The startup manufactures computer numerical control (CNC) milling systems designed to precisely cut various materials, including stone, wood, and styrofoam. Their technology enables the creation of customized prototypes and functional art, addressing the need for accurate and efficient material processing in architectural restorations.
Funding
Funding not disclosed
Founders
Product
Problem
Creating custom prototypes and architectural elements from materials like stone, wood, and styrofoam often requires manual processes or specialized equipment, leading to inefficiencies and limitations in design complexity. Traditional methods can be time-consuming, lack precision, and struggle to produce intricate or large-scale pieces.
Solution
Construction Automation offers a robotic CNC milling system, Da Vinci's Arm, designed for precise cutting and shaping of various materials, including marble, stone, wood, and styrofoam. This 6-axis robotic system functions as a flexible milling center, enabling the creation of sculptures, architectural restorations, wall systems, and prototypes. The system integrates with PowerMILL software to optimize milling operations and bring out the full potential of the robotic arm. By automating the material processing, Da Vinci's Arm allows for faster production, increased accuracy, and the ability to create complex designs previously unattainable through manual methods.
Target Audience
The primary target audience includes artists creating functional art, architectural firms involved in restoration projects, and manufacturers needing precise prototypes.
Features
- Six-axis robotic arm for milling and turning operations
- Compatible with a range of materials, including marble, stone, wood, styrofoam, and composites
- Integration with PowerMILL CAM software for toolpath generation and simulation
- CAD software compatibility for 3D model creation, editing, and scaling
- Automated milling process for increased speed and precision
- Hand-finishing options available for surface detailing