; it removes the probability of accidents since objects do not intervene with others.

Low maintenance

Since there are few moving parts, wear and tear is limited, which directly cuts maintenance cost.


Since overhead cranes do not have to maneuver across aisles, the loads are transported along a linear path, making the operation faster.


The modern wireless operation and independent push button panels keep operator out of danger associated with loading and unloading.

Cuts labor expenses

With the installation of a single overhead crane, the need of forklifts and their operators can be eliminated. The overhead crane also makes the operation lean since a single operator can manage loads of work, easily.


With overhead cranes, objects or loads can be lifted to greater heights than the alternatives like forklifts. A warehouse can be stacked more efficiently with the help of an overhead crane.

Crane Manufacturer Types

  • Automated cranes fall between completely manual and completely robotic systems and are used in applications in which robotic systems are much too expensive and complex to operate. Automated cranes are equipped with encoder-based fixed belt position and drive assemblies and operate through a preset cycle or cycles.
  • Bridge cranes, one of the most common types of overhead crane, consist of girders, trucks, end ties, a walkway and a drive mechanism, which carries the trolley and travels in a direction parallel to the runway.
  • Construction cranes are heavy lifting equipment used during construction processes.
  • Electric cranes are cranes whose operation is powered by electricity.
  • Gantry cranes are a type of overhead crane in which the bridge for carrying the trolley or trolleys is rigidly supported by two or more legs running on fixed rails or a runway.
  • Hoist cranes is a generic term for a crane that is capable of lowering and lifting a load. Most cranes have hoists. 
  • Industrial cranes are machinery that use levers and pulleys to operate a long truss, or arm, that lifts, lowers, carries and relocates what cannot be moved by smaller machinery or human power.
  • Jib cranes are designed with a bridge girder, commonly called the "boom," fixed at one end, allowing the opposite end to cantilever. The fixed end generally is hinged to allow rotation, and the jib can be telescopic 
  • Lifting cranes are machinery that use levers and pulleys to operate a long boom, or truss, that lifts, lowers, carries and moves loads that are too heavy to be moved by smaller machinery or human power.
  • Mobile cranes include any sort of crane that is mounted on a mobile vehicle on land, air or water.
  • Overhead cranes are cranes that are used in all kinds of industrial applications; they can be used for the lifting of products in a wide variety of contexts.
  • Powerhouse cranes have crane bridges to carry a heavy-lift hook trolley that is sometimes equipped with an auxiliary host. Powerhouse cranes are able to be accurately, reliably and safely operated due to their variable speed controls.
  • Stacker cranes have mechanisms similar to forklifts and move along tracks that are part of an AS/RS retrieval system. They are used to help maximize vertical storage space because they can access trays and pallets on very high storage racks.
  • Track cranes are cranes that move along a track or monorail within an industrial facility.
  • Tower cranes consist of a base bolted into a large concrete pad and a mast (or tower) that gives the tower crane its height. The mast is connected to the base and the gear and motor-called a slewing unit-that allows the crane to rotate. Tower cranes are used in the construction of tall structures. 
  • Workstation cranes are used in indoor facilities for material and equipment handling, lifting and relocating.

Crane Manufacturer Terms

Beam - A rolled structural steel member, typically used as a bridge girder for short span or low capacity cranes.
Bogie - A type of short end truck that is attached to the end of one girder or to a connecting member if more than one truck is utilized per girder. Bogies are used when the design of the runway necessitates more than four wheels on the crane.
Boom - A mechanism mounted horizontally on the trolley of an overhead crane. A load is lowered or hoisted by the boom at a point other than directly under the hoist drum or trolley.
Box Section - An enclosed, rectangular cross-section of girders, trucks or other members.
Bridge - The part of an overhead crane that carries the trolley and travels parallel to the runway. Bridges consist of girders, trucks, end ties, a walkway and a drive mechanism.
Bridge Conductors - An electrical conductor, at times incorrectly referred to as a "trolley conductor," that provides power and control circuits to the trolley. Bridge conductors are located along the bridge girders.
Cab - The compartment from which the operator controls the crane.
Camber - The slight upward vertical curve given to girders to partially compensate for deflection due to hook load and weight of the crane.
Carrier - An assembly, also called a "trolley," that supports a load and runs on a monorail track or crane girders.
Cover Plate - The top or bottom plate of a box girder.
Dead Load - The loads on a structure that remain in a fixed position relative to the structure.
Footwalk - The walkway with handrail and toe-boards, attached to the bridge or trolley for access purposes.
Girder - The principal horizontal beams of the crane bridge, which support the trolley and are supported by the end trucks.
Hoist - A mechanism used for lifting and lowering a load.
Hook - The lifting attachment point suspended from the hoist machinery, typically single- or double-pronged. Double-pronged hooks are known as "sister hooks."
Idler Sheave - A sheave used to equalize tension in opposite parts of a rope.
Load Block - The assembly of hook, swivel, bearing, sheaves, pins and frame suspended by the hoisting ropes.
MEL (Mean Effective Load)
- A load used in durability calculations accounting for both maximum and minimum loads.
Sheave - A grooved wheel or pulley used with a rope or chain to change direction and point of application of a pulling force.
Trolley - The unit carrying the hoisting mechanism that travels on the bridge rails.
Web Plate - The vertical plate connecting the upper and lower flanges or cover plates of a girder.

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