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At Quant Robotics, we specialize in designing robotic cells that match your exact production goals. Using advanced simulation tools, we create a digital copy of your site or workshop, integrate the necessary equipment, and ensure seamless delivery of all parts and CAD models.
Our approach reduces risks, speeds up integration, and guarantees that the final system meets both customer specifications and industry standards.
How It Works

  • Requirement Collection – We analyze your production needs and technical specifications.
  • 3D Simulation – A virtual model of your robotic cell is created to test workflows and layouts.
  • Optimization – Adjustments are made for efficiency, safety, and scalability.
  • Delivery & Integration – CAD models, parts, and full documentation are prepared for seamless deployment.
  • Fast Cell Modeling
    We quickly build and simulate robotic cells based on client requirements, helping you visualize workflows and optimize production before implementation.
  • Multiple Robot Integration
    No need to worry about synchronizing several robots or mobile devices. Our software ensures flawless coordination of multi-robot systems.
  • Complex Kinematic Systems
    You are not limited to six-axis robots. Quant Robotics supports rotators, linear axes, and portal systems, enabling complex and flexible production layouts.
  • Engineering Precision
    Our design team uses the latest 3D modeling technologies to test and validate structural and dynamic requirements, ensuring maximum performance and reliability.
After purchasing the software, we will create a copy of your site / workshop ourselves, it remains only to arrange the delivery of parts for products and their CAD models. Several robots You no longer need to think about synchronizing multiple robots or various mobile devices. Complex kinematic systems‍ You are not limited to the six axes of the robot, the Quant software supports rotators, linear axes and portals.Our test cell design team uses the latest in 3D modeling to ensure that our systems meet the structural and dynamic requirements of customer and industry standards.