Seca 763 Measuring Station

£729.00

Electronic weighing and measuring station with automatic BMI calculation

After weighing and measuring, both values are indicated on two LCDs integrated into the display panel. On the basis of these values, the seca 763, at the touch of a button, automatically calculates the BMI of the patient. This value provides information on the general nutritional condition of the patient on the basis of the recognised WHO standard. With its capacity of 250 kg, its low platform and very robust design, the weighing and measuring station is particularly suitable for heavyweight patients.

Description

Comfortable determination of all relevant data in just one process
The combination of scale and measuring rod makes it possible to determine the nutritional condition in just one time-saving step. At the touch of a button, the seca 764/763 determines the Body Mass Index (BMI) on the basis of the height and weight of the patient.

Extra high capacity and low-level platform
With a capacity of 250 kg/350 lbs and a robust, cast-iron base, the seca 764/763 is also ideal for heavyweight patients. An additional benefit is the large but low-level platform. The ribbed rubber mat gives the patient a secure footing.

Reliable documentation of the results with the integrated thermal printer
The integrated printer is activated automatically when the patient steps on the scale. After determining the weight, height and BMI, the results are simply printed out. If the measuring station is equipped with a time module, the time and date also appear on the 58 mm wide printout. This reliable documentation not only facilitates the handling of data but also ensures that error sources are in future ruled out – e.g. wrong information from patients when not accompanied during weighing.

Mobile with transport castors
In spite of its sturdy construction, the digital weighing and measuring station is mobile: integrated castors make transport easy. Its adjustable levelling feet ensure that the scale stands securely even if the surface should be uneven.