Work Platforms Designed To Provide Safe Access For Temporary Work At Height
A portfolio of temporary work platforms manufactured by Easi-Dec Access Systems Ltd, a Kee Safety company: Easi-Dec, Mono-Dec and Solar Platform.
A cost-effective alternative to scaffolding
Easi-Dec work platforms have been designed to deliver safe rapid access solutions for temporary work at height. The work platforms are used extensively across many sectors for property maintenance tasks; window re-placement, roof and chimney maintenance and fascia, softfit and gutter repair. Flexibility and speed of installation are key criteria when considering access options, and the Easi-Dec range of work platforms provides both.
Easi-Dec work platforms have been tested to European and North American standards.
- Compliant with EN13374 Class C & EN12811
- Cost effective alternative to scaffold
- Assembled in minutes
- Transported in either transit type van or estate car
- Independently adjustable legs for uneven ground
- No tools assembly feature
- Height adjustable in seconds
- Lightweight and compact: easy storage and transportation
Easi-Dec is a work platform designed for two people, fully enclosed by a guardrail. The Easi-Dec platform provides safe, rapid access to roofline level, whilst spanning building obstructions such as porches and windows. Two or more Easi-Dec work platform can be securely linked with a Catwalk to form Roofline System.
A work platform providing simple rapid access to roofline level for a single worker. The platform is ideal for task like painting, cleaning soffits or re-pointing brickwork. Mono-Dec can be extended by use of a Catwalk joining onto another Mono-Dec to form a Trimline System.
A platform specifically designed to allow safe access up to roof level for solar panels installation, repair and maintenance. The platform incorporates a hoist facility and an opening in the floor of the platform to raise solar panels up to roof level. The platform can be extended by a Catwalk linking a Solar Platform and an Easi-Dec to form a Solar Access System.