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    Privately held, U.S. Owned and Operated Since 1984                                              586-247-2336

3-D measurement is a process developed by Fori Automation, using laser measurement modules. Software and system interface improvements resulted in a more precise static / dynamic measurement with better resolution as well as making the system more reliable. Options include an air cylinder pull down system for brake valve adjustment, ABS communication, digital headlamp camera and servo motors for positioning of the wheel base and headlamp vertical / horizontal movements. This 3-D wheel alignment machine is a fast, flexible and highly accurate system.

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Fori Automation is a world leader in wheel alignment systems. Fori has over 425 installations worldwide supported by a global sales and service network of Fori companies .

Fori Automation capabilities: sales, engineering (mechanical / controls / software), manufacturing, assembly, full system integrator & installation and service on four continents.

  • High Speed Digital Cameras (100 FPS)
  • Large Number of Measuring Points
  • Stationary Measuring Heads
  • Large Field of View 350mm x 250mm
  • Retro-Fit 3-D Measuring Kits
  • Accuracy - 38,000 measured points
  • Audit System
  • Decreased Cycle Time
3-D Audit Systems Heavy Duty Load Simulator Steering Wheel Leveler Predictor Mode 3-D Wheel Aligner Turn Angle Testing

3-D Wheel Alignment Technology
3-D measurement is a process developed by Fori Automation, using laser measurement modules. Software and system interface improvements resulted in a more precise static / dynamic measurement with better resolution as well as making the system more reliable. This 3-D wheel alignment machine is a fast, flexible and highly accurate system.

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Predictor Mode

After each adjustment made during a cycle it takes, 3 or 4 seconds (one tire rotation) to update the run out of the tires and display the new measurement value. Predictor Mode identifies a unique feature on the wheel and determines it’s orientation. Virtual real time measurement updates are then performed which reduces machine cycle time by 3 or 4 seconds for every adjustment made. If several adjustments are made the cycle time decreases even more.

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