One printer is a hobby. Thirty is a factory.
We design, build and run print farms — racked machines on one queue, with failure caught early and a dashboard that tells you what actually finished.
A second printer doubles your output. A tenth one does not. Past a handful of machines the bottleneck stops being print speed and becomes everything around it: who slices the files, which machine is free, which one failed at 3am and spent six hours extruding into air, whether there is filament left, and who is going to pull four hundred parts off beds and finish them.
A farm is the answer to that, and it is mostly software and process rather than machines. We build the whole thing: the room, the racks, the power and extraction, the queue that feeds them, the cameras that watch them, and the numbers that tell you what a part really costs to make.
We build farms for clients who need their own capacity, and we run our own — so the design is proven on our floor before it goes on yours.
What we build
The room before the machines
Racking and airflow, stable ambient temperature, filament kept dry, resin handled and vented properly, power distributed so a farm does not sit on one overloaded circuit. Unglamorous, and the difference between a farm that runs and a room full of warm plastic.
One queue across the fleet
Jobs go to a queue, not to a machine. The scheduler assigns by capability, material already loaded and what is free, so operators stop playing Tetris with spreadsheets and nobody hand-walks files to a USB stick.
Failure caught in minutes, not hours
Per-printer cameras with detection for spaghetti, bed adhesion loss and spool run-out, plus telemetry on temperature and flow. A failed print is stopped and re-queued automatically instead of discovered the next morning.
Materials, costing and output
Spool and resin tracking by batch, consumption per job, machine hours, failure rate and true cost per part — so quoting is arithmetic rather than instinct, and you can see which machine is quietly losing you money.
How we work
Sized on your parts, not on a catalogue
We start from what you actually print — size, material, tolerance, volume per week — and work back to a machine mix. Most farms are specified too uniform; the right answer is usually a few different machines.
Built in one block, proven, then repeated
A first bank is commissioned and run under real load until the throughput and failure numbers hold. Only then does the pattern repeat, so a design fault multiplies by one rather than by thirty.
Handed over so you can run it
Your staff operate it, with documented routines for maintenance, calibration and what to do when a machine drops out. We can stay on to run or support it, but the farm is not built to need us.
Rough shapes of a farm
Three common sizes and what each one is built for. The final mix is specified against your own parts.
| Scale | Machines | Typically suits | What it needs from you |
|---|---|---|---|
| Bench | 3-6 | Prototyping teams, a studio printing its own props and parts | A corner of a room and someone who already prints |
| Room | 10-30 | Short production runs, agencies and makers selling printed product | A dedicated, ventilated room and a part-time operator |
| Floor | 40+ | Manufacturing-scale output, fulfilment, continuous production | Proper premises, three-phase power and dedicated staff |
Throughput comes from the right machine mix rather than the biggest machine count, so we model it on your own files before anyone buys anything.
What you get
- Farm design — layout, power, extraction, racking and machine mix
- Commissioned and calibrated machines under one queue
- Fleet control, scheduling and monitoring dashboard
- Camera-based failure detection with automatic re-queue
- Materials, costing and throughput reporting
- Maintenance routines and operator documentation
Before you ask
- Do we have to buy the printers through you?
- No. We specify them and you buy them, in your name, under your warranty — and we will tell you exactly where a cheaper machine is a false economy and where an expensive one is vanity.
- Can you add this to printers we already own?
- Yes. Most machines can be brought under one queue and monitored whatever the make. We audit what you have first and tell you which of it earns its place in the fleet.
- Resin at farm scale — is that realistic?
- Completely, and we build them. A resin farm is its own discipline — extraction, handling, waste and a wash-and-cure line that scales with the printers — so we design it as a dedicated area rather than bolting it beside filament machines.
- What stops it becoming our problem to babysit?
- Automatic failure detection and re-queue, material tracking that warns before a spool runs out, and alerting that reaches a person. The target is a farm checked twice a day, not watched all day.
The rest of the stack
Tell us what you're building.
Send the brief — or the problem, if the brief doesn't exist yet. We come back within one business day with an honest view of how we can help.
Start a project