Optical image measuring instruments perform measurements through optical principles, capturing images via built-in cameras, transmitting data to computers, and synthesizing intuitive images through software systems. Analysts then interpret the image data to derive final conclusions. This not only quantifies the shape, length, width, height, and other data of workpieces but also precisely measures surface flatness.

CHOTEST Zhongtu Instruments' Novator series Fully Automatic Optical Image Measuring Instrument combines traditional image measurement with laser measurement scanning technology. It also supports strobe lighting and flying image capture functions, enabling high-speed measurement and significantly improving efficiency. Equipped with independently adjustable and replaceable RGB lighting, it adapts to more complex workpiece surfaces, achieving 2.5D and 3D composite measurements.

Product Advantages

Laser scanning imaging, 3D composite measurement

1. Supports point laser contour scanning measurement for contour measurement in the height direction.

2. Supports line laser 3D scanning imaging, enabling 3D scanning imaging and spatial measurement.

3. VisionX measurement software supports various contour measurements and 3D spatial measurements, seamlessly integrating 2D/3D hybrid measurement.

Strobe lighting source, high-speed hardware flying image capture

1. Features a strobe lighting source, supporting both strobe and standard dual modes.

2. Supports flying image capture mode, increasing measurement efficiency by 5–10 times.

3. The Novator series Fully Automatic Optical Image Measuring Instrument incorporates the stitching measurement function of Zhongtu's flash measurement instruments, leveraging comprehensive advantages.

Replaceable RGB surface light, independently adjustable surface light

1. Replaceable RGB surface light and white surface light adapt to various complex colors and material surfaces.

2. Surface light can be independently adjusted for better observation of sample surfaces.

3. Supports segmented programming control for six-ring eight-zone surface light, transmitted light, and coaxial light.

Automatic measurement, faster batch processing

1. Programs match the workpiece coordinate system and automatically execute measurement processes.

2. Supports import of CAD and Gerber drawings for coordinate system matching measurements.

3. In CNC fixed coordinate system mode, rapid and precise batch measurements can be performed.

The Novator series Fully Automatic Optical Image Measuring Instrument can measure geometric quantities: points, lines, circles (center coordinates, radius, diameter), arcs, centers, angles, distances, line widths, hole positions, aperture, number of holes, distance between holes, distance from hole to edge, distance from arc center to hole, distance from arc center to edge, distance between arc high points, distance between intersection points, etc.; geometric tolerances: straightness, roundness, profile, position, parallelism, symmetry, perpendicularity, concentricity, parallelism, and other geometric tolerance evaluations.

Technical Specifications

The newly added flying image capture function in the Novator series image measuring instruments changes the traditional operation mode of image measuring devices. It captures and measures features during rapid platform movement without waiting time, increasing measurement efficiency by 5–10 times compared to traditional equipment. Equipped with high-precision optical motorized zoom lenses, it not only clearly visualizes tiny product features but also meets high-precision product dimension measurement requirements.