A refinery column, an offshore platform deck, or a power plant boiler wall are not typical work environments. The equipment runs hot, the structures are congested, and safety is the highest priority. When aerial lifts can’t reach the work and scaffolding takes too long to erect, crane-suspended personnel platforms become the access tool of record. […]
Crane personnel platforms for offshore and heavy industrial use Read More »
Machine builders and system integrators rarely have a lifting problem that fits a catalog solution. The equipment being installed or serviced has specific dimensions, weight distributions, and handling requirements. The facility it’s going into has crane capacities, aisle widths, and height restrictions that were set long before the machine was specified. And the end customer’s
Custom lifting platforms for OEMs: Supporting machine builders and integrators Read More »
Cranes and forklifts often touch the same loads at different points in a job. A platform might come off a truck on forks, ride a crane to elevation, then get shuffled again by a lift truck at the end of the outage. In that world, the idea of one platform that handles both is tempting.
Dual‑use crane/forklift platforms: When they make sense and when they do not Read More »
From the ground, a crane material platform and a man basket can look like cousins. Both have steel frames, floors, sidewalls, and lifting points. On a busy site, that similarity leads to “just this once” decisions: riding in a material basket, or loading heavy freight into a personnel platform. Those shortcuts ignore how different these
Material platforms vs personnel platforms: engineering differences and proper use Read More »
Crane‑suspended personnel platforms sit at the sharp end of your lifting program. When they fail, people get hurt first and everything else comes second. Regulators know that, which is why man baskets attract far more scrutiny than material platforms or generic below‑the‑hook gear. From an engineering point of view, a man basket is a purpose‑designed
How crane personnel platforms are load tested, certified, and inspected Read More »
Static capacity numbers are comforting. They fit neatly on a nameplate and into a lift plan checkbox. Unfortunately, suspended personnel platforms almost never see purely static loads in real operating conditions. Every start, stop, swing, and slight misjudgment at the controls introduces dynamic forces that can multiply the effective load on the platform, rigging, and
Shock Loading and Dynamic Forces in Suspended Personnel Platforms Read More »
Crane‑supported rescues sit at the intersection of your most hazardous work and your most tightly scrutinized procedures. Confined spaces already combine limited access, unpredictable atmospheres, and difficult ergonomics. Adding a crane‑suspended platform to that mix raises the stakes even further. When a rescue goes well, it looks controlled and straightforward. When it goes badly, investigators
Confined Space Rescue Using Crane Platforms: Engineering and Compliance Considerations Read More »
Crane‑suspended personnel platforms sit at the intersection of below‑the‑hook lifting and life‑safety. When a crane man basket fails, it is almost never a freak event. It is usually the end result of design compromises, undocumented modifications, and operational shortcuts that have been accumulating over time. The engineering expectations for these platforms are not ambiguous. OSHA
Common Design and Usage Mistakes That Lead to Crane Basket Failures Read More »
A man basket is a personnel lifting platform designed to elevate workers using either a crane or a forklift. Unlike material lifting cages, man baskets are engineered specifically for personnel hoisting. They incorporate structural reinforcement, fall protection systems, rated lifting interfaces, and regulatory compliance features required by OSHA and applicable industry standards. There are two
What Is a Man Basket? Engineering Standards, OSHA Rules, and Proper Use Read More »
Standard crane personnel platforms are designed for predictable conditions: moderate occupancy, conventional crane geometry, and general industrial environments. Many field applications do not meet those assumptions. When lift radius increases, occupancy rises, geometry tightens, environmental exposure intensifies, or owner specifications exceed baseline OSHA requirements, the structural behavior of the platform changes. At that point, adapting
When Standard Man Baskets Are Not Enough: Engineering Custom Crane Personnel Platforms Read More »
