During the 1960’s, crane beam manufacturers ceased production of arch beam/window track for their runway and bridge beams. Unfortunately, these types of track systems are still prevalent in older manufacturing facilities today and could pose a real danger to employees working nearby.

Is it time for you to modernize and improve the safety of your overhead crane system? Learn how advanced technologies like collision avoidance, variable frequency drives, overload sensors, and remote diagnostics can help to improve the safety, performance, and reliability of your overhead crane equipment.

OSHA standards specify that employers need to provide fall protection training for their workers, but also have to have an inspection program in place to regularly inspect and assess the condition of their harnesses, lanyards, and retractable devices.

Are you researching gantry cranes and looking for more information on the definition of a gantry crane? A gantry crane is a type of overhead crane system that is...

The better you understand the design and specification requirements for your own crane system, the better equipped you’ll be to compare the different quotes you receive against the project criteria.

If you think your crane is currently exceeding its capacity and service classification, or you know your production needs will be changing in the future, contact a reputable crane service provider to schedule a consultation and see if your crane is a possible candidate for a capacity upgrade.

In most cases, the design and engineering team has to retrofit an overhead crane and its support structure into a space that wasn’t originally designed for a crane system.

Jib cranes are simple in design and have capacities ranging anywhere from 250 lbs. to 15 tons. Their ergonomic design can increase worker productivity, reduce workplace injuries, and improve safety.

The thoroughness of rigging and sling inspection programs varies from company to company and often depends on the qualifications and experience of the inspector. However, inspectors have OSHA 1910.184 and ASME B30.9 to consult for inspection guidelines and specific criteria for removal from service.

Overhead crane modernization can be as simple as replacing one component or replacing multiple component systems. A lot of business owners will take an “a-la-carte” approach and invest in the upgrade and replacement of multiple components of an aging crane system to improve efficiency, production, and help to improve safety.

Below-the-hook devices are sometimes an afterthought when safety and production personnel self-assess their lifting and rigging programs for compliance. It’s not that uncommon to see below-the-hook devices get overlooked, even when a company who has taken the steps to evaluate their overhead cranes, mobile cranes, and slings or rigging equipment for compliance.