Producto

Safety Halo for Boom Lifts

EQUIPOS DE SEGURIDAD


Boom lifts are highly versatile and beneficial tools, offering distinct advantages for a variety of tasks. First, they provide access to high and hard-to reach areas, making them ideal for tasks such
as inspecting and maintaining tall equipment, infrastructure, and structures. The extendable arms and rotating capabilities of boom lifts also allow for precise positioning, which is beneficial
for detailed work and reaching specific points in a complex mining environment.
The use of boom lifts, however, also introduces several safety risks. One key concern is that tools, materials, or equipment can accidentally fall from the elevated platform, posing a serious hazard to pedestrians and operators of nearby mobile plant equipment. The presence of other machinery, structures, or obstacles on a site can also pose collision risks.

Implementing exclusion zones like the Safety Halo™ is crucial, leveraging biophysics and psychology to instinctively enhance safety and eliminate potential hazards in challenging industrial environments. Our Safety Halo™ is the world’s first exclusion zone for large-scale mobile plant, projecting large distances, small in size, with a low current draw, and built to withstand the rigours of large-scale machinery.

Product features
• Projects well-defined, clear lines in red, green, or blue light.
• Robust design that withstands vibrations.
• Made with corrosion-resistant 6063 aluminium and 304 stainless steel.
• Low current draw means the product can be wired into existing lighting circuits.
• Can project long distances (up to 50 metres) not possible with other lighting technologies.
• Produces a highly saturated colour for an intensely visible exclusion zone that can be seen by those who are red/green colour blind.
• Small, lightweight, and simple.
• Manufactured in USA.

The Laser Safety Halo is available as a single light or part of a plug and play kit.




Video

Expositor

Incident Zero Pty Ltd

HIGIENE, SALUD Y SEGURIDAD INDUSTRIAL

2-G42-1