High precision image measuring instrument with high accuracyThe structure is beautiful and elegant, easy to operate, and combined with our company's independently developed measurement software, accurate workpiece measurement can be achieved.

Widely used in industries such as mechanical manufacturing, electronics, automobiles, hardware, plastics, molds, etc., it can accurately detect the size, shape, