BINGO Evolution Mini

The BINGO Evolution Mini is a rehab pushchair that, thanks to its versatility and exceptional adaptability as the child grows, can be used almost universally for nearly any medical condition requiring a seating solution. It can accompany the user throughout their growth phase and can also be quickly adapted to new situations at any time.

Thanks to the 45° seat tilt and the independent backrest recline of up to 180°, virtually any conceivable positioning is possible. Specifications may vary by model; exact details can be found in the technical data.  A wide range of accessories, such as modular padding or harnessing, allows for fully customized support depending on specific needs.

Depending on the clinical picture, the tilt function is an indispensable feature, both for therapeutic approaches and for everyday use.

Children who are unable to position themselves sufficiently independently require the special support provided by the adjustable seating unit. This is because the seating position influences not only bodily functions and structures, but also the user’s activity and participation.

Key points to note here:

• The mechanism allows for switching between the three physiological seating positions - active, neutral, and passive - ensuring that body weight is distributed across a wide surface area, thereby helping to prevent pressure ulcers.
• Furthermore, this constant variation alternately engages and relieves all muscle groups. This regulation of muscle tone can, on the one hand, prevent spasms and, on the other, activate weak muscle groups. For example, a neutral or slightly negative seating angle emphasizes the dorsal (back) muscle chains, whereas a positive seating angle or a strongly tilted position tends to engage the ventral (abdominal) muscles.
• A seating angle of >90° can have a positive effect on leg extension spasticity.
• A seat angle of <90°, on the other hand, tends to have a positive effect on a general extension pattern of the trunk.
• A negative seat tilt facilitates transfers and can thus reduce spasms.
• A change in spatial position stimulates the cardiovascular system and metabolism and leads to increased awareness through a change in the field of vision.
• By adjusting the pelvic angle and thereby stimulating the core muscles, the spine can be stabilized, helping to prevent or at least support cases of scoliosis.
• The needs-based addition of lateral supports or harnesses promotes a physiologically and anatomically correct sitting position. The trunk stability achieved through this leads to optimal development of the child’s hand-eye coordination and the acquisition of physiological movement patterns in the upper extremities