Fabricore
About Fabricore

Structured CAD generation for repetitive machine shop geometry.

Fabricore was built to eliminate a specific inefficiency: repetitive CAD work for simple, parameterized parts. In many machine shops, a significant portion of design time is spent re-creating the same geometry with minor dimensional changes, adjusting hole spacing, plate thickness, or mounting patterns. This work does not require high-level engineering judgment, yet it often consumes skilled labor that could be allocated elsewhere.

Fabricore replaces that process with a direct, input-driven system. Users enter a set of parameters, and the platform generates a production-ready CAD model in seconds. The goal is not to replace full-featured CAD tools, but to remove the need to use them for tasks that are fundamentally repetitive.

Why It Exists

The core premise is that most low-complexity parts follow predictable structures. If those structures can be formalized into templates, then generating them becomes a computational problem rather than a manual one.

Fabricore was developed to:

  • Reduce dependency on manual CAD for routine parts
  • Lower labor costs by shifting work from specialists to operators
  • Increase throughput by eliminating design bottlenecks
  • Standardize outputs to reduce human error

This is a targeted solution to a narrow but high-frequency problem.

How It Helps

Fabricore improves workflow efficiency by collapsing the design step into a parameter input process.

Operational impact:

  • Time reduction: Parts that previously required minutes to hours of CAD work can be generated in under 15 seconds
  • Labor reallocation: Non-specialists can generate valid geometry without CAD training
  • Consistency: Outputs are deterministic and template-driven, reducing variability
  • Iteration speed: Rapid regeneration enables faster prototyping and adjustment cycles

This directly affects shop throughput, quoting speed, and responsiveness to design changes.

Use Cases

Fabricore is suited for parts with structured, repeatable geometry. Typical applications include:

  • Mounting plates and brackets
  • Gussets and reinforcement plates
  • Flanges and adapter plates
  • Spacer blocks and standoffs
  • Motor mounts and fixture components

It is not intended for highly complex, organic, or one-off designs where full CAD modeling remains necessary.

System Model

Fabricore operates on a template-based architecture:

Inputs User-defined parameters such as dimensions, hole patterns, and offsets.
Template A structured sequence of geometric operations describing a repeatable part family.
Engine A geometry kernel that converts the parameter set and template into a STEP file output.

This separation allows templates to scale independently of the core system, enabling expansion into new part categories without changing the underlying engine.

Positioning

Fabricore is not a replacement for traditional CAD systems. It is a pre-CAD layer optimized for speed and repetition. The intended workflow is:

  • Use Fabricore to generate standard components instantly
  • Use conventional CAD only when complexity exceeds template scope

This division minimizes unnecessary CAD usage while preserving full capability when needed.

Direction

The long-term objective is to expand the template ecosystem and reduce the friction of creating new templates. As the system grows, it shifts more design work from manual modeling to structured generation.

The constraint is deliberate: Fabricore prioritizes reliability and speed over generality.

Contact

Email
admin@fabricorecad.com

For platform questions, access requests, and template-related inquiries.