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Critical Handling Solutions

PAR Systems is a global leader in the creation, building, and maintenance of specialty cranes for a wide range of industries.

Our cranes leverage intelligent technology to operate within the strictest regulatory compliance standards. Working on some of the largest and most critical material handling applications in the world, our cranes leverage patented anti-sway technology to ensure safe, accurate operation.

Our custom specialty cranes can be engineered to operate safely within any and all applications, such as: nuclear decommissioning, underwater, munitions demilitarization, environments with explosive particulate gasses, and radioactive and caustic environments. Read more about our unique innovations and expert insights into critical handling applications.

PAR Systems provides key technology for Chernobyl's clean-up, including Main Cranes and TensileTruss™ for safe, remote dismantling of the destroyed reactor.
PAR Systems played a key role in Chernobyl cleanup by providing TensileTruss™ technology and a 96m crane system for robotic decommissioning of Reactor 4.
PAR Systems developed a submersible tool platform for fuel and debris removal at Fukushima Daiichi, using TensileTruss™ and Westinghouse manipulator arms.
PAR Systems wins MHTA Tekne Award for its advanced Main Crane System (MCS) and TensileTruss™ technology used in Chernobyl reactor cleanup efforts.
PAR Systems named a finalist for the 16th Annual Tekne Awards for its Main Crane System (MCS) and TensileTruss™ technology used in nuclear cleanup efforts.
PAR Systems ships its largest remote robotic nuclear crane, MCS, to Chernobyl for reactor cleanup using advanced TensileTruss® technology for safe deconstruction.
PAR Systems won the Corporate Middle Market category at the BOLD Awards for its innovative design of a crane system to aid in decommissioning the Chernobyl site.
PAR Systems and Ederer, LLC won a multi-year subcontract to design, fabricate, and test the Main Cranes System for the Chernobyl New Safe Confinement project.