Vault Transfer Skids 

Safe Transportation of Radiation Shielding Flasks 

Safe and efficient transportation of heavy shielding flasks within nuclear reactor environments is a critical challenge. Unified Engineering’s innovative vault transfer skid addresses this need by delivering a custom-engineered solution for navigating tight spaces, sharp turns, and uneven surfaces. Designed to handle substantial weights and tailored for nuclear-specific requirements, this skid exemplifies our commitment to developing advanced material handling systems that enhance safety and operational efficiency in high-stakes industries.

Navigating the complex environment of nuclear reactors requires a highly specialized solution for safely transporting heavy radiation shielding flasks. These flasks, weighing up to 18,000 lbs., must traverse narrow spaces, tight turns, and slopes, while also being lifted vertically with precision. With no off-the-shelf options available, a custom design was essential to ensure safe and efficient movement of contaminated structures and tooling of various sizes.

The Solution:

Unified Engineering developed a robust prototype vault transfer skid tailored to the unique demands of nuclear reactor environments. Designed for a maximum load capacity of 18,000 lbs., the skid incorporates features such as a customizable top plate to accommodate flasks of different weights and sizes. Equipped with dual steering mechanisms—a Power Pusher attachment and a manual T-Handle—it enables tighter turning radii and precise maneuverability. Engineered to traverse obstacles like straight ledges up to 3/8″ in height and navigate sharp angles up to 66°, the skid ensures seamless transportation even in the most constrained spaces.

The Benefit:

The vault transfer skid delivers a safe, reliable, and efficient solution for handling radiation shielding flasks in nuclear facilities. Much like our in-station transfer skid, its innovative design reduces the risk of accidents, improves workflow efficiency, and ensures adaptability for various flask sizes and weights. By addressing complex material handling challenges, Unified Engineering provides a critical tool for advancing operational safety and precision within industrial, manufacturing, and power generation environments.