Accuratus AccuMed Mini keyboard Medical USB QWERTY UK English Black

  • Brand: Accuratus
  • Category:
  • SKU: KYBNA-SIL-MINCBK
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USB Mini Sealed IP67 Antibacterial Clinical / Medical Keyboard with Mousepad

Trade Prices

Distributor Product SKU Stock Updated Price
Exertis IT Accumend Mini - USB Mini Sealed IP67 Antibacterial Medical Keyboard with Mousepad 10010907 Register free see stock
Varlink Ceratech AccuMed Mini - Nanoarmour Sealed Mini Keyboard with Mousepad - Black KYBNA-SIL-MINCBK

Retail Prices

Merchant Product Condition Updated Price
Amazon New £86.36
Amazon New £72.60

Description

Accuratus AccuMed Mini - USB Mini Sealed IP67 Antibacterial Clinical / Medical Keyboard with Mousepad

The Accuratus Accumed range of medical grade keyboards & mice have our NANOARMOUR-2 dual layer antibacterial protection impregnated in the silicone and coated on the surface to aid in deactivating germs/build up of bacteria & virus's. The range are specifically designed for environments which have to meet very high hygienic requirements such as hospitals, dental practices, cosmetic surgeries, doctors, vets, laboratories and in food & pharmaceutical production areas. Not only could these keyboards be used in hygienic areas, they would also be perfect in dusty, dirty and wet situations like workshops, boats and in vehicles.

Our Accumed range have all been designed so that there are no areas around the keys and buttons where dirt and germs can collect, this combined with our Nanoarmour 2 antibacterial technology is the perfect combination to aid with bacteria, virus, fungi and algae control.

What is NANOARMOUR and how does it work?...
NANOARMOUR contains silver nano particles which have an antibacterial activity. Silver nano particles have been used on a wide range of high-end medical products and have been proven to help deactivate Escherichia coli, Staphyloccocus aurous and so many more bacteria... The NANOARMOUR properties will help to deactivate bacteria and virus’s. Please contact us if you would like a test report on the technology used.

As the silver nano particles size is about 1-20 nm while the bacteria cell size is 100-1000 nm, silver nano particles can enter into the cell then release the silver ion to combine with thiol, carboxyl, hydroxyl group in cell to deactivate the following functions:

1 - Combine with respiratory enzyme to cause suffocation
2 - Bind with protease enzyme and cause indegestion
3 - Bind with DNA’s and inhibit cell replication

After the bacterial cell functions are disturbed by the silver nano particles, cell damage and the death of the bacteria cell occur, also inhibiting cell reproduction.

Specifications

Keyboard
International Protection (IP) codeIP67
Recommended usageMedical
Keyboard styleStraight
Keyboard form factorMini
Keyboard layoutQWERTY
Wrist restYes
Pointing devicePointing stick + mouse buttons
Numeric keypadNo
Keyboard languageUK English
Connectivity technologyWired
CertificationJIS Z 2801:2001
Device interfaceUSB
Ports & interfaces
Cable length1.5 m
Design
International Protection (IP) codeIP67
MaterialSilicone
Product colourBlack
Protection featuresDust resistant, Water resistant
Keyboard styleStraight
BacklightNo
Surface colorationMonochromatic
Wrist restYes
CertificationJIS Z 2801:2001
Technical details
International Protection (IP) codeIP67
MaterialSilicone
Product colourBlack
Protection featuresDust resistant, Water resistant
BacklightNo
Surface colorationMonochromatic
Numeric keypadNo
Number of products included1 pc(s)
Connectivity technologyWired
Ergonomics
Antimicrobial surfaceYes
Cable length1.5 m
Features
Antimicrobial surfaceYes
Cable length1.5 m
Power
Power source typeUSB
Mouse
Mouse includedNo
Operational conditions
Operating temperature (T-T)-20 - 50 °C
Certificates
CertificationJIS Z 2801:2001
Weight & dimensions
Keyboard weight260 g
Keyboard dimensions (WxDxH)228 x 147 x 9 mm
Packaging data
Package typeBox
Number of products included1 pc(s)
Packaging content
Number of products included1 pc(s)
Other features
Pointing devicePointing stick + mouse buttons
Connectivity technologyWired