CircuitHub's Grid Quotes $630 and 4 Days for Five Boards, Against About $465 and 9 Days From Shenzhen
Hardware / news
CircuitHub's Grid Quotes $630 and 4 Days for Five Boards, Against About $465 and 9 Days From Shenzhen
The Massachusetts robot factory has run for five years before CircuitHub showed it publicly; the price comparison is the company's own, and the size and part limits are the fine print.
CircuitHub has unveiled The Grid, a factory-scale robot in Massachusetts that assembles circuit boards on demand, and put a price on it: $630 and 4 days for five assembled 4-layer motor-controller boards, against about $465 and a 9-day median from a Shenzhen quick-turn shop. Both figures come from CircuitHub's own launch post, so treat the comparison as vendor-supplied.
The example order carries 118 parts per board, 38 of them unique, parts included, delivered in the United States. The Grid costs about $165 more and arrives 5 days sooner. The Shenzhen figure includes shipping and U.S. tariffs.
The photograph above shows a generic 2007 component feeder, not CircuitHub's equipment; the company published no image of the machine in the material we read.
What the company says the Grid is
The post describes one large robot rather than a fixed line. "Levitating movers" carry each board and its parts between machines that print solder paste, place components, reflow, solder and inspect. Learned models, A.I. agents and classical optimisers schedule the work, and each board follows its own route, so there are no changeovers between a prototype and a production batch.
CircuitHub says capacity grows 5x in 2026 with "another big jump coming in 2027", and that output is "tens of millions of dollars of electronics a year". It does not say how many machines or movers the Grid contains, how large it is, or who built it. Customers are described only as a leading EV maker, a top A.I. lab and household-name tech companies.
The price comparison, per board
- The Grid, 4 days630 USD
- Shenzhen quick-turn shop, 9 days median465 USD
Source: CircuitHub launch post (vendor-supplied), accessed 2026-10-29
Divide by five and the Grid is about $126 a board against $93, a 35% premium for a 5-day head start. That is our arithmetic on CircuitHub's totals. The number that matters here is not the $165 but the denominator: one order, one design, one comparison chosen by the seller. A board with fewer parts or a larger run could move the gap either way.
Where the Grid does not apply
CircuitHub's assembly documentation is more restrictive than the launch post. Boards at least 1.6 mm thick can be up to 215 by 199 mm; thinner boards are limited to 205 by 150 mm. "Designs containing any 01005 components are not supported on the Grid." Designs with many 0201 parts are less suitable, and limited through-hole assembly fits best. Denser, larger and more complex boards are "not fully supported yet".
Larger boards, production panels, higher quantities and heavy through-hole work go to CircuitHub's conventional line instead.
| Limit | Grid |
|---|---|
| Maximum board size (1.6 mm or thicker) | 215 x 199 mm |
| Maximum board size (thinner) | 205 x 150 mm |
| 01005 components | Not supported |
| Through-hole | Limited |
What CircuitHub has said about scale
The company raised $28 million led by Plural, announced May 20, according to Tech.eu. Tech.eu describes the first factory as about 5,000 square feet, able to produce a single prototype or batches of up to 10,000 units across dozens of designs at once. Founder and chief executive Andrew Seddon is quoted there: "CircuitHub is the alternative: providing remote access to a cutting-edge factory through your browser or your AI agent."
The cumulative counts moved in five months. In May the company reported more than 2 million boards delivered, more than 133 million parts placed and 20,000 engineers served; the October post says more than 2.2 million boards, more than 150 million parts and more than 26,000 engineers. That is about 17 million more parts in roughly five months, if the two counts are measured the same way, which neither source says.
The same desk has been tracking machines that move from demo to deployment, from Eka Robotics' force-sensing gripper to Embotech and BMW's 1 million vehicle moves. The Grid fits the pattern: an operating system with customers, but no independent measurement of its lead times.
What would change this read is a second set of quotes, from other designs and quantities, and a published on-time record. CircuitHub says capacity jumps again in 2027; the number to ask for is delivered boards per month.
Sources
More in Hardware
- 01Battery Self-Tests Cause a One-Minute Dip in Grid Frequency, and Jülich Measured It on a 1.5 MW UnitA Forschungszentrum Jülich team traced a worldwide 60-second ripple in grid frequency to battery power supplies that all test themselves at the top of the minute. The preprint measured one site; the scale claims come from a press release.
- 02Satlyt's Orbital Computing Test Ran One Real Computer, and Hit a Timing BugThe startup's NASA-funded experiment with the University of Houston simulated four computers; only one physical machine in orbit took part.
- 03Waymo Will Have Toyota Fit Its Driver at the Takaoka Plant, but Gives No Volume, Cost or Sensor CountThe bZ4X robotaxi is a supply answer for a fleet still built on a Jaguar that is out of production; Waymo's two posts six weeks apart also put its safety multiple at 15 and 20 times.
- 04Agility Robotics Lists on Nov. 5 With $465 Million, $155 Million Under Plan, After Trust Holders Took Back About 61%The humanoid maker's SPAC raise shrank from $620 million as Churchill XI holders redeemed. The filing's 2025 revenue was $1.8 million against a $140 million operating loss.