KGROO

A new paradigm for rapid prototyping

Machines

Our lineup of revolutionary hexapod-based machines for office and home rapid prototyping

Jack Machine Image

Jack

A midsized, office friendly CNC machine for rapid prototyping. Can handle up to stainless steel.

Coming 2025 Learn more
Joey Machine Image

Joey

A compact, low noise CNC machine for rapid prototyping with a similar footprint to a 3D printer. Can handle up to aluminum.

Coming 2026 Learn more
Jill Machine Image

Jill

Similar in size to Jack, but offers 6-axis FDM 3D printing. Advanced capabilities for complex geometries.

Stay Tuned Learn more

Language

KGROO is a domain-specific programming language and framework designed to revolutionize machine automation systems. Unlike traditional G-CODE, which provides static instructions to machines, KGROO creates a comprehensive nervous system for CNC machines and 3D printers, enabling real-time adjustments based on sensor data and machine learning models.

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Real-time Adaptability

Dynamic adjustments based on sensor feedback

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Machine Learning

Learns from each operation to improve performance

Efficient Processing

Optimized for high-frequency sensor data integration


// KGROO sample code
module CNCOperation {
  sensors {
    loadCell: "A0",
    temperature: "A1",
    vibration: "A2"
  }
  
  process mill(Path path) {
    when vibration > threshold {
      adaptFeedRate(-10%)
    }
    
    monitor temperature {
      if rising > 5C/min {
        pause and notify
      }
    }
    
    execute path with adaptive control
  }
}
                    

CAM

CAM Software Interface

The upcoming KGROO CAM software is built from the ground up with hexapod kinematics in mind, enabling an experience akin to a 3D printer slicer rather than the complicated methods currently used in traditional CAM solutions.

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Simplified Workflow

Import design, select material, and let KGROO handle the rest

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6-Axis Optimization

Automatically leverages all axes for optimal tool paths

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Integrated Simulation

Real-time preview with accurate time and material estimates