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 Two battery for Panasonic EY9251 EY6950 18V 3Ah Ni MH $145.98 |
 Two battery for Panasonic EY9251 EY3551GQ 18V 3Ah Ni MH $145.98 |
 Two 156V 2Ah Battery For Panasonic EY9231 EY9136B $89.50 |
 Two 156V 2Ah Battery For 156V Panasonic EY3530 EY3531 $89.50 |
 Two battery for Panasonic EY9251 EY9251B 18V 3Ah Ni MH $158.98 |
 Two battery for Panasonic EY9251 EY3552 18V 3Ah Ni MH $145.98 |
 Two battery for Panasonic EY9251 EY3796 18V 3Ah Ni MH $145.98 |
 Two battery for Panasonic EY9251B EY3552 18V 3Ah Ni MH $145.98 |
 Two battery for Panasonic EY9251B EY3796 18V 3Ah Ni MH $145.98 |
 Two 156V 2Ah Battery For Panasonic EY9231 EY9136B $90.98 |
 Two 156V 2Ah Battery For 156V Panasonic EY3793 EY6432 $90.98 |
 Two 156V 2Ah Battery For 156V Panasonic EY3530 EY3531 $90.98 |
 Two battery for Panasonic EY9251B EY6950 18V 3Ah Ni MH $145.98 |
 TWO 12volt drill battery for Panasonic EY9201B EY9200B $92.54 |
 TWO 12volt drill battery for Panasonic EY9201EY9201B $92.54 |
 Two battery for Panasonic EY9251 EY3544 18V 3Ah Ni MH $182.98 |
 TWO 12volt drill battery for Panasonic EY9200BEY9201 $92.54 |
 TWO 12volt drill battery for Panasonic EY9201B EY9200 $92.54 |
 Two battery for Panasonic EY9251B EY3551 18V 3Ah Ni MH $182.98 |
Two Battery Panasonic
Rent Panasonic AF100 from Cleveland Camera Rental
FYI on Two Battery Panasonic
Real Tough Netbook - Panasonic Toughbook U1
Panasonic has just released the new Panasonic U1 Ultra, a truly tough netbook for mobile person. This rugged netbook is powered by Intel Atom Z530 (1.6 Giga Hz), 2 GigaByte memory, SSD 64 GB and WiFi link 5100 802.11a/b/g. This 1 kg netbook is equipped with touchscreen 1024×600 pixels which has 6000 nit of brightness level.
Panasonic Toughbook U1 Ultra is claimed can be used up to 6 hours without charging. This netbook comes with strong magnesium alloy body materials that can resist from 1.8m drop. Panasonic Toughbook U1 designed to field workers for oil and gas sector. Created with extraordinary resilience to work environment, the combination of Panasonic Toughbook body made of plastic, metal and rubber Meets military standards.
Panasonic Computer Solutions Company, manufacturer of durable, reliable Panasonic Toughbook® mobile computers, today announced the availability of the Panasonic Toughbook U1, the first ultra mobile PC (UMPC) to integrate the new low power Intel® Atom™ processor in a rugged handheld computer for use in the field. With the introduction of the extremely portable Panasonic Toughbook U1.
This Netbook is a full featured computer running Windows XP or Vista on the new Intel Atom processor, fully compatible with any PC application. Coupled with Toughbook's standard safety components, like withstanding a four foot drop onto concrete, the device may prove to be a winner among doctors and nurses working in hospital wards.
What makes the U1 especially suited for healthcare is a combination of the design considerations put into it. Because of the cooler, more efficient Intel Atom processor, the U1 doesn't have ventilation ports through which liquids can enter. The device is effectively sealed, and Panasonic claims that it can take a good splash and keep on ticking. (Just don't drown it into water. Its not fully water proof.)
Nursing staff and the IT department will also be happy to know that the U1 sports two separate battery slots, which lets the user hot-swap batteries without having to turn off the unit. A hospital can even buy multi-battery chargers to hang on the wall at the nurse's stations for round the clock operation. Somehow this feature seems like it was specifically designed with nurses in mind, who already have enough to think about without having to deal with complicated battery changes during busy hours.
The screen is 5.6 inches and is fully touch sensitive, which means it can be controlled with your finger, not just the stylus like so many tablets out there require. (The advantage becomes obvious once the stylus is accidentally left back at the desk.)
Optionally it can come with a bar code scanner, which can be utilized for device or medication tracking, and a built-in webcam, which we envision can be employed in a futuristic communication system between clinicians in a hospital ward.
Not to say that this is a good general replacement for a real laptop, as it has only 1GB RAM and tops out at 32 GB for a solid state disk drive, but its nice to have all the data and tomographic images of the patient wirelessly accessible at the bedside.