The bespoke industrial access platform is an access and working-at-height device. CIPAL designs and manufactures it to order according to site constraints and operational requirements. It thus adapts to a wide variety of industrial environments and structural configurations.
Industrial access platform — two families for each configuration
CIPAL offers two main families of industrial access platforms. The suspended platform travels beneath an existing load-bearing structure via a rail and trolley system. The height-adjustable platform continuously adapts to the required working height. Both solutions furthermore incorporate handrails, access systems and locking devices compliant with applicable standards.
Careful design for demanding environments
Every bespoke industrial access platform meets the structural, seismic and durability requirements of the application. CIPAL thus pays particular attention to finish quality: deburring of edges, neat connections and surface treatment suited to the operating environment.
Applications across numerous industrial sectors
The bespoke industrial access platform finds applications across a wide range of industrial sectors. It is particularly suited to access and working at height in difficult-to-reach areas in industrial workshops, the maintenance of vehicles, machinery or equipment at variable heights in the automotive and railway sectors, intervention on overhead structures requiring seismic classification and long-term durability, and operations requiring a height-adjustable working surface in production environments. Its robust design and compliance with applicable standards thus make it a reference solution for companies requiring safe and reliable working-at-height access.
The engineering department sizes each industrial access platform according to the specific constraints of the application. It takes into account the type of equipment, frequency of use and the operating environment. Every unit is moreover delivered with a complete technical file: operating instructions, structural calculations and CE marking.
