Mikrosize High-performance Measurement Testing Instrument

When it comes to precision size measurement for industries like precision manufacturing, electronic components, mold processing, and aerospace, the Mikrosize Image Measuring Instrument stands out as a top-tier solution—and it’s more than just an image measuring tool: it’s a high-performance Measuring Testing Instrument designed to meet strict measurement demands.

Integrating three core advantages—high precision, stable operation, and intelligent functionality—this instrument from Mikrosize relies on innovative optical systems, a robust mechanical structure, and advanced intelligent measurement software to deliver results. Whether handling 2D or 3D dimensional measurements of complex workpieces, it ensures data is both accurate and reliable, solving key pain points for businesses that can’t compromise on measurement quality.

What makes this Mikrosize Measuring Testing Instrument even more valuable is its rich, user-friendly features. For starters, it directly measures 12 common 2D elements (including points, lines, circles, arcs, rectangles, grooves, and rings) using a NURBS curve fitting algorithm—this detail ensures data accuracy that goes beyond basic measurement tools. It also offers multiple measurement methods to adapt to different workpiece types: automatic edge finding, crosshair sampling, adjacent sampling, comparison, and sharp point sampling, so users don’t have to adjust their workflow to fit the instrument.

The instrument’s edge finding algorithm is another standout: it maintains sampling accuracy and stability without requiring frequent movement, and a one-click automatic pixel correction function saves time on manual adjustments. For hard-to-measure elements, it provides construction tools like translation, rotation, extraction, combination, parallelism, and perpendicularity—turning complex measurements into simple steps.

Beyond core measurement, it supports daily workflow efficiency too. Its rich report functions include multiple conditional options and one-click generation, while an out-of-tolerance red warning system clearly marks problematic elements or items when results don’t meet standards—plus, it supports one-click export for quick documentation. The image window is equally practical: it displays video magnification and scale, and even enables on-the-spot distance and angle measurement, eliminating the need for extra tools.

For users who work with multiple coordinate systems, the instrument offers versatile support: it lets you establish multiple coordinate systems, switch data freely, and convert between Cartesian and polar coordinates. Program editing and modification are also hassle-free—you can easily adjust light source parameters, motion settings, position, height data, or replace old elements with new ones, without needing advanced technical skills.

Tolerance calculation is another key strength: it handles multiple dimensional and positional tolerance types, covering both 2D and 3D tolerances, so it’s suitable for detailed quality control checks. Motion control is flexible too—choose from joystick, software motion interface, mobile dialog box, or mouse control, depending on your preferred way of operating. Finally, its powerful annotation function supports multiple types (distance, angle, radius, diameter, arc length, etc.) and automatic annotation, making it easy to mark and share key measurement details.

In short, the Mikrosize Image Measuring Instrument isn’t just a Measuring Testing Instrument—it’s a comprehensive, reliable partner for industries that need precision, efficiency, and flexibility in every measurement task.