Overview for Riester 10670 C Battery Handle for Ri-scope, Ri-derma & EliteVue Instrument Heads
This Battery Instrument Handle uses two type C Alkaline, Lithium-ion, or NiMH Batteries and is used for 2.5V and 3.5V Ri-scope® and Ri-derma® instrument heads. It has the Rheotronic® Electronic Light Adjustment feature which is a patented technology feature that regulates the light intensity of the instrument. The instrument is activated when the user lightly taps a rotating button which will offer immediate 100% light output. Adjusting the light is as simple as lightly tapping the + or - for higher or lower light intensity. Deactivation occurs when the button is pushed for longer. The feature also provides safety and conservation of the battery by automatically shutting off the instrument after 120 seconds.
The Riester 10670 C Battery Handle is a premium diagnostic handle engineered for use with Ri-scope®, Ri-derma®, and EliteVue® instrument heads. Designed for clinicians seeking reliability and flexibility, this handle supports both traditional and rechargeable power options.
Key Features:
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Power Compatibility: Operates with two C-cell alkaline batteries, a rechargeable NiMH battery, or a lithium-ion battery (batteries not included).
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Adjustable Illumination: Features Riester's Rheotronic® electronic light adjustment, allowing for smooth, continuous control of light intensity via a rotating rheostat.
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Automatic Shut-Off: Includes an automatic shut-off feature that powers down the handle after 120 seconds of inactivity to conserve battery life.
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Ergonomic Design: Constructed from solid metal with a black chrome finish, the handle has a 28 mm diameter, providing a comfortable and secure grip during examinations.
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Quick-Change Head Attachment: Equipped with a bayonet fitting for easy and secure attachment of instrument heads.
Ideal For:
Clinics, hospitals, and medical professionals seeking a durable and versatile handle compatible with various Riester diagnostic heads. Its ergonomic design and adjustable lighting make it suitable for a wide range of diagnostic applications.
