The world's most advanced machines still depend on human manufacturing judgment.

Subduxion is building a world model for precision manufacturing: learning how geometry, part requirements, factory capabilities and process decisions determine how physical parts are made.

Blake

Blake is the first application of Subduxion's world model: turning a drawing into a reviewable manufacturing cost.

Explore Blake

Subduxion is building a world model that understands how precision parts can be manufactured.

Every part begins with a feasible, costed and traceable path to production. World models coordinate the decisions from design to factory; people define the goals, constraints and standards.

Industries

Semiconductor

Vacuum parts such as chambers, flanges and showerheads demand extremely low outgassing and hole patterns on tight GD&T position tolerance, checked by CMM. Blake proposes tolerance-to-feature links for review, traceable to the inputs they came from.

Aerospace

AS9100 requires material traceability down to heat or lot level, and every new setup a first-article inspection under AS9102, with a measured value for each characteristic. Blake proposes these links for review, traceable to the inputs they came from.

Defence

The EU Dual-Use Regulation classifies parts by the drawing itself: tolerance, precision and material decide the classification, and many contracts require confidentiality and restricted access. Blake reads and calculates in a way that is designed to run on your premises or in an EU tenant.

Medical

Since the EU Medical Device Regulation, every device carries a Unique Device Identification, and ISO 13485 requires a supplier to carry its own process, such as CNC machining, on its certificate. Blake proposes these links for review, traceable to the inputs they came from.

Process-specific AI models

One shared representation of the part, its requirements and the factory. Each manufacturing process gets a specialised AI model that learns how geometry, process choices and production resources affect manufacturability, time and cost. Milling first.

Milling

First process model

Features, tooling, setups and cycle time for 3-axis and 3+2 machining.

Turning

Second process model

Turned profiles and grooves on the same feature model.

Wire and sink EDM

Next process family

Extending the world model beyond mechanical cutting into electrical-discharge machining, developed with specialist manufacturing partners.

Sheet metal

On the roadmap

Grinding

On the roadmap

Welding and assembly

On the roadmap

Research

Precision manufacturing is the physical layer of the AI era: every chip, every aircraft and every medical implant ultimately depends on manufacturing knowledge, understanding what a part requires, which processes can produce it, and what happens when those decisions meet the physical world. We publish the four foundations behind Blake: machine data, drawing requirements, a shared representation above ERP, CAD and CAM, and confidentiality, each with its evidence.