Aprašymas

"CHERRY AK-PMH3. Form factor: Ambidextrous. Device interface: RF Wireless, Movement resolution: 1000 DPI, Buttons type: Pressed buttons, Buttons quantity: 5, Scroll type: Buttons. Power source: Batteries. Product colour: White"\n"The wireless AK-PMH3 Medical Mouse is ideal for hygiene-critical environments in hospitals, medical practices, and microbiological laboratories. It is 100% waterproof and can be sprayed, wiped or fully immersed in water and/or hospital-approved disinfectants. The gap-free design facilitates optimal wipe disinfection and protects against the ingress of dirt and liquids. The AK-PMH3 is an indispensable tool for both right and left-handed users in hospitals and medical practices.

Medical Mouse with 3-button scroll for glossy surfaces
The AK-PMH3 3-Button Scroll medical mouse has a resistant, sealed silicone casing, making it waterproof with an IP68 classification. Water cannot penetrate the housing and contaminated cleaning liquids cannot run out again. Thorough and efficient cleaning with hospital approved disinfectants is therefore possible without any problems.

Ergonomic design
When developing the AK-PMH3 3-Button Scroll, we collaborated with renowned product design experts to create a hygienic mouse that meets the highest standards of workplace ergonomics. The flat, slim design reduces the strain on the wrist so that data can be entered comfortably even over longer periods of time. The concave shape of the scroll buttons allows intuitive operation, just as you would expect from using an office PC mouse.

Latest technology
Due to their specific cleaning capabilities, many shiny surfaces can be found in the medical sector. The innovative blue light sensor of the AK-PMH3 3-Button Scroll achieves what many conventional PC and hygiene mice give up on: it enables precise and smooth control of the cursor, making data entry child's play. Smooth-running buttons and the practical wake-up-by-motion function make the hygiene mouse an indispensable tool for all hygiene-critical applications."