26 Products
A three-dimensional target for calibrating 3D scanning devices and systems.
Designed for calibrating aperture settings in cameras and optical instruments.
A checkerboard pattern used for calibrating camera and lens systems.
Projects calibration patterns for high-precision usages in workshops.
An integrated ruler for distance measurement during calibration tasks.
Targets embedded with QR codes for quick access to calibration data.
A color-sensitive calibration target for testing and matching color accuracy.
A target that can be customized for specific calibration needs and purposes.
A complete kit for calibrating digital devices with multiple target options.
Portable targets ideal for field use, ensuring accurate calibration on-site.
A flat calibration target suited for imaging systems requiring flat field adjustments.
Features a grid design for easily calibrating laser and optical systems.
Specially designed targets with high contrast for enhancing measurement accuracy.
A high-resolution target for precision optical and imaging system calibration.
A set of interchangeable targets for different calibration needs and applications.
A target that assists in calibrating and measuring luminance in visual systems.
Combines multiple calibration patterns on a single target for versatile usage.
For high precision calibrations in nanotechnology applications.
Includes multiple targets for calibrating optical devices with varying complexities.
A lightweight calibration sphere designed for easy transport and effective calibration.
A high-contrast target designed for precise measurements in calibration processes.
A reflective target designed for use in photometric calibration processes.
Printable calibration sheets for quick setup and use in various calibration tasks.
Material designed to withstand extreme temperatures for consistent calibration results.
A durable calibration plate compatible with various devices and measurement settings.
Features a simple vertical design for calibrating height measurement instruments.