Overhead Cranes Manufacturers and Companies

IQS Directory provides a detailed list of overhead crane manufacturers and suppliers. Find overhead crane companies that can design, engineer, and manufacture overhead cranes to your specifications. Peruse our website to review and discover top overhead crane manufacturers with roll over ads and complete product descriptions. Connect with the overhead crane companies through our hassle-free and efficient request for quote form. You are provided company profiles, website links, locations, phone numbers, product videos, and product information. Read reviews and stay informed with product new articles. Whether you are looking for manufacturers of overhead crane parts, overhead crane system, and overhead crane operator of every type, IQS is the premier source for you.

  • Fishers, NY

    Gorbel®, Inc. has over thirty years experience providing overhead handling solutions to customers in a wide range of industries. We offer a comprehensive line of products, including overhead cranes, to make sure that all of our customers needs can be easily met. To learn more about the products and services we can offer you, call or visit our website today!

    Read Reviews
  • Indianapolis, IN

    Established in 1953, Brehob Corporation offers customers 24 hour service operation, service and repair solutions, inspections for job safety and to save you money, load testing and capacity certification. Our technicians understand your needs and know your lifting equipment inside and out. Call today on your upcoming overhead cranes order to get started!

    Read Reviews
  • Springfield, OH

    Here at Konecranes, we provide innovated overhead cranes that are ideal for a number of industries and applications. We aim to give you a competitive advantage and our company has a track record to prove our ability to manufacture top of the line solutions. If you would like more information then please give us a call today!

    Read Reviews
  • Toledo, OH

    Since “custom” means made to one’s specifications, that’s how we produce the light cranes and other below-the-hook lifting equipment we manufacture. If ceiling-mounted or freestanding bridge cranes, jib cranes or other overhead crane systems are what you seek, contact us. PSRs are done here.

    Read Reviews
  • Broomfield, CO

    Wazee Crane has been a crane manufacturer since 1960. We are ASME, CMAA, MSHA, NEC and OSHA compliant. Contact us for overhead bridge, jib, gantry, workstation and davit cranes. If what you seek is not manufactured by us, we also have several brand-name manufacturers with whom we do business.

    Read Reviews
  • More Overhead Cranes Companies


We Can't Live Without Overhead Cranes

The Pyramids or Stonehenge might seem like marvels to us even today, as modern architecture and construction relies on heavy duty material handling equipment to transport and maneuver beams and other weighty loads, and move them to the necessary heights. Where would society be without our buildings, bridges, cargo ships, and other large vehicles and vessels, and the overhead cranes that help build them? Most industrial equipment manufacturing and large metalworking processes use built-in overhead traveling cranes to move objects around. Some are part of a facility's inner workings, providing... Read More

Erecting the Tower

The university I recently graduated from is constantly expanding. The most recent project is the construction of a new library. Even though the new library is located adjacent to the old one, the extra space, desks and books will surely be utilized come exam time. The old library is usually packed during all hours of operation. The university also needs a larger selection of books to cater to the increase in enrollment and variety of subjects areas. Construction has already commenced and is scheduled to finish sometime this summer. To... Read More

Overhead Crane Design Basics

Crane manufacturers around the country are dedicated to taking the guesswork out of overhead crane design for their clients. When working with a crane manufacturer, you'll need to form a partnership to ensure the end product matches your site and load capacity requirements. In general, all cranes are modified in some way to suit the needs of the job. Even though there are a finite number of standard crane types, and crane kits are offered to make installation simpler, each machine must meet the uniqueness of each situation. A common... Read More

New York Crane Training Debate Ensues

After a worker was killed in a crane accident in the beginning of April a struggle ensued over who will control the hiring of crane operators. The Department of Buildings would like to propose that anyone who is qualified and has the correct crane license in certain large cities to be allowed to work in New York. Potential candidates will undergo forty hours of overhead crane training systems and must meet the experience requirements. On the other hand, Local 14, the Crane operators union in New York, wants the city... Read More

