AutoFAB

Your machines don't sleep, their operators do.

3× output from existing 3D printers

Run continuous production managed by robotic arms, so your printer farm operates at 100% capacity.

Get in touch Run your numbers

Your machines only work
40 hours in a 168-hour week.

Your machines sit idle most of the time because the guy who runs them only works Monday to Friday, 9 to 5.

12AM6AM12PM6PM12AM
9AM11AM1PM3PM5PM
MONTUEWEDTHUFRISATSUN
PRODUCING · 40 H SITTING IDLE · 128 H
24%
of what your machines could produce

24/7 continuous production traditionally requires multiple shifts of on-site engineers and technicians. That is only viable for large specialized factories, not small shops.

SEE WHAT 24% IS COSTING YOU →

An AI engineer in a robot body.

AutoFAB puts an AI engineer inside a robot arm on your floor, running production with an engineer's judgment, all night, every night.

You
Set the priorities
Queue work. Take over from your phone any time.
PRIORITIES
REPORTS
The AI engineer
Runs production
PRINT COMPLETE · cooling to release temp
COMMANDS
TELEMETRY
The machines
Do the work
Your printers, unmodified, never waiting on a person.

It's the on-site engineer that 24/7 production always required, except this one costs a fraction of a night shift, and hands you the controls the moment you want them.

You queue the prints. It manages production.

It schedules the work across your machines and keeps every printer busy until the order is done.

PRODUCTION · TONIGHT
JOB QUEUE
bracket_v6
ON 3 PRINTERS
×24
gear_mount
ON 3 PRINTERS
×30
enclosure_lid
ON 2 PRINTERS
×12
clip_r2
ON 1 PRINTER
×8
+ ADD JOB
P‑01 PRINTING
bracket_v6
0% · 126 min left
P‑02 PRINTING
enclosure_lid
48% · 92 min left
P‑03 COOLING
gear_mount
48°C · releases at 30°C
P‑04 PRINTING
bracket_v6
21% · 147 min left
P‑05 CLEARING
Removing part
arm on plate · 20%
P‑06 PRINTING
gear_mount
59% · 84 min left
P‑07 PRINTING
bracket_v6
37% · 105 min left
P‑08 CLEARING
Removing part
arm on plate · 0%
P‑09 PRINTING
gear_mount
10% · 160 min left
PARTS COUNTED INTO INVENTORY TONIGHT 41
Queue 30 seconds of your time
→
Produce day and night, hands off
→
Collect finished parts, counted into inventory

Jobs upload straight from the slicer you already use and run unattended. Between prints, the arm clears the bed, verifies it, and starts the next job on its own, counting every finished part into inventory. And when a print fails, it handles that too.

Failures detected, reported, and handled autonomously.

Every cycle is photographed and checked. A failed print at 11 p.m. doesn't end the night. It gets cleared, and the queue moves on.

Wrist-camera check: a finished blue part sitting on the print bed, gripper fingers at the edge of frame PASS

Print looks right. Part cleared to the bin, bed verified, next job starts.

Wrist-camera check: a failed print buried in a tangle of stringing on the bed FAIL

Failed print detected. Bed cleaned up autonomously, failure logged, queue continues.

Wrist-camera check: the bed scattered with printed question marks — the cell cannot tell what happened ESCALATE

Part missing, something's off. The cell secures itself and alerts a human, with photos and a plain-language reason. The rest of the floor keeps producing.

ArmPilot browser interface: live wrist camera, jog controls, and printer panel

When it needs a human, it finds one.

An escalation reaches you and AutoFAB's engineers at the same moment. Most are resolved remotely in minutes.

ArmPilot puts human hands on the arm from any browser: phone or laptop, anywhere. Clear the situation, restart the queue, skip the drive. And for the rare problem that truly needs someone on site, the cell waits safely while the rest of the floor keeps working.

Parts per day
~28
Before AutoFAB
→
~77
With AutoFAB
8
2.5 H
$20
Every month, that means
Extra parts shipped +1,470
Machine-hours recovered 4,096
Revenue you're missing $29,400
One step left

Drop your email. We'll take it from there.

That's it. Ansel, AutoFAB's founder, emails you back within a day to talk about your floor.