Universal Robots UR12e (formerly UR10e)
Made by Universal Robots A/S (Teradyne)
Photo: Universal Robots
- axes
- 6
- reach mm
- 1300
- software
- PolyScope 5 and PolyScope X, dual track
- ip rating
- IP54
- weight kg
- 33.5
- payload kg
- 12.5
- model legacy
- UR10e (not recommended for new designs since May 2025)
- model current
- UR12e
- repeatability mm
- 0.05
- safety functions
- 17
- max tcp speed mps
- 4
- footprint diameter mm
- 190
Who's exposed
Jobs in the threat radius
- machine tender / CNC loader-unloader
- palletiser
- assembly operator
- screwdriving operator
- dispensing and gluing operator
- quality inspector
- packaging line operator
Deployment status
The main finding of this re-check is a pre-existing catalogue error rather than a change from the last three months. The UR10e was superseded by the UR12e in May 2025 — a full year before this entry was last verified in May 2026. All UR10e SKUs are now inactive, and manufacturer guidance is that the UR10e is not recommended for new designs; Universal Robots describes the UR12e as 'the next evolution of our iconic UR10e cobot.' The change is a rename rather than a new generation: the UR12e is mechanically and technically identical to the UR10e, and the only difference is the name — which was changed precisely because the arm's real payload has always been 12.5 kg rather than 10 kg. That means this entry's previous '10 kg payload class' was also wrong. All URCaps, accessories and software remain compatible. Universal Robots renamed the UR5e to UR7e (7.5 kg) at the same time. Only one genuinely new development has occurred since May 2026: on 30 July 2026 Teradyne reported Robotics segment revenue of USD 100M for Q2, up 33% year over year from USD 75M, and up from USD 91M in Q1 2026 — the segment's first hundred-million-dollar quarter and its fifth consecutive quarter of growth. US sales reached 32% of divisional revenue and a Michigan manufacturing facility is planned for later in 2026. Note that Teradyne does not break out Universal Robots separately from Mobile Industrial Robots, so no cobot-only revenue figure exists. There is no new cumulative-units milestone: the latest published figure remains the 100,000 cobots announced in February 2025. No new named customers, no spec revisions, no discontinuation of the UR12e, no new models (UR15 launched May 2025 and UR8 Long September 2025, both predating the last verification), and no new PolyScope generation have appeared since May 2026.
When this hits the labor market
1-3 years, and this machine's displacement mechanism differs enough from the large industrial arms elsewhere in this catalogue to deserve separate treatment. The UR12e weighs 33.5 kg, has a 190 mm base footprint, an IP54 rating, and 17 configurable safety functions built in. Together those specs mean one thing: it can be placed beside an existing workbench without a safety fence, without a dedicated robot engineer, and without rebuilding the line. Deploying a conventional six-axis robot is an engineering project. Deploying a cobot is closer to a purchase order. So the exposure is not the automotive OEM — it is the small and mid-sized manufacturer that could never previously afford automation at all, which is also the layer where employment density is highest. Teradyne Robotics posting a fifth consecutive quarter of growth, its first USD 100M quarter, and US revenue rising to 32% of the segment is evidence that this threshold is actually being crossed. The 3-7 year variable is software, not hardware: Universal Robots maintains both PolyScope 5 and PolyScope X and has been pushing AI-assisted programming through 2026. The dominant cost in a cobot deployment has never been the arm; it is programming and integration. Only once that compresses does the USD 44,636 figure start comparing directly against the annual fully-loaded cost of a workstation. One honest brake on all of this: the newest published cumulative-sales figure is still the 100,000 cobots announced in February 2025, eighteen months without an update — which suggests the category may be expanding rather more slowly than the revenue growth rate implies.
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What the re-check found
A catalogue error — and not a new one.
The UR10e was replaced by the UR12e in May 2025. Which means that when this entry was “verified” on 11 May 2026, it was already recording a model that had been retired a year earlier. That is not a change from the last three months; it is something the previous pass missed. We are stating it here because burying a missed check is worse than the miss.
The nature of the change needs to be precise: this is a rename, not a new generation. The UR12e is mechanically and technically identical to the UR10e, with all URCaps, accessories and software compatible. The reason for the rename is itself the problem — this arm’s payload has always been 12.5 kg, never 10 kg. The model number was wrong. So this entry’s previous “10 kg payload class” needs correcting to 12.5 kg too.
Universal Robots renamed the UR5e to UR7e (7.5 kg) in the same move. All UR10e SKUs are now inactive, with manufacturer guidance reading plainly: not recommended for new designs.
We have kept this entry’s original slug and date so it does not detach from the image already attached to the row, but the name field is corrected to UR12e with UR10e retained as the legacy name.
What the machine is
A six-axis collaborative arm: 12.5 kg payload, 1,300 mm reach, ±0.05 mm repeatability, 33.5 kg, 190 mm base diameter, 4 m/s maximum TCP speed, IP54, and 17 configurable safety functions.
The two numbers that matter most are the weight and the safety functions. At 33.5 kg one person can move it from one machine tool to another. Seventeen safety functions mean it does not need a fence in most applications. A cobot’s real selling point was never performance — it is the removal of the entire infrastructure that surrounds a conventional industrial robot.
What actually changed in three months
One thing, worth recording: Teradyne’s Robotics segment (Universal Robots plus MiR) reported USD 100M of Q2 revenue on 30 July 2026, up 33% year over year — the segment’s first hundred-million-dollar quarter and its fifth consecutive quarter of growth. US sales now account for 32% of divisional revenue, and a Michigan plant is planned for later in 2026.
The caveat: Teradyne does not break out Universal Robots from MiR, so that number contains mobile robots too and cannot be reduced to a cobot-only figure.
Cumulative sales have no new number at all. The latest published milestone is still 100,000 cobots from February 2025 — eighteen months stale. Rising revenue alongside a frozen unit milestone is a combination readers should note.
Whose work it takes
Machine tenders, palletisers, assembly operators, screwdriving stations, dispensing operators, inspectors, packaging line operators.
But the route by which this machine touches employment is what actually matters, and it differs from the Estun, FANUC and ABB arms elsewhere in this catalogue. Deploying a conventional six-axis robot is an engineering project: safety fencing, line modification, a robot engineer, months of integration — a threshold high enough that only large firms cleared it. Deploying a UR12e is closer to a purchase order. Wheel it over, set it beside an existing station, teach it a few motions on the pendant.
That difference determines who is exposed. Large industrial arms hit workstations in automotive plants and electronics contract manufacturers, where automation has been arriving for twenty years already. Cobots hit the small and mid-sized manufacturers that could never previously afford any of it — and small and mid-sized manufacturing is where employment density is highest. Five consecutive quarters of growth and US revenue climbing to 32% of the segment is what that threshold being crossed looks like in a filing.
Why we care for LostJobs
Because the lesson of this entry is not about the machine. It is about the record.
A robot renamed in May 2025 survived in this catalogue under its old name and its wrong payload figure until August 2026 — including through one check that was marked verified. Which means a “verified” stamp that nobody actually earns is worse than no stamp: it tells readers someone looked.
The practical takeaway is about what that USD 44,636 should be compared against. Not another machine tool. The annual fully-loaded cost of a workstation. When a piece of equipment costs about what one operator costs for a year, and it can run two shifts or three, a small manufacturer’s decision stops needing to be argued. The real tipping point for this category was never a better robot. It is programming and integration costs falling far enough that the arithmetic fits on one sheet of paper.