Seca 813 High Capacity Digital Floor Scale is for sale and available from our online store. VitalityMedical.com is the place to purchase Seca Bathroom Scales.

Seca 813 High Capacity Digital Floor Scale

The Seca 813 High Capacity Digital Floor Scale is ideal for weighing very heavy patients. It has a wide, low platform (1.8") and non-slip dimpled mat. The Seca 813 has a high weight capacity (440 lbs) and is made of stable integrated steel. An ideal field of application for Seca's highly precise floor scale is weight control in the medical sector. For the health-conscious person, it is also the ideal solution for one's own home: it combines comfort, stability, and safety.

The Seca 813 High Capacity Digital Floor Scale only weighs 5.73 lbs. but can support 440 lbs. The Seca 813 has an extra wide platform (17.12 inches) which is highly stable due to the integrated steel frame. Two good reasons why the floor scale is optimal for weighing heavyweight persons.

The Seca 813 Scale can be used comfortably and safely due to the extremely low platform (1.85 inches high) and the non-slip, but pleasantly soft dimpled mat. Older people or persons with disabilities have no problem getting on and using this floor scale. Of course, it is made of a smooth and shockproof material, the platform is extremely durable and easy to clean.

To ensure that measuring results are recorded quickly and correctly, the Seca 813 is equipped with an easy to read, 1.14" high LCD display.

Seca has been putting its experience at the service of health for over 150 years now, and as market leader in many countries of the world, is always setting new standards with its innovative developments for weighing and measuring.

The step-off function of the Seca 813 High Capacity Digital Floor Scale ensures that the measuring result is especially accurate because the scale automatically adjusts to zero every time. It weighs just under 6 pounds so the Seca 813 is great for mobile use. The scale accounts for any change in external conditions due to a change of location by the automatically resetting to zero.