One workflow for managing printers, organizing jobs, running production queues and reducing repetitive manual work — from one desktop printer to a growing small print studio.
Start with the printers you already own. Add automation where it makes a real difference.

One printer is simple. Multiple printers, repeated jobs and small-batch production are different. The work between prints starts taking as much attention as the printing itself.
A practical automation system connects the digital workflow with the physical printer.
Slice for the correct printer.
Bring the prepared job into ASWAP.
Select printer and production order.
Run and track the job.
Continue with less manual work.
ASWAP is the software layer of the INNOCUBE3D automation ecosystem. It is built around real printing workflows: printers, jobs, queues, production history and automation.


Managing a growing number of printers should not mean opening a different application for every machine. ASWAP is being built around the production tasks that become difficult when several printers run at once.
ASWAP is being developed toward a multi-brand printer workflow instead of locking users into one ecosystem.
Current development and testing focus.
U1 integration direction.
C5 integration direction.
K3 integration direction.
Printer support is model- and release-dependent. We only mark a printer as fully supported after real hardware and workflow testing.
See how INNOCUBE3D connects print management with automatic plate handling.
ASWAP manages the workflow. SwapMod handles the physical plate-changing step for supported Bambu Lab A1 workflows.
Our goal is not another isolated tool. It is a practical automation system for desktop 3D printing.

Printer management, prepared jobs, production queues, history and automation logic.
Explore ASWAP
Mechanical automatic build-plate handling for supported Bambu Lab A1 workflows.
Explore SwapModThe long-term INNOCUBE3D direction is to connect printer management, job scheduling and physical automation into one production workflow.
Automation isn't only for industrial-scale farms. It can make small production workflows easier to manage too.
Run repeat jobs and longer print sessions without constantly moving between files and printers.
Keep production jobs, printers and priorities in one structured workflow.
Start with a few machines and build toward a more organized multi-printer operation.
You don't need a large printer farm to begin.
Start with the printer you already use and verify its supported workflow.
Slice models using compatible slicing software and verify the settings.
Import prepared files, assign printers and organize the production queue.
Add physical automation such as SwapMod where it fits your workflow.
INNOCUBE3D is developing an ecosystem around real desktop 3D printing workflows.
Connect and manage supported printers from a unified workflow.
Improve task allocation and production planning across multiple machines.
Make interruptions and recovery easier to understand and manage.
Connect software workflows with hardware such as automatic plate changing.
Improve material, AMS and external-spool workflows where supported.
Build better visibility into printer, network and production conditions.
Use ASWAP to organize your printing workflow. Add physical automation where it makes a real difference.
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