Heine Gamma GP Sphygmomanometer with Child Cuff

Additional information

Heine Gamma GP Sphygmomanometer with Child Cuff

Heine Gamma GP Sphygmomanometer with Adult Cuff. Standard Instrument with Push-Button Valve.

Equipped with an innovative, absolutely reliable and easy-to-operate push-button valve, the new GAMMA GP combines all the design and quality features of the tried and proven GAMMA G5.

• I nnovative Push-Button Valve. Fine and precise air-release rate adjustment, ultra-fast air-release, practically wear-free. Easy to operate by both left- and righthanded users.
• 5 Year Warranty*.

* The GAMMA GP is warranted against defects in manufacture and workmanship.

• Shockproof.
• Latex-free.
• Exclusive pressure-distribution system.
• Pressure-proof manometer.
• Ensures durability and reliability.
• Micro filter.
• Protects valve and manometer.
• Large diameter scale.
• 56 mm diameter black-on-white scale is easy to read.
• High quality indicator.
• Precisely calibrated, durable and shock resistant.
• Large insufflation bulb.
• 50 % larger bulb volume for fast inflation of the cuff. Exclusive air-release valve.
• Provides fine and precise air release rate adjustment, quick deflation, and extreme durability.
• A rubber-stop prevents valve-lock.
• Upper housing made of aluminium alloy with a shock absorbing ring protecting indicator andglass.
• Lower housing is moulded of shockproof plastic with shock absorbing, anti-slip coating.
• High quality, single-tube cuff with velcro fastener. Washable. Adjustable spoon (plastic).
• For both right or left-handed operation.

SHOCKPROOF

• Shockproof double-walled construction with unique manometerprotection.
• The robust double-walled construction with a unique triple manometer mount gives ideal protection against shocks, comfortably exceeding both the European EN1060 and the American SP9 tests.

AIR PRESSURE DISTRIBUTION SYSTEM

• Single-tube construction with an innovative air pressure distribution system.
• The valve construction provides ideal air pressure conditions to absorb pressure peaks in the air flow to the manometer during inflation. This advantage was only possible until now with twin-tube systems.