Scissor Lift & Boom Lift
Aerial and scissor lifts are only designed to lift people who need to perform work at heights. Designed to perform well on all types of terrain, they are optimal both indoors and outdoors. They are also perfect tools for working in tight spaces and narrow areas. A basket makes working several metres from the ground safe and easy, and users are comfortably positioned to perform a variety of tasks in a stable environment.
One of the major advantages of aerial lifts, scissor lifts, conventional lifts or any other variant of these machines is their cost-benefit advantage. Much less expensive than heavier equipment, they are ideal for small jobs and enable limited investments to be made for that purpose. This perfectly meets many basic needs and therefore offers an entry-level solution for people with very specific jobs to perform.
Depending on the components of the selected platform, maneuverability and mobility possibilities will vary to some extent. However, one of the shared strengths of all these tools is their heavy duty and highly durable design. They are machines virtually made only of steel and among the strongest on the market. Their components have protection and are sturdy, which limits breakage and ensures a very long service life. Some models are even designed for all-terrain use and can easily make their way over rugged terrain. This is solid, robust equipment that almost never breaks down and where downtime has been virtually eliminated.
Scissor and platform lifts are also available with various types of power supplies, such as diesel, electricity or dual energy. These variations allow you to choose a machine that is suitable for the particular terrain, such as for tools that will only be used indoors. They have a very long life, particularly as a result of the Snorkel boom, which is a unique component compared to competitors on the market. It is also the rougher design with fewer technological features that makes these products so durable, since breakage and repairs are consequently minimized.
