AMIRA hygiene gripper
Grip and press securely without contact - Engineered in Germany
Why a modern hygiene gripper? The Federal Center for Health Education writes:
“The hands are the most common carriers of pathogens.” 1
In public places we cannot reliably avoid contact with contaminated surfaces, nor can we constantly wash our hands or use disinfectants. AMIRA allows the convenient operation of door handles, switches and buttons, or even garage ropes, without touching them directly.
With AMIRA, door handles can be gripped safely - and Cross contamination can be reliably prevented by the closed foreign contact surfaces.
Improve your hand hygiene naturally and without the excessive use of soap and disinfectants.
Grip and press contactlessly
Avoid direct contact too contaminated or dirty Surfaces in everyday life
Immediate and complete protection against accidental contact after closing
saving of disinfectants and soap and their effects on the skin
Germs under UV light
Contaminated foreign contact surfaces (shown here brightly) are sealed safe to touch in AMIRA. You can safely transport our hygiene gripper in your pocket or handbag.
Savings potential
Anyone with AMIRA per working day only
1x additional hand washing
&
1x additional hand disinfection
prevents, saves annually:
Expenditure on hand hygiene products 2
Soap and disinfectant 3
Packaging waste for hand hygiene products 4th
Safe facts
Touch-safe contacts 5
reduced contact surfaces for germ uptake 6th
Our customers think
Average rating of AMIRA on Amazon on October 6th, 2020
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description
AMIRA is the latest generation of hygienic handling aids!
AMIRA allows the convenient operation of door handles, mechanical switches and buttons, or even garage ropes, without touching them directly. The intended contact points take over this task and disappear after use in the device, so that unintentional contact is impossible. Thus can AMIRA Can be held in the hand and stowed away in any jacket, trouser or handbag. It is AMIRA light, robust and easy to stow away.
AMIRA contributes to the efficient avoidance of contact in public spaces, it is small and handy and the daily use is easy to learn. When grasping it is directed AMIRA automatically and also has a high tolerance against tilting when placed on door handles and door rods.
The bidirectional spring mechanism ensures that AMIRA does not accidentally open in pockets and springs back comfortably during operation. The handling aid is simply opened for operation, and simply closed after operation.
Technical specifications
- Product name: HYA
- Materials: plastic / ABS & stainless steel
- Weight:< 55 g
- Dimensions HxWxD[mm] :
136 x 45 x 14 - Bidirectional spring mechanism
- Operation of: mechanical buttons / resistive touchscreens / door bars / door handles / underground parking ropes
- Not suitable for capacitive touchscreens!
- Cleaning: dishwasher / disinfectant
- Age recommendation: 6+
- Integrated eyelet for an optional wrist strap
- Manufacturer: Liquidbeam GmbH
Footnotes
1 Federal Center for Health Education
www.infektionsschutz.de/haendewaschen/
2 Assumptions: Calculated prices for packaging sizes of 500 ml in online retail. Based on the savings in consumption of 0.66 l of soap (at 3.90 € / l) and 0.66 l of disinfectant (at 14.65 € / l) per year, this results in a total of 12.24 €.
3 Assumptions: 220 days / year and daily savings of 3 ml of soap and disinfectant each (no hand washing / disinfection after commuting, changing office, returning after lunch or returning from the toilet, etc.) results in a saving of 0.66 liters of soap and 0, 66 liters of disinfectant, together 1.32 liters.
4th Assumptions: Determination of the weight of the packaging for disinfectant and soap in the refill pack for packaging sizes of 500 ml. Based on saved consumption of 0.66 l Soap with a packaging weight of 64 g / l and 0.66 l Disinfectant with a packaging weight of 110 g / l and per year, results in a total packaging weight of 115 g.
5 All contact surfaces that are used to touch potentially contaminated buttons and handles are internal and cannot be touched when closed.
6th At least 93% less surface area when in contact with buttons and switches (even higher for door handles) and therefore less potential receiving surface for germs compared to manual operation.
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