Concept render
Own a building, a lobby or a storefront?
Already run a café, a gym or a hotel?
Partner with us
Put a robot
drink bar in
your space.
One arm makes coffee, matcha and milk tea.
Future Max makes coffee, matcha and fruit tea with one robot arm. Guests order at the screen.
Tell us about your space and we write back.
Tell us about your space. A real person replies.
Partnership
Partner with us.
Build your business like Lego blocks
Reconfigure it to fit your space: fill the 3 m rail with blocks and swap the machines in them.
System capacity calculator
Fill the 3 m rail with blocks and swap the machines in them. See what one full load holds.
Full load only: each module's rated storage × how many fit. It is not a count of drinks.
Tap a block.
Schematic, not to scale. Dashed blocks are planned. partner with us. Also: add-ons, starting with the foaming module.
See it work
- The full bar · Champaign
- Ready for pickup
- An iced drink, out
- Espresso pull
- Night service
- Matcha and fruit tea, side by side
Where it fits












Concept renders, not customer installs.
Specs
Coffee, matcha, milk tea. One machine.




Poured in our own stores
Your drink, balanced⁴
Syrup and pump counts are in What one load holds.
Iced Vanilla Latte
What one load holds
Try another setup in the capacity calculator → Swap the coffee machine, kegerators or ice dispenser and fill the 3 m rail.


Buyer questions
Will it fit my space?
What do my staff do?
Who fixes it?
Picture it in your space.
Tell us where it would go. We check the fit and send a quote.
Partner with us →Concept render
- ¹Rated, full configuration.
- ²Our own three stores, as of the page date.
- ⁴Founder statement. Dose bars are illustrative.
- ⁵Founder estimates.
- ⁶Drinks on our store menus.
- ⁷Calculated from the factory assembly drawing: 2 kegerators as standard × 8 cartons × 4 L = 64 L (17 gal), 32 L each; more kegerators add 32 L each. Beans: 2 Franke A1000 machines × 2 hoppers × 2.6 lb (Franke spec sheet). Ice: the ice dispenser's own rating, 45 lb. Cups load in stacks of 100. The capacity calculator fits 0.66 m blocks onto a 3 m rail and multiplies each module's rated storage by how many fit.
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