The Overhead Crane Inspection Checklist

OSHA has many things to say about the proper utilization and maintenance of overhead and gantry cranes, and it's no wonder. When this equipment isn't used in compliance with overhead crane inspection checklists, and operators don't take the necessary precautions, serious damage can be done to anything in the crane's path. OSHA offers a full three-page compliance checklist for overhead and gantry cranes. There are a number of categories that need to be assessed, including general requirements; stops, bumpers, rail sweeps and guards; brakes; electric equipment; hoisting apparatus; ropes or... Read More

OMi Crane Systems, Inc. - Reliable Overhead Cranes

OMi Crane Systems, Inc. is a customer driven manufacturer of high quality overhead cranes. This company was founded in 1994 and over the years OMi Crane Systems, Inc. has expanded into an industry leader. OMi Crane Systems, Inc. offers a range of crane solutions including: gantry cranes, jib cranes, built-up hoists, runways, single & double bridge cranes, monorail systems and end trucks. This company takes pride in saying they are more than just an assembler of components but they are a true crane manufacturer with over 20 years of industry... Read More

businessIndustry Information

Visit our Recycling Equipment page

Overhead Cranes

Overhead industrial cranes, also called lifting cranes, are materials movement machines that are essential for many industrial processes including construction, loading and unloading of large objects, manufacturing and many other operations. Also known as hoist cranes, overhead cranes operate from an overhead steel beam or pair of beams bridged between two structural supports; a trolley runs along these beams carrying a hoist, which is used to lift and reposition heavy loads. They are powered by hydraulics, internal combustion or electric batteries.

Regardless of a crane's configuration, overhead cranes share three basic elements of construction: each uses a bridge, a trolley and a hoist. The bridge is the overhanging arm that bears the weight of the lift; in bridge cranes and gantry cranes, the bridge spans two supports, while jib crane and cantilever crane bridges are suspended in air from one support; in these cases, the load bearing arm is often called a boom. The trolley is the electrically or mechanically powered mechanism that moves the hoist and crane hook along the bridge. The hoist is the fixture responsible for lowering and raising the crane attachment, hook, grapple, fork or auger. Wire rope or nylon cables connect the crane attachment to the crane's main electric, internal combustion or hydraulic lift located at its base or at the top of its support, using electric motors for smaller applications and internal combustion or hydraulic power for doing larger, heavier work.

Because cranes work with extremely heavy, dangerous loads, frequent inspections must be performed on overhead cranes for safety purposes. Every day the operating mechanisms must be checked for maladjustment, the pneumatic and hydraulic parts for leakage, the hooks for deformation or cracks and the hoist chains and end connections for wear, twist or distortion. The running rope and end connections should be checked on a monthly basis for wear, broken strands and other problems. Periodically, the overhead cranes should be checked for deformed, cracked or corroded components, loose bolts or rivets, cracked or worn sheaves and drums, other worn, cracked or distorted parts (e.g. bearings, gears and rollers) and excessive wear on brake system parts, chain drive sprockets and chains. Other components to be inspected include electric or fossil-fuel motors, indicators and electrical components such as pushbuttons and limit switches. OSHA has published a set of guidelines for the safe operation of overhead cranes.

Overhead Cranes
Industrial Overhead Crane
Konecranes overhead cranes
Overhead Cranes – Konecranes, Inc.
Industrial Overhead Crane – Konecranes, Inc.
Konecranes overhead cranes – Konecranes, Inc.
Crane Hoist Fabrication Installation
Free Standing Work Station Bridge Crane
Overhead Cranes
Cleveland Tramrail Monorails- Blackstone-NEY
Konecranes overhead cranes – Konecranes, Inc.
Steel Industry Overhead Cranes – Konecranes, Inc.

Types of Overhead Cranes

Overhead cranes are industrial cranes that have application in a variety of industries. Overhead cranes have a bridge, which runs on parallel runways and a hoist to which the load is linked. Since they are employed in different environments, a single design cannot fulfill all requirements.

Therefore, for different needs, various configurations of overhead cranes are available, including the top or under running designs and single or double girder setups.

However, before going into the details, let us discuss some components of overhead cranes, so it is easier to understand when those parts are mentioned in the discussion.

