A cooking robot can perform tasks like a chef, such as gathering ingredients, setting the stove’s temperature, mixing and stirring food, and plating. Some cooking robots can also clean up after themselves

Here are some things to consider when choosing a cooking robot: 

• Size Make sure the cooking robot will fit in your kitchen and won’t disrupt the aesthetic. 
• Frequency of use Consider how often you’ll use the robot and how much space it will need when in use. 

Here are some cooking robots: 

• Moley Robotics This British technology company’s robotic kitchen can prepare meals at the touch of a button. It can also help you plan menus, control calories, and get recipes and cooking tips from chefs around the world. 
• Nosh This autonomous cooking robot can prepare food for you automatically. It can cook over 200 recipes and is made in India. 
• RoboChef This fully automated robotic kitchen can cook over 800 recipes and is powered by IoT, AI, and robotics. 

Some other brands that offer robotic chefs include Robot Nosh and Mechanical Chef.

Nosh has charged INR 40,000 per customer for its pre-orders, however, the machines (the cooking robot) are expected to cost INR 50,000 apiece once they are floated in the market

In simple terms, cooking robots are ‘smart’ chefs. They are AI enabled cooking machines trained in understanding food and general kitchen space and cooking. They can prepare ingredients, cook, and sometimes, even clean with minimal human intervention

Cooking robots automate many of the manual and time-consuming tasks in the kitchen, such as chopping, mixing and most of all, stirring. Commercial versions can also perform tasks like peeling and chopping vegetables, reducing the amount of manual labor required

Nova Chef and Nova Server are cooking and serving robots that are expected to serve space travelers in 2027

Here are some other robotic kitchens and robots: 

• Moley Robotic Kitchen This fully automated system has two six-axis robotic arms and a three-axis motion mechanism. It can replicate human hand movements and learn new recipes. 
• HeroX This London-based company creates dextrous robots, including ones used by NASA and in nuclear power plants. Their robot arms have 20 motors, 24 joints, and 129 sensors to mimic a chef’s movements. 
• Cooki the Robot Chef This robot chef can be told what recipe to make and when to eat. The owner loads the trays and the robot does the rest. 
• Nymble This robot can cook dishes that require pressure cooking, like lentils. It can also work around traditional problems to ensure the food tastes the same.

Cooking robots can be standalone units designed for specific tasks, such as robotic chefs that can cook a variety of dishes, or they can be integrated into existing kitchen appliances. For instance, some smart ovens now incorporate cooking robot technology to automate the cooking process

The Moley Robotic Kitchen is a fully automated kitchen unit that can cook and clean up after itself. It’s made up of cabinets, robotic arms and hands, and a recipe recording system. The kitchen also has UV-disinfection to minimize the risk of contamination

The Moley Robotic Kitchen can: 

• Save time 
• Plan and adapt menus 
• Enjoy international cuisine 
• Control calories 
• Get cooking tips and recipes from chefs around the world 
• Minimize human contact during food preparation 

The Moley Robotic Kitchen was developed by London-based robotics company Moley Robotics. The company was founded in 2014 by Russian scientist Mark Oleynik, the founder and CEO of Moley Robotics

Student researchers at Google’s DeepMind artificial intelligence (AI) lab have announced the Mobile ALOHA, a bimanual mobile manipulation system to carry out kitchen routines. Or in simpler terms, a robot cook.

Using a blend of robotics and AI imitation learning to complete tasks such as cooking, cleaning, and putting away chairs. The system learns from human behavioral patterns and carries out these instructions set by the human operator.

Multo is a kitchen appliance that can cook multiple items at once. It has a heating element and blade base that is controlled by a tablet. The Multo has over 15 cooking functions and can be controlled remotely. It can chop, puree, boil, whisk, grind, mix, steam, simmer, slow cook, and sous vide

The Multo Intelligent Cooking System is a kitchen appliance that can prep, cook, and clean. It has a tablet-controlled base with a heating element and blade. The Multo can replace multiple appliances, including a food processor, scale, steamer, and more

The Multo has two main parts: a smart hub and a main cooking unit. The smart hub is designed to withstand the kitchen environment. The main cooking unit looks like a food processor. 

The Multo can perform prep functions like cutting, chopping, grinding, kneading, and weighing. It can also cook by steaming, boiling, mixing, and emulsifying. The Multo can cook in the same bowl, in a simmering basket, or in steaming trays. 

