A convenient guide sign and stand have been added to the non-contact automatic temperature measurement and disinfection dispenser!
■Features - It is a dispenser that can automatically measure temperature and disinfect safely without contact. - It sprays the appropriate amount of disinfectant at all times, making it economical and waste-free. - A convenient guidance panel encourages hand disinfection. - It is powered by batteries, so there is no need to worry about outlets. It can be installed in any desired location. - The sturdy steel stand eliminates the risk of tipping over.
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basic information
■Specifications Product Name: Non-contact Automatic Temperature Measurement and Disinfection Stand Model Number: aps-k1429ad Color: White - Dispenser Section Tank Capacity: 1,000ml Sensing Distance: Approximately 8~15cm Material: ABS+PP Power Supply: 4 AA Batteries Spray Type: Mist - Thermometer Section Measurement Accuracy: ±0.2℃ Response Speed: Approximately 0.5 seconds Measurement Range: Approximately 5~10cm Operating Environment Temperature: Approximately 10~40℃ Power Supply: 3 AAA Batteries, Micro USB
Price range
P1
Delivery Time
Applications/Examples of results
It can be widely used in various scenes such as reception areas and entrances of homes, offices, restaurants, medical institutions, schools, commercial facilities, and event venues.
Company information
Koshou Corporation has developed and manufactured signs and displays in-house to meet the various requests from our customers, continually challenging ourselves to reduce costs and improve quality as much as possible. We will maintain this approach and focus on developing new products that our customers need in the future. Recently, we released a range of products as the best proposals for measures against infectious diseases, which are required in various scenes of people's daily lives: "air purifiers," "AI facial recognition and non-contact thermometers," and "splash infection prevention partitions." Please take a look at the "product specifications designed with the user's actual environment in mind" that we propose.
