Automotive

Modern automotive environments involve lifting increasingly heavy components, from EV batteries to large subassemblies; these loads are not only difficult to move, but often require precise positioning in confined or busy workshop spaces.

Garages, service centres, and production environments are rarely static; they are fast paced, crowded, and constantly shifting. Fixed lifting systems or bulky equipment can restrict movement, while traditional methods like forklifts can introduce congestion, visibility issues, and safety risks.

Automotive work is a mix of scheduled tasks and unexpected repairs, each bringing very different demands. Planned work can be prepared for, with equipment and processes in place. However, reactive work, such as urgent repairs, often requires teams to act quickly, sometimes without immediate access to the ideal lifting setup.

From cars to buses, all with different dimensions and access requirements, makes it difficult to rely on fixed systems, as tasks such as lifting components or working at height become more complex as reach, clearance, and safe access all change.

Many components, such as glass panels and bodywork, aren’t just heavy; they’re delicate and expensive. They require careful handling, control and stable lifting to avoid damage during removal, positioning, or installation.