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A decanter that can be withdrawn from a coffee maker assembly made specifically for use on airplanes is used to serve hot coffee to passengers and personnel within the cabin. The assembly has a solenoid valve that is electronically controlled and regulates the flow of water from a reservoir into a coil heater.
The aircraft coffee maker is easy to use and has a similar appearance to a capsule coffee maker. To prepare coffee, water is heated as it enters the machinery and then escapes through pipes with sensors.
A coffee maker installed in an airplane includes a sensor holder with a level sensor covering an opening at the top of a coffee server kept inside the coffee maker, a coffee brewing cup with a coffee pack placed above the sensor holder, and a shower head for sprinkling hot water on the coffee brewing cup’s upper surface, distinguished by the fact that it has a pipe that can bring hot water from a heating source outside the coffee maker to the shower head.
The Global aircraft coffee maker market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
To ensure a great tasting beverage, the Model 920 standard beverage maker offers hot beverages on demand via separate pathways for coffee and hot water. It transmits all flavors of ground coffee using high pressure and temperature.
Water may flow through the system as it is being heated thanks to the unit’s innovative flow-through heating technology. There is no initial heating or recovery period before the brewing cycle begins. Water in the beverage maker travels continually when brewing, reducing the buildup of calcium lime scale deposits.
The system has valves placed in the cold water sections to increase reliability, and the jug level sensors are contactless to reduce the risk of mechanical wear and damage. The insulated thermos bottle is able to preserve the beverage at the desired temperature without adding further power to heat it.
With the launch of SAROS, a new range of inserts for both new and retrofit installations, Ipeco, a global leader in aviation crew seats and a trusted provider of executive jet passenger seating, strengthens its growing presence within the aircraft galley insert market.
These solutions improve food and beverage service for airlines and operators globally across numerous platforms, allowing airline customization and configuration when necessary. They combine technological innovation and reliable performance.
The SAROS Beverage Maker can execute back-to-back brewing without any preheat/refill/re-heating time thanks to the flow-through heater technology; this results in considerable crew efficiency and raises consumer satisfaction. In between extended periods of inactivity, it will also independently maintain the heater’s temperature to guarantee that hot water is always available at the faucet and that the next brew cycle can begin right away.
Delivering a fantastic user experience in the hectic, highly regulated environment of the aeroplane was essential to the success of this project. The construction of the control panel and clear, logical menu layout have to take this into careful consideration.
By minimising their contact with hot water, the SAROS Beverage Maker is made to lessen the effects of limescale build-up on crucial control and safety components. The flow-through heater design also lessens the volume of water held inside the system, which reduces the likelihood of limescale being deposited into the hydraulics and increases maintainability and reliability.
To ensure its performance and anticipated in-service life, the Ipeco SAROS Beverage Maker underwent the most thorough testing we have ever done. According to the VP of Business Development, they are providing cabin crews all around the world with an appealing unit with cutting-edge capabilities to assist them provide better passenger service with less fuss.
