Skip to main content
Spatial alignment

Geometric Calibration Services

FRAMOS performs precise geometric calibration to correct distortion and ensure accurate alignment between your camera and the physical world.

Geometric Calibration Services

Why Geometric Calibration Matters

A typical image sensor will capture a 3D scene as a 2D image, introducing distortion and geometric variation across the field of view. Geometric calibration precisely characterizes the camera and lens so pixels can be accurately mapped to physical positions.

With a calibrated camera module, vision applications can reliably detect objects and maintain accurate spatial relationships across the field of view, even with complex or wide-angle optics.

Why Geometric Calibration MattersA typical image sensor will capture a 3D scene as a 2D image, introducing distortion and geometric variation across the field of view. Geometric calibration precisely characterizes the camera and lens so pixels can be accurately mapped to physical positions.

With a calibrated camera module, vision applications can reliably detect objects and maintain accurate spatial relationships across the field of view, even with complex or wide-angle optics.
  • Lens distortion correction across the full field of view
  • Intrinsic calibration defining internal camera parameters
  • Extrinsic calibration determining camera position and orientation
  • Spatial accuracy for measurement, robotics, and multi-camera systems
Why Geometric Calibration Matters

Calibrate Your Vision System with FRAMOS

Accurate spatial data starts with precise camera calibration. FRAMOS delivers full camera-stack calibration to ensure reliable measurements, distortion correction, and consistent spatial alignment across the entire vision pipeline.

Whether you’re developing robotics, drones, measurement systems, or multi-camera vision applications, our engineers can help you achieve the spatial accuracy your system requires.

How FRAMOS Performs Geometric Calibration

FRAMOS performs geometric calibration using specialized optical targets, advanced algorithms, and professional measurement systems such as GEOCAL. Our engineers precisely characterize the full camera system to generate accurate spatial calibration models.

Sample image
  • Intrinsic Camera Calibration

    Defines the internal optical parameters of the camera including focal length, principal point, and lens distortion. This allows distortion to be corrected and ensures accurate image geometry across the entire field of view.

    • Lens distortion modelling and correction (radial and tangential)
    • Accurate focal length and principal point estimation
  • Extrinsic Camera Calibration

    Determines the position and orientation of the camera relative to the scene or other cameras. This enables accurate spatial mapping, object localization, and reliable multi-camera system alignment.

    • Camera position and orientation estimation relative to the scene
    • Alignment between multiple cameras or sensors
  • System-Level Calibration

    FRAMOS calibrates complete vision systems to ensure consistent spatial accuracy across sensors, lenses, and mechanical assemblies. This is particularly important for robotics, measurement systems, and multi-camera applications where precise spatial relationships are critical.

    • Calibration of complete camera assemblies including lens and housing
    • Multi-camera system alignment and synchronization

Need Precise Camera Calibration for Your Vision System?

FRAMOS supports the calibration and validation of camera systems for accurate spatial measurement, distortion correction, and reliable multi-camera alignment.