Overhead cranes travel on runway beams that have an I-shaped cross-section and elements called flanges that prevent bending. The beams are hot-rolled and can withstand high shear forces.

The part of the bridge that travels on a runway beam is called end truck, which is a box girder that houses bridge idler wheel.

The bridge is the traveling structure of the overhead crane that spans the entire width of the facility, which consists of girder and two end trucks.

The structure that holds the hoist around on the bridge girder is called the trolley.

Bridge girders are the main traveling beam that contains the hoist and trolley.

The equipment that performs the lifting function in an overhead crane is called a hoist. The hoist is fitted on the trolley and can be of two types: wire rope or chain hoist.

These all are the common parts of an overhead crane, let us now move to the types of overhead cranes.

Top Running

As the name suggests, top running cranes travel on the top of the runway beams. The top running overhead cranes have high load capacity. Since a top running overhead crane hauls heavy loads, it has two bridge girders to give additional structural strength and has better headroom than other options.

Under Running

In an under running overhead crane, the end trucks move on the lower flanges of the runway beams. Also called under-hung cranes, they give more flexibility in an operation, as the hoist can get closer to the end truck in this type of setup. Moreover, it is cost-effective.

Top and under running overhead cranes can have a single girder or double girder formation. However, commonly, top running overhead cranes have double girders as they have to lift heavy loads.

Single Girder

Single bridge girder cranes are designed for lower load capacity; however, they are less expensive than the double girder alternative. When a crane has a single girder, regardless of the configuration, the hoist always travels on the bottom of the crane girder.

Double Girder

Since double girder cranes are designed for managing higher loads, they tend to be more expensive than the single girder configuration. In this design, the hoist is mounted on the bridge rim, unlike single girder, where hoist sits on the bottom of the girder, and due to this configuration, double girder overhead cranes offer greater hook height.

To determine which configuration is suitable for your requirement, you need to know the load capacity and design of the facility. You also need to know the power source, service rating, and material to be handled.

Factors to Consider Before Buying Overhead Cranes

Overhead cranes are the most common plant and facility equipment found in the manufacturing facilities because they virtually have no footprint in the working area. They, as the name suggests, travel on a set of overhead tracks and have a hook that acts a loading or unloading medium. They do not directly interfere with any machinery or equipment and can work around them without creating any obstacle to other operations.

If you are looking to install overhead cranes in your facility, then you have to consider a number of things before making the purchase. Here, we are discussing those things to help you making an informed decision.


The first thing that you need to know is the materials that you will handle with the overhead cranes. You need to identify whether you will move finished products, solid coils of steel or liquid substance. For these specialized needs, a specific type of hoist and auxiliary equipment are required. Inform your manufacturer about your needs and get a quote for available options; the process will help you buy a crane that will minimize cost but maximize productivity.


A girder is a structure that links the parallel running beams and, based on the application and load capacity, overhead cranes can be designed with single or double girders. To determine the girder design, you need to know the load rating, which is the amount of load you will pick up with your crane. A single girder design is preferred for the load capacity that ranges from 1 to 15 tons. When load capacity goes beyond this range, double girder designs are suitable.

Service Frequency Rating

You need to determine how often the crane will be used in your facility. The frequency of operation is called service rating, which, in other words, is the number of picks that will happen in a day at a specific load capacity. The rating scales go from Class A to F in the United States.

Top or under Type

Generally, two types of overhead cranes are available -- top running and under running. Under running design is suitable for lower load capacities. Since the high loads are not involved in this design, the bridge of the crane can move on the flange of the runway beam. The beam is completely supported by the roof of the facility. Whereas in the top running design, the bridge, as the name implies, travels on the top of the runway beam, which either is supported by the roof or has its supporting structures independent of the facility. Evidently, the top run design has more load capacity than under running design.

Power Source

Overhead cranes can be driven pneumatically, electrically, or manually. Manually powered cranes have limited abilities and are used in small-scale operations. Most commonly, the cranes are powered electrically with a three-phase electric system. However, in operations that involve oil and gas, pneumatically driven cranes are considered suitable.

All these factors should help you to make a right buying decision.