Details
The Riester R1 Shock-Proof Sphygmomanometer is a precision aneroid blood pressure monitor engineered in Germany for clinicians who need accuracy that holds up to everyday handling. Unlike conventional aneroid sphygmomanometers that lose calibration accuracy after an impact or fall, the R1 uses patented (pending) shock-proof technology to maintain reliable readings, making it a smart choice for busy clinical settings where equipment gets bumped and dropped.
Key Features:
- Shock-Proof Design: Withstands falls from up to 47 inches (4 feet) without affecting measurement accuracy
- Accuracy: Maximum error tolerance of +/- 3 mm Hg
- Construction: Two-component ABS casing with metal precision valve at the valve base and air duct
- Cuff Connection: Metal threaded tube connector at the top of the casing for fast, ergonomic cuff exchange
- Inflation System: Optimized bulb design with integrated spoon for fast, ergonomic inflation, plus a non-resistant air release valve for precise, comfortable deflation
- Included Accessories: Latex-free adult-sized cuff and vinyl zippered carrying case
- Design Options: White casing with blue pointer, or black casing with red fluorescent pointer
- Weight: 6.1 ounces
- Warranty: 5-year warranty on calibration
- Recognition: Focus Green Silver 2008 Design Award
Ideal For:
- Hospitals, clinics, and medical offices needing dependable, drop-resistant equipment
- Home care and mobile healthcare providers who transport equipment between locations
- Patients or providers requiring a latex-free cuff option
Frequently Asked Questions:
Q: How shock-resistant is the Riester R1 sphygmomanometer?
It's built with patented (pending) shock-proof technology and can withstand a fall from up to 47 inches (4 feet) without impairing measurement accuracy.
Q: Is the included cuff latex-free?
Yes, the R1 comes with a latex-free, adult-sized cuff and a vinyl zippered case for storage and transport.
Q: What warranty comes with this sphygmomanometer?
It includes a 5-year warranty on calibration, backing its long-term measurement accuracy.
