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Motion planning is the computational process of moving a robot from one point to another in the presence of obstacles. Its complexity depends on whether all obstacle data (size, position, movement) is known in advance and whether the obstacles are static or dynamic.
Traditionally, engineers spend hours programming and validating robot trajectories. With Quant Robotics, this step is fully automated.


  • Automatic Trajectory Generation
    No need for manual programming — QUANT software instantly calculates safe and efficient movement paths.
  • Safety Validation
    All trajectories are checked for collision risks, ensuring safe robot operation in complex environments.
  • Adaptive to Environments
    Whether obstacles are fixed or moving, Quant Robotics dynamically adjusts the motion plan to guarantee continuous workflow.
  • Faster Production Cycles
    From motion calculation to product manufacturing, everything is executed in just a few seconds — boosting efficiency and reducing downtime.

How It Works

Input Data

Define the workpiece,

workspace, and constraints.

Path Calculation

QUANT generates

optimized motion plans.

Collision Check
Safety validation ensures
risk-free execution.
Execution
The robot follows the path
and manufactures the product.