Manufacturing systems

In development

Connected Printer Network

Infrastructure that lets independently owned 3D printers participate in one production system without standing in the same factory.

What we are building

The software platform, the production record and HOLK Connect, as one path from a digital request to a specific machine.

The problem it addresses

A useful printer is often idle in a workshop, while a person who needs a part does not own a machine. Moving every job to one central factory throws away that distributed capacity.

How it works

A request becomes a job. The platform prepares the file. Production management keeps the state. HOLK Connect is the device that authenticates outward and talks to the printer on the local network. The tested instance of this path is a single laboratory printer.

Reference photograph of a Bambu Lab X1 Carbon with an AMS unit, the printer model used in HOLK TECH laboratory tests
Reference photograph of a Bambu Lab X1 Carbon, the model used in the laboratory. Photograph by Benlisquare, CC BY-SA 4.0, scaled for this website. This is not the HOLK TECH workshop and not an enrolled customer machine.

Technical diagram

In development

A production request starts as a digital description of an object. In the laboratory, the software has accepted a test request and kept it as one job. That is an engineering test, not a published count of customers or commercial orders.

Technology being used

  • Job records in the production software
  • OrcaSlicer preparation for the laboratory profile
  • HOLK Connect device identity and outbound HTTPS
  • A local printer channel, exercised with a Bambu Lab X1 Carbon

Current development stage

The laboratory has created a test job, prepared a file and transferred it to one X1 Carbon, with a matching checksum. The print was not started. Illustrative locations on the map are not sites. An international network is the design goal, not a current operation.

Current milestones

  • Keep the public description limited to one tested printer.
  • Start a physical print only under a separate, explicit test decision.
  • Add another machine only when that machine is actually enrolled.

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