The New Remote-Controlled Single Beam Gantry Crane for Steel and Pre-cast Handling Applications Hazel Crest, IL: February 2024. For Immediate Release. Mi-Jack Products, the industry leader and innovator in Travelift and Translift Rubber Tired Gantry cranes, proudly introduces the Monobeam, a remote-controlled single beam gantry crane designed especially for steel and precast handling applications. With …
Virginia’s largest ever transportation infrastructure endeavor, the Hampton Roads Bridge-Tunnel Expansion project, involved the use of two Mi-Jack Travelift RTG Cranes to ensure safe, quick, and reliable construction efforts. Home to 1.7 million residents, the largest Navy base in the world, and one of the major commercial shipping ports on the East Coast, this project resulted in expanding a 10-mile stretch of the I-64 corridor in the Norfolk and Hampton areas of Virginia, which now sees significantly improved traffic flow.
The new technology allows multiple machines to operate without an operator, and when paired with an auto-spreader, no rigging is needed, thereby making the process safer and more efficient.
Trumbull Corporation is building a new dam outside of Pittsburgh PA. The Mi-Jack MJ70HD Travelift crane is being used to lay concrete and steel to fill the dam. The inside clear width is the largest Mi-Jack has ever made at 109’. It also features GPS steering, wireless remote, Hoist and Traverse Synchronization, and more. This …
Chet Morrison Contractors, LLC in Houma, Louisiana, uses an MJ70HD with a 62’5” inside clear width to handle 75’ & 90’ sections of “risers.” Mi-Jack worked with the customer for 6 months to develop yard layouts that maximize the customer’s storage capabilities & to design an auto spreader for handling risers without ground rigging. The …
This #ThrowbackThursday, we’re remembering when Discovery Channel featured Mi-Jack 1200R Translift cranes on an episode of Extreme Machines. The 1200R can lift the weight of as much as 25 smart cars and shorten a worker’s day by half where trailer movement and loading is concerned. Watch the Discovery Channel video to learn more.