RZ-Medizintechnik GmbH 259-180-155 RZ Medizintechnik GmbH

CATALYST 4 MANUAL WHEELCHAIR

The PABLO Lower Extremity system is a sensor-based therapy system for gait assessment and movement feedback.

PABLO System is a modern therapy device for the rehabilitation of patients suffering from motoric dysfunctions; it is primarily used for neurological rehabilitation purposes.

Airsonett is based on the Temperature controlled Laminar Airflow (TLA) technology. The air from the room enters the Airsonett and passes a filter that captures allergens and other particles. The filtered air is cooled to slightly below the ambient room temperature and is supplied with a low velocity from the air supply nozzle. Since the filtered air is slightly cooler, and therefore heavier than the surrounding air, the filtered air will descend slowly from the air supply nozzle by means of gravity in a laminar manner (non-turbulent). This descending colder air counteracts the body convection, displaces the allergen load in the breathing zone and thus dramatically reduces the level of inhalant allergens for the patient all through the night.

Capsa Avalo Anesthesia Cart with key lock

K-WIRE TROCAR POINT BOTH ENDS .062 X 4

2108 Series Sagittal Blade (28.9 x 0.64 x 58.7mm)

Neurofeedback Software

FORCEPS CANINES #4

CATALYST 4 MANUAL WHEELCHAIR

The PABLO Lower Extremity system is a sensor-based therapy system for gait assessment and movement feedback.

PABLO System is a modern therapy device for the rehabilitation of patients suffering from motoric dysfunctions; it is primarily used for neurological rehabilitation purposes.

Airsonett is based on the Temperature controlled Laminar Airflow (TLA) technology. The air from the room enters the Airsonett and passes a filter that captures allergens and other particles. The filtered air is cooled to slightly below the ambient room temperature and is supplied with a low velocity from the air supply nozzle. Since the filtered air is slightly cooler, and therefore heavier than the surrounding air, the filtered air will descend slowly from the air supply nozzle by means of gravity in a laminar manner (non-turbulent). This descending colder air counteracts the body convection, displaces the allergen load in the breathing zone and thus dramatically reduces the level of inhalant allergens for the patient all through the night.