Our holistic DESIGN
Each issue is related to the others: an optimal access system can be designed only if all these aspects are considered together as part of the same problem, and solved recursively
HOW WE DO IT
GOAL: to design a system for to maintenance that first of all is safe and easy to use, to allow any qualified Subcontractor that will do the maintenance to operate safely, easily and efficiently
Intuitiveness: All devices to be used and the methodologies for the progression, described in detail in the final Handbook of the Maintenance supplied at the end of the executive design. Nonetheless the system must be as intuitive as possible, so that the possibility of a mistake is minimized.
Simplicity: To avoid errors during the operations or complications that can induce the operator to incidentally or deliberately
Redundacy: Each safety device must be designed with reasonable redundancy according to the maximum number of persons contemporarly operating
HOW WE DO IT
KNOW-HOW: Our know-how is also based on the over 1.3 Million hours accumulated experience by our operational company (part of the Fly service holding group).The team benefits from this knowledge to design ergonomically rational systems for rope-access , delivering strategies that ensure safe ,comfortable and efficient operations.
The team of architects, engineers, rope-access and safety at work specialists has an open mind approach to find the best technological yet simple-to-use solution for each project.
The experience gained with some of the most demanding projects worldwide, working in team with architects, facade engineers and installers, allows us to produce tools and accessories ,whether permanent or temporary, with minimal impact and integrated design.
INTEGRATED APPROACH: In the past alternative approaches were simply aiming at reaching the widest possible area for cleaning only: what is unique to our approach is a new limitless capacity to reach areas and carry a full maintenance process during the building lifetime.
This new and integrated approach demonstrates efficiency by considering also local environmental conditions such as pollution, prevailing winds and their interactions with building shapes and dust deposits, when planning lifetime maintenance cycles: the outcome is a fully customized cost-saving schedule, showing the correct timing for each maintenance and cleaning operation.
OUTPUT: The output is twofold: on one side an access manual explaining step by step the procedures to deploy the operators in all areas, on the other side the handbook of maintenance demonstrating each procedure with clear instructions backed by diagrams and figures (both manual and handbook are supported by an electronic format that can be installed on any portable device)