|Crash test||20 G|
To go in search of perfection means pursuing continual challenge: the transformation of quality into something exceptional. The objective was ambitious but has finally been reached in an unprecedented way; Fox. Never before has a one man stretcher been seen that is so attractive outside and so perfect inside. This is due to the increased integral traction that guarantees incomparable dynamics in any situation. This in turn is due to the powerful motorization (pneumatic or electric) and to its secure and versatile frame, which just goes to demonstrate that with this stretcher nothing has been done by half. Agile, powerful and versatile in the corridors of hospitals as in... new horizons. Fox ha no problem in maintaining its starting position: at the head of progress. The renovated technical features of the Fox have given the engineers a good reason to further improve also the aesthetic aspect of the stretcher. The anterior part of the framework has undergone considerable restyling. The result is a certain refining of the features of the Fox which render its visibly technical performance clear to the most attentive of observers while maintaining the typical Spencer understatement. It is simply impossible to resist. Even at a first glance Fox promises lightness, stability, comfort and great manoeuvrability. Different solutions, new and consolidated, play their special roles in the creation of an improved level of operational safety. The increased rigidity of the X-form framework, the six enlarged wheels, the innovative system for the regulation of the structure, the configuration of the board are all the elements which enable Fox to establish new parameters in the world of stretchers. The innovative loading system establishes a new point of reference. It increases agility and reduces fatigue for the operators and therefore ensures that the patient can receive all the attention they deserve. During the development of the frame, various virtual prototypes have been used to create a complete dynamic simulation stretcher. Many projects and set-ups have been experimented on the frame of the stretcher in order to analyse its behaviour before validating the actual configuration. Therefore defined adjustments have been applied according to theoretic calculations on a real stretcher. Subjective measurements with different operators of different build have been taken. These have permitted our technical department to define the final calibration of the hydraulic lifting system. High comfort and excellent ergonomic characteristics allow reduction of physical employment, increased safety and improvement of the operator's performance. Its durability is guaranteed thanks to a stainless steel and polished aluminium frame. Maintenance is extremely easy because all components are highly accessible.