
550-10-1 Digital Chair Scale
Streamlined Healthweigh® digital chair scale designed for weighing patients who find it difficult or impossible to stand.
- Capacity
- 500 lb
- Readability
- 0.2 lb
Browse chair, wheelchair, bariatric, portable, and dialysis scales designed for accurate patient weighing in healthcare environments.

Streamlined Healthweigh® digital chair scale designed for weighing patients who find it difficult or impossible to stand.

Efficiently designed Healthweigh® digital chair scale for accurate and repeatable measurements for patients who find it difficult to walk or stand.

Healthweigh® mechanical chair scale designed for weighing patients who find it difficult or unsafe to stand on a conventional scale.

ADA-compliant dual-ramp wheelchair scale with wide ramp and gentle slope to help patients on and off the scale with ease.

Dual ramp metal wheelchair scale offering accurate, high capacity weighing for a wide range of patients.

Healthweigh® single ramp wheelchair scale for high capacity, accurate weighing for a wide range of patients.

Sleek dual ramp wheelchair scale with handrail, easy to move and store. Ideal for clinical and long-term care environments.

Dual ramp wheelchair platform scale with seat, ideal for mobile patients who need a seat especially during multiple weigh-ins.

Healthweigh® single ramp wheelchair platform scale for high capacity, accurate weighing for a wide range of patients.

Dual ramp wheelchair platform scale with side ramps allowing access from both sides, easing transport of the patient across the scale.

Summit™ Healthweigh® bariatric wheelchair scale for applications where typical wheelchair scales are not large enough for patient needs.

Summit™ Healthweigh® dialysis scale providing exceptional performance in dialysis centers, hospitals, and other healthcare environments.

Portable bariatric wheelchair scale with single ramp — can be transported anywhere when the patient is unable to come to the scale.

Portable bariatric wheelchair scale with dual ramp access for optimal traffic flow when two-sided access is required.