The Multo comes with a library of smart recipes that are updated weekly. It can be controlled remotely via a tablet called the Smart Kitchen Hub.

Smartcook technology can refer to: 

• A fully automatic function that sets cooking parameters like time and temperature. It uses sensors to monitor the entire cooking process. 
• A company that makes appliances that function as a stove, cutting board, and kitchen scale. The appliances also provide interactive recipes, video cooking lessons, and online grocery ordering. 
• A smart cook system that uses infrared technology to cook food without smoke. It also provides intelligent temperature control. 
• A clipper that has a microcontroller and sensors to monitor food while it’s cooking. 

Smart cooking can also refer to technology that connects appliances via Bluetooth so they can communicate with each other and an app. This technology can help ensure consistent and tasty results.

A smart kitchen is a space with kitchen equipment that’s connected via Bluetooth or Wi-Fi. The equipment can connect to other technology, like a tablet or phone, so you can control appliances remotely

Smart kitchens are designed to be efficient and sustainable, and to save time and energy. They combine modern design with user-friendly electronics, and are built with environmentally-friendly materials. 

Smart kitchens can coordinate various home systems, like lighting, temperature, shades, sounds, and tools, with minimal effort. They can make cooking, preparing, and storing food easier and more efficient. 

Smart appliances can include large appliances like refrigerators, and touchless soap dispensers. Smart fridges, stoves, coffee makers, and microwaves can all help you “automate” your kitchen.

Nova Chef and Nova Server are robots that cook and serve food. They are designed to serve space travelers on missions like the Voyage Station hotel, which is scheduled for completion by 2027. The Nova Server robot can also keep food and drinks at the right temperature

Nova Chef is a hospitality technology that aims to improve the quality, efficiency, and taste of food.  It can help hotels and workspaces serve customers around the clock, even when there are staff shortages.  Nova Chef meals are designed by a Michelin-starred chef and cooked by his team. They are then heated using a Nova Chef oven that evenly heats the food without drying it out. 

Nova may also refer to: 

• A distributed application with many components, including custom-written Python daemons 
• A Panic feature that syncs servers, keys, and connection information between devices 
• A Discord server where you can make a Nova account

Oliver is a smart cooking robot that can automate the steps of cooking a recipe. It can release ingredients into the cooking chamber, regulate temperature, switch between cooking techniques, and use an internal mixing arm to keep food moving

Here are some more details about Oliver: 

• Recipe library: Oliver has a diverse recipe library with a wide range of cuisines and category options. 
• Meal planner: Oliver can act as a meal planner and shopping assistant. 
• App: Users can preload prepped ingredients into dispensing chambers that sit on the lid. Once the user selects the recipe on a connected app and hits cook, the Oliver dispenses ingredients into the single pot cooking chamber where a stirring arm mixes the food. 

Oliver launched on Indiegogo on September 29, 2020.

Robots can be used in cooking in a number of ways: 

• Automating tasks Robots can automate many manual tasks in the kitchen, such as chopping, mixing, and stirring. Commercial robots can also peel and chop vegetables. 
• Reducing food waste AI robot chefs can help reduce food waste and costs by dispensing the correct amount of ingredients for each meal. They can also monitor and control the environment of food storage containers to prevent ingredients from spoiling. 
• Food processing Robots can be used for tasks such as cutting, slicing, dicing, and packaging food products. 
• Inspection and quality control Robots can be used to inspect food products for defects, sort and grade them based on quality, and ensure compliance with food safety regulations. 

Robots can also be used in restaurants. Large chain restaurants like Chipotle, Wendy’s, and Sweetgreen employ robotic servers and cooks to cook burgers, fry tortilla chips, and deliver food to customers

Some say that robots can replicate food exactly as written in a recipe, but they can’t replicate the slight differences in flavor and mannerisms that human chefs can. Robots can also be inflexible. 

However, some say that participants predicted that foods cooked by robotic chefs were above average quality. 

Here are some other things to consider: 

• Consistency Robots can cook food more consistently and with fewer errors. They can also measure ingredients precisely, which can lead to more consistent outcomes. 
• Food waste Robots can help reduce food waste by cooking exact quantities of food. They can also handle multiple tasks simultaneously, which can increase efficiency in a kitchen. 
• Creativity Robots are pre-programmed by humans, so they can’t create novel recipes or dishes without human intervention. 
• Taste Robots can’t taste anything they make, so it might be inedible for humans

(Full article source google)

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