Bread Baking Robot: From Bread Machines to ABB

A bread baking robot has to do what a baker's hands and eyes do: knead, shape, cut and judge the crust, all with a dough that changes by the minute. This post covers bread baking robot technology from ancient kneading statues and the first home bread machines to the robot bakeries and scoring cells in the trade news of September 2026. It also looks at where ABB robots such as the IRB 360 FlexPicker and the IRB 1200 Hygienic fit around bread, and what stands in the way at home and in plants.

A modern home bread machine, a pan and paddle in a small computer controlled oven. Photo: Ashley Pomeroy / Wikimedia Commons (CC BY-SA 4.0)

How bread went from kneading troughs to the bread machine

Kneading is one of the oldest jobs in the kitchen. A figure of a servant kneading dough in the Nelson-Atkins Museum of Art dates to Egypt's Old Kingdom, around 2494 to 2345 BCE, and a terracotta statuette of a woman at the same task survives from the fifth century BCE. Both show how long the job has looked the same. The work was heavy, repeated daily and done by hand. Mills, mixers and ovens later changed the scale of baking, but the loaf itself still depended on a person who knew when the dough felt right.

A servant kneading dough, Egypt, Old Kingdom, Fifth Dynasty, about 2494 to 2345 BCE. Photo: Daderot / Wikimedia Commons (public domain)

Machines reached the finished loaf in the twentieth century. Otto Rohwedder's slicer was used commercially for the first time on 7 July 1928 by the Chillicothe Baking Company in Missouri, for its Kleen Maid Sliced Bread, and his patent followed in 1932. Sources differ on whether the machine managed 1,000 or 4,000 loaves an hour after revisions. Bakers were wary at first. One bakery owner, Frank Bench, agreed to try the machine after some of the biggest bakeries rejected it. A loaf that came already sliced changed what shoppers expected and made sandwich bread a product to design around.

A bread slicing machine in a Norwegian shop taking a loaf. Photo: Wolfmann / Wikimedia Commons (CC BY-SA 4.0)

The home version came late. Panasonic says it released the world's first breadmaker in 1987, though Wikipedia dates the Matsushita machine to 1986. Software developer Ikuko Tanaka trained with the head baker at the Osaka International Hotel to learn how to knead, and the pan got ribs inside to copy the motion. A pan with a paddle sits in a small oven under computer control, and one loaf takes a few hours. About a decade later bread machines had become popular in the United Kingdom, Australia and the United States.

Dough being kneaded in the pan of a bread machine. Photo: Your Best Digs / Wikimedia Commons (CC BY 2.0)

Robot scoring, vision and ABB arms in 2026 bakeries

The bread robot in a shop is a different kind of machine, built for a grocery store rather than a kitchen counter. Wilkinson Baking Company showed its BreadBot at CES in January 2019. Staff pour dry mix into a hopper, and the machine measures, mixes, forms, proofs, bakes and cools the loaves. Reports disagree on throughput, from about ten loaves a cycle to up to ten an hour. Two units went into Super One grocery stores in Sandpoint and Coeur d'Alene, Idaho, and the company raised US$3 million in a seed round in October 2022.

Orange KUKA robots palletizing crates of bread in a bakery. Photo: KUKA Roboter GmbH / Wikimedia Commons (public domain)

Factories have more news. Baking Business reported on 21 September that some bakeries are looking at automated scoring because of labor shortages. Jamie Bobyk of Apex Motion Control said current systems use 3D laser or camera scanning to map each loaf and cut a path for that piece. Rondo's David Kollar cited speeds of more than eight trays a minute. Johan Laros of Royal Kaak said scoring makes sense for high volume artisan and sourdough lines. A week later the same magazine described AI vision letting robots pick unsorted bakery products from moving belts.

ABB's Robotic Item Picker uses AI vision to grab unknown items from mixed bins. Photo: ABB

ABB does not bake, but its robots work beside the oven. At Delicato, a bakery near Stockholm, four IRB 360 FlexPicker robots with PickMaster vision pick chocolate balls into trays, according to ABB. For loaves, I found no ABB case study, so these are possibilities: an IRB 1200 Hygienic can handle trays and crates in a washdown area, an IRB 460 palletizer carries 110 kg and can stack the cartons, and programs can be tested first in RobotStudio. For the packing side of the trade, the bakery automation post covers ABB robots from packing to piping.

ABB IRB 360 FlexPicker robots picking chocolate balls at Delicato. Photo: ABB

What a bread baking robot still has to solve at home and in plants

Dough is the hard part. It is sticky and soft, and a robot that touches it has to be cleaned often. Baking Business quoted Schubert's Wendi Caraballo saying the biggest advance is smarter decisions from real time vision, not new movements. Soft grippers and 3D vision let cobots handle rolls and pastries of uneven shape, according to Apex Motion Control. I found no source on robots shaping wet sourdough, so scoring, packing and palletizing remain the realistic jobs for now.

A soft FlexPicker gripper built for delicate pastries. Photo: ABB

In factories the open questions are cost and skills. Hand scoring is still economical in small bakeries, and robots pay off at industrial volumes. Vision systems need setting up for each bread, and bakers have to trust the cut. Apex's Bobyk put the limit plainly: robots do not perform magic, and they are there for dull, dangerous and repetitive tasks. Safety matters too, because a cobot working beside bakers in a hot, floury room needs guarding or speed limits that the staff actually follow.

Lead-through teaching: moving an ABB GoFa arm by hand. Photo: ABB

For homes, the bread machine already does most of the job, so a robot has to offer more than a mixing paddle. It could shape rolls, score a loaf and unload the pan, but I found no source for a home robot that does this. ABB does not sell to households. A GoFa cobot in a test kitchen could show how scoring and tray handling might work, as a possibility only. Price, counter space and cleaning will decide whether anyone buys one.

Two bread machines on a home kitchen counter. Photo: Your Best Digs / Wikimedia Commons (CC BY 2.0)

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