Home Brewing Robot: From Homebrew Kits to ABB Arms

A home brewing robot can mash, boil and ferment beer on a countertop. See the homebrewing story from Egypt to PicoBrew and iGULU, and where ABB robots fit.

INDUSTRIAL ROBOTICS

Chat With Robot

10/20/20265 min read

A home brewing robot sounds like a gadget invented for a long weekend: put in the ingredients, press start, and get a glass of beer weeks later. Machines that come close are on sale now, and a new one launched on Kickstarter in September 2026, priced from $469. This post follows homebrewing from Egyptian tomb models to the Prohibition era and the 1978 US law that legalised it, looks at what countertop brewing machines like PicoBrew and iGULU promise, and asks where ABB robots fit, from brewery keg lines to a possible home bar.

Tulip glass of golden hazy beer with a thin foam head on a table

A glass of homebrewed beer. Photo: Adam Barhan / Wikimedia Commons (CC BY 2.0)

How people brewed at home before machines

Beer has been brewed at home for about 7,000 years, according to Wikipedia. Middle Kingdom tomb models in Cairo show baking and brewing as household work in ancient Egypt, with tiny figures grinding grain in a small wooden workshop. The science came much later. Louis Pasteur explained the role of yeast in fermentation in 1857, and in 1880 the UK's Inland Revenue Act introduced a five shilling licence for brewing at home. Britain dropped that requirement in 1963.

Small clay figures grinding grain inside a wooden box model from an ancient Egyptian tomb

Middle Kingdom tomb models of baking and brewing beer at the National Museum of Egyptian Civilization, Cairo. Photo: Richard Mortel / Wikimedia Commons (CC BY 2.0)

In the US, Prohibition started in 1920 and homebrewing of beer above 0.5 percent alcohol stayed illegal until 1978. A typed recipe from that era, kept in a US archive, tells readers how to make 10 gallons using a crock, a bottle capper and a can of malt. President Jimmy Carter signed H.R. 1337 in 1978, and within months Charlie Papazian founded the Brewers Association and the American Homebrewers Association. His book The Complete Joy of Home Brewing followed in 1984. Alabama and Mississippi were the last states to legalise homebrewing, in 2013.

Typed sheet listing equipment and ingredients and steps for making ten gallons of home brew

A typed home brew recipe from the Prohibition era, about 1920 to 1933. Photo: Digital Public Library of America via Wikimedia Commons (no known restrictions)

Kits made the hobby easier. A can of hopped malt extract, a sachet of yeast and a sheet of instructions replace the grain and the mash, as the Pils kit in the photograph shows. The work becomes boiling, cooling, adding yeast and waiting. Sanitising everything that touches the beer is the chore that most often goes wrong. Brewers who wanted more control moved to grain and bigger pots, and that is where robots first looked tempting: temperature, timing and cleaning are all jobs a controller can repeat the same way every time.

Black can labelled Pils on a tiled floor with a silver yeast sachet and printed instruction sheets

A Brewferm Pils homebrewing kit with its malt extract can, yeast sachet and instruction sheets. Photo: KVDP / Wikimedia Commons (public domain)

Countertop brewing machines and ABB's place

Many homebrewers still brew on a kitchen stove with a big pot, as in the 2022 photograph here. PicoBrew built a machine to take over the work. Its Zymatic launched in 2014 and made 5 litres per batch, but the company entered receivership in February 2020, and its main creditor bought the assets in April 2020. Machines started at around $500, plus ingredients, and one forum account says brewing needed a connection to the PicoBrew website. A cloud dependent brewer is a risk if the company stops.

Steel pot full of mashed grain with foam on a gas hob in a home kitchen

Homebrewing on a kitchen stove, with a pot of mashed grain. Photo: PierreSelim / Wikimedia Commons (CC BY 3.0)

The newest attempt is the iGULU F2, which follows the S1 from a 2024 Kickstarter and the F1 sold on the company's website. AndroidGuys reported its Kickstarter launch on 22 September 2026, with early bird pricing from $469 against a regular price of $924. It makes 5 litres and can expand to 10, scans RFID tagged kits to load recipes, and has an AI assistant that suggests recipes. The company says it also handles wine, mead, kombucha and kefir, and it partnered with Danish brewery Mikkeller. Pouring and storing still happen at the fridge, where many homebrewers keep kegs, like the setup in the photograph.

Open fridge holding two steel kegs with hoses and a gas bottle beside rows of beer bottles

Two homebrew kegs with gas tubing and a shelf of bottles inside a refrigerator. Photo: Bruce Turner / Wikimedia Commons (CC BY 2.0)

ABB does not make brewing appliances, and no source says it plans to. It does work in real breweries. ABB's own robotics magazine showed an ABB robot lifting a keg off a pallet on the keg line at the Rothaus brewery in Germany's Black Forest. That job is heavy, repetitive and well suited to robots, and our post on brewery automation covers it in more detail. A home machine is small, but it shares the same chain: mash, boil, ferment, then pack and move kegs. A brewery adds pallets and a keg hall, and that is where an arm earns its place.

Orange ABB robot gripping a steel keg above a pallet on a brewery line

An ABB robot lifts a keg off a pallet on the keg line at the Rothaus brewery in Germany's Black Forest. Photo: ABB

The closest ABB has shown to serving drinks is the YuMi at the Smartech bar in Selfridges in London, where it makes coffee. A robot that pours beer from a tap uses the same ideas, such as a small payload, a fixed station and a customer nearby. Our post on the robot bartender looks at that history. For a home brewer this is a possibility, not a product. A bar arm and a brewing machine are separate systems, and nobody has shown one joining them in a kitchen.

Dual arm ABB YuMi robot preparing a coffee at a counter in a department store

ABB's YuMi making coffee at the Smartech bar in Selfridges, London. Photo: ABB

What a robot brewer needs next

Factories could be the first place to benefit. Brewing appliances are wet, hot products with pumps, valves and heaters, and each model needs leak and electrical tests. A compact ABB IRB 1300 with Foundry Plus 2 protection, built for water and dust, could load and test parts, though no appliance maker has reported doing this for a brewer. Programs would be built and simulated in RobotStudio first. This is a suggestion based on what the robot is rated for, not a customer story.

Small orange ABB IRB 1300 robot arm with a protective cover beside a controller

An ABB IRB 1300 with Foundry Plus 2 protection, built to handle water and dust. Photo: ABB

Homes will probably stay with simple machines for years. The craft brewery in the photograph, with kegs, fermenters and a small filling setup, shows what a countertop machine tries to shrink. Three problems remain. Cost matters, since $469 to $924 is a lot for a hobby device. Safety covers hot wort, pressurised kegs and alcohol near children, and a robot arm would add moving parts to that list. Skills include sanitation and recipe judgment, which no app has replaced, so an AI assistant helps but does not make the beer taste right.

Stainless steel kegs and fermentation tanks in a small brewery room

Kegs, fermenters and a small filling setup at Bomber Brewing, a craft brewery in Vancouver, 2015. Photo: Ruth Hartnup / Wikimedia Commons (CC BY 2.0)

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