Robots that can cook — from flipping burgers to baking bread — are in growing demand as virus-wary kitchens try to put some distance between workers and customers.
Starting this fall, the White Castle burger chain is to test a robot arm that can cook french fries and other foods. The robot, dubbed Flippy, is made by Pasadena, California-based Miso Robotics Inc.
White Castle and Miso have been discussing a partnership for about a year.
Photo: AP
Those talks accelerated when the COVID-19 pandemic struck, White Castle vice president Jamie Richardson said.
The robot can free up employees for other tasks such as disinfecting tables or handling the rising number of delivery orders, Richardson said.
A touch-free environment is also increasingly important to customers, he said.
“The world’s just reshaped in terms of thoughts around food safety,” Richardson said.
Flippy costs US$30,000, with a US$1,500 monthly service fee. By the middle of next year, Miso hopes to offer the robot free of charge, but raise the monthly fee.
Robot food service was a trend even before the pandemic, as hospitals, campus cafeterias and others tried to meet demand for fresh, customized options 24 hours a day while keeping labor costs in check. Robot chefs appeared at places such as Creator, a burger restaurant in San Francisco, and Dal.komm Coffee outlets in South Korea.
Some say that robots might now shift from being a novelty to a necessity.
The US Centers for Disease Control says the risk of contracting COVID-19 by handling or consuming food outside the home is low.
However, there have been numerous outbreaks among restaurant employees and patrons.
“I expect in the next two years you will see pretty significant robotic adoption in the food space because of COVID,” said Vipin Jain, the cofounder and chief executive officer of Blendid, a Silicon Valley start-up.
Blendid sells a robot kiosk that makes a variety of fresh smoothies. Customers can order from a smartphone app and tweak the recipe if they want more kale or less ginger, for example. Once or twice a day, a Blendid employee refills the ingredients.
Only a handful are now operating around San Francisco, but since the pandemic began, Blendid has started contract discussions with hospitals, corporations, shopping malls and groceries.
“What used to be forward-thinking — last year, pre-COVID — has become current thinking,” Jain said.
As salad bars shut down, Hayward, California-based Chowbotics started getting more inquiries about Sally, a robot about the size of a refrigerator that makes a variety of salads and bowls.
Sally lets customers choose from 22 prepared ingredients stored inside the machine. It can make about 65 bowls a day before kitchen workers need to refill the ingredients.
Prior to this year, Chowbotics had sold about 125 of its US$35,000 robots, primarily to hospitals and colleges, but since the novel coronavirus hit, sales have jumped more than 60 percent, chief executive officer Rick Wilmer said, with growing interest from grocery stores, senior living communities and even the US Department of Defense.
Wilkinson Baking Co, whose BreadBot mixes, forms and bakes loaves of bread, has also been getting more inquiries.
Randall Wilkinson, chief executive officer of the Walla Walla, Washington-based company, said the BreadBot serves shifting needs.
Grocery shoppers no longer want self-serve options such as olive bars, but they still want fresh and local food. Seeing how that food is made also gives them more confidence, he said.
Robot cooks have not always been successful. Spyce, a Boston restaurant with a robot-run kitchen, closed in November last year to retool its menu.
Zume Inc, a Silicon Valley start-up that made pizzas with robots, shut down its pizza business in January. It is now making masks and biodegradable takeout containers.
Max Elder, research director of the Food Futures Lab at the Palo Alto, California-based Institute for the Future, is skeptical about the future of food prep robots once the pandemic has eased.
“Food is so personal, and it needs to involve humans,” he said.
Elder is also concerned that focusing on automating food preparation during the pandemic will shift attention from other problems in the food system, such as outbreaks among meat industry workers or produce pickers.
“We can’t automate our way out of the pandemic, because the pandemic affects much more than what can be automated,” Elder said.
Automated food companies say that they are not trying to replace human workers.
At White Castle, Flippy would allow managers to redeploy workers to drive-thru lanes or help them cover a shift if an employee calls in sick, Richardson said.
Chowbotics’ Sally might actually create jobs, as it keeps selling food at times of day when it would not have been available before, Wilmer said.
However, robots can lower the demand for labor. At the University of Arkansas for Medical Sciences, workers used to spend six hours per day prepping grab-and-go salads in the 24-hour cafe, said Tonya Johnson, the school’s director of nutrition services.
Yet two years ago, the campus installed a Sally, which now makes an average of 40 salads per day. Sally allowed the school to eliminate a vacancy in its cooking staff, Johnson said.
The campus is buying another Sally for students to use when they return in August, which would save four hours per day of grab-and-go salad prep in the college deli, she said.
“I think the pandemic has made us realize how much we need more equipment like Sally,” Johnson said.
POTENTIAL SETBACK: Although Chinese chip designers and foundry firms already have US EDA software, they might be unable to update those programs under new US rules The US’ latest ban on advanced electronic design automation (EDA) software exports to China might hinder Chinese chip companies from accessing advanced semiconductor technology, as they attempt to upgrade to 3-nanometer processes in the next three to five years, market researcher TrendForce Corp (集邦科技) said yesterday. The US Department of Commerce’s Bureau of Industry and Security on Friday announced bans on EDA tools for gate-all-around field-effect transistors (GAAFET), a new-generation semiconductor technology that US chipmaker Intel Corp and Samsung Electronics Co from South Korea are adopting to make 4-nanometer and 3-nanometer chips. The bureau in a statement said that gate-all-around field-effect transistor
WIDENING THE FIELD: Human resources managers must drop prejudices regarding gender, appearance and age to find the best candidates, Micro Technology said The job market for Taiwan’s semiconductor industry remained tight this quarter, as hiring activity slowed from a record high last quarter, a survey released yesterday by online human resource firm 104 Job Bank (104人力銀行) showed. Ongoing labor shortages have prompted local semiconductor firms to recruit more women and foreigners in Taiwan and in Southeast Asia, the job bank said. The talent gap in the first quarter reached 35,000 people per month, a surge of 39.8 percent from the same period last year, as the contactless economy and digital transformation shore up demand for semiconductors, 104 Job Bank said in its annual report
POSITIVE CULTURE: Pursuing 12-inch wafers earlier than peers helped TSMC lead the industry, said a former executive, whose main regret was working for SMIC in China Corporate culture at Taiwan Semiconductor Manufacturing Co (TSMC, 台積電) is what made the chipmaker a leading player in the global industry, a former executive said in an interview with California’s Computer History Museum. “One of the really important reasons that TSMC succeeded” is the culture at the firm, where “if equipment went down at two o’clock in the morning, we just called an equipment engineer,” and the worker would not complain, said former TSMC joint chief operating officer Chiang Shan-yi (蔣尚義). “We didn’t really do anything special, anything great, but we didn’t make any major mistakes,” when compared with competitors, such
Cloud computing equipment company Wiwynn Corp (緯穎科技), which counts Meta Platforms Inc as one of its key customers, is boosting capacity expansion in Malaysia through a new investment of about NT$1.94 billion (US$64.7 million), it said yesterday in a statement filed with the Taiwan Stock Exchange. The investment, which aims to help the company with business development and strategic arrangements, would be made through subsidiary Wiwynn Technology Services Malaysia Sdn Bhd to build a new factory, Wiwynn said in the filing. The announcement came about one-and-a-half months after the company started phase II of its new server printed circuit board assembly (PCBA)
RSS