head.html

Delwa Star WS-FM Wrist Blood Pressure Monitor, Body Fat

site_links.html

print-head.html

Call TollFree: 888-345-4858
Fax: 425-222-6030

Delwa Star WS-FM Wrist Blood Pressure Monitor, Body Fat

We're sorry, but it appears that your browser does not have JavaScript enabled. JavaScript is required for proper operation of our Shopping Cart.

Please call us at toll free at 888-345-4858 to place your order, Monday through Friday, 8 AM - 5 PM Pacific Standard Time.

intro_block.html

Wrist Watch Blood Pressure Monitor reads Body Fat - Delwa Star WS-FM

products_sell_block.html

supplier_block.html

blocks/banner_panels/product-page.html

61225
Shipping
Stock

product/sales_block.html

Check out our Seasonal Specials!

qmsku_bullets_limit.html

Cuff Size: 5 1/4 to 7 3/4 inches
Memory: 7 Measurements
Technology: Body Fat Monitor

61225 - Wrist Blood Pressure Monitor - Includes QM2000 Body Measuring Tape

qmsku_flags.html

Latex Free
Made In Usa

product/tabs.html

Description
Features
Specs
Images
Warranty/Return
FAQs

intro_paragraphs.html

QuickMedical Lowest Price Guarantee Seal

Low Price Guarantee Form

The Delwa-Star WS-FM is the first fully automatic wrist blood pressure monitor with combined fatmeter or body fat monitor. Features of the wrist blood pressure monitor include automatic inflation and deflation with dual fuzzy logic that measures systole, diastole and pulse rate. The Delwa-Star WS-FM stores 7 blood pressure measurements and calculates the average. The large LCD display switches off automatically and is guaranteed accurate to +/- 3 mmHg.

To use the Delwa-Star WS-FM Fatmeter simply plug the sensor of the fatmeter into the wrist blood pressure monitor. The fatmeter or body fat monitor will measure body fat in percentage, calculate BMI (Body Mass Index), and store up to 4 personal data settings including gender, age, weight, and height.

The Delwa-Star WS-FM Wrist Blood Pressure Monitor comes with a "Swiss Calibration Certificate" which gives the user total security and confidence in using the device. The calibration is made in accordance with the Swiss calibration requirements SN EN 45001. This gives the customer a guaranteed accuracy of +/- 3 mm Hg which is indicated on a calibration certificate.

see_also_links.html

Also See:

product/features.html

Wrist Blood Pressure Monitor

Blood Pressure Monitor with combined Body Composition Analyzer
Easy to use: One switch turns device ON/OFF and automatically starts measurement
Large Digital Display
Guaranteed accurate plus or minus 3 mmHg
Automatic inflation and deflation
Measures systolic, diastolic and pulse rate
Stores 7 measurements and calculates the average
Switches off automatically
Includes 2 AAA Batteries and storage box

Body Composition Analyzer

Calculates BMI (Body Mass Index)
Measures body fat in percentage
Plug sensor into blood pressure monitor
Stores up to 4 personal data settings including gender, age, weight and height
Recalls last setting

product/specs.html

Delwa Star WS-FM Wrist Blood Pressure Monitor, Body Fat
Accuracy	Pressure +/- 3mmHg or 2% of reading Pulse +/- 5% of reading
Display	LCD display
Measurement Method	Oscillometric
Measurement Range	Pressure: 0-300 mmHg Pulse: 40 to 160/minute
Memory	7 measurements and the average 4 personal data settings
Power Supply	2 AAA (LR03) type batteries (LR03) type batteries
Size	6 3/4 x 4 x 4 1/2 inches (HxWxL) 17cm x 10.5cm x 11.5cm
Weight	13 oz. (369grams)
Wrist Circumferance	5 1/4 to 7 3/4 inches / 13.5 cm to 19.5 cm

product/images.html

Delwa Star WS-FM Wrist Blood Pressure Monitor, Body Fat

Fatmeter plugs into blood pressure monitor

product/warranty_return.html

Limited Lifetime Warranty

Limited Lifetime Warranty on all manufacture defects

30 Day Return Policy

This product comes with a 30-day money back guarantee. Simply call one of our sales associates to obtain a return authorization number and ship the product in its original packaging to our warehouse.

product/faqs.html

Q: What is Blood Pressure?

Blood pressure is the force exerted by the blood upon the walls of the arteries. The pressure in the arteries originates in the pumping action of the heart, and pressure waves can be felt at the wrist and at other points where arteries lie near the surface of the body. Since the heart can pump blood into the large arteries more quickly than it can be absorbed and released by the tiny arterioles and capillaries, considerable inner pressure always exists in the arteries. The contraction of the heart (systole) causes blood pressure to rise to it's highest point, and relaxation of the heart (diastole) brings the pressure down to its lowest point.

A sphygmomanometer measures blood pressure in millimeters of mercury. The normal blood pressure readings in young people are about 120 mm for systolic pressure and about 80 mm for diastolic pressure, commonly written as 120/80 and read as one-twenty over eighty. With age, and the constriction of the small arteries and then the large ones, blood pressure increases, so that at 50 years, normal individuals have a systolic pressure between 140 and 150, and a diastolic pressure of about 90.

Factors other than heart action and the condition of the arteries also influence blood pressure. Temporary high blood pressure usually occurs during or following physical activity, nervous strain, and periods of rage or fear. Therapy for persistent high blood pressure, sometimes called hypertension, consists of sufficient rest, a diet low in salt and alcohol, reduction in weight where there is obesity, and increased exercise.
Q: What is High Blood Pressure/Hypertension?

Hypertension or high blood pressure results from an increase in the amount of blood pumped by the heart or from increased resistance to the flow of blood through the small arterial blood vessels (arteries). Hypertension is generally defined as a blood pressure reading greater than 140 over 90. When the cause is unknown, the condition is called primary, or essential, hypertension. When a known cause can be identified (e.g., a disorder of the adrenal glands, kidneys, or arteries), the condition is know as secondary hypertension. Factors such as heredity, obesity, smoking, and emotional stress are thought to play a role.