Maintenance platforms for demanding industrial environments
Maintenance platforms developed for demanding industrial environments improve work safety and guarantee effortless access to hard-to-reach places in factories and other facilities.
Clever design ensures work safety, accessibility, work ergonomics and reusability
Thanks to their adaptable modular structure, our industrial platforms offer the optimal solution for maintenance platforms around machinery and equipment. They can also be used to build large entities of industrial platforms and walkways to cover entire factories and industrial sites.
Our maintenance platforms are always designed to fully support the maintenance, accessibility and operating requirements of the machinery they are intended for. Good design ensures work safety, accessibility and work ergonomics. It also enables a long platform life cycle and platform reusability.
Our automated planning system enables a 3D model of the platform solution to be quickly produced. This enables, for example, an easy collision inspection in the factory layout model. Our design service can include also measurements on site depending on the agreement.
Our modular structures are installed with bolted connections without welding or patch painting on site. The structure easily allows modifications to be made on site without welding. Adjustable bracketing makes installation easy on both new and existing structures.
The materials are galvanized and stainless steel. For special requirements, the platforms can be equipped with safety gratings.
R-taso designs and manufactures safe industrial platforms and walkways for your site. Our products fulfill the requirements of the EN ISO 14122 standard and are CE marked according to EN 1090.
The modular structure enables millimeter-accurate tailoring. Installation is quick and easy with no special tools needed, and thanks to bolted connections, there is no need for welding or patch painting on site.
The modular structure and adjustable fixing solutions allow installation tolerances even in challenging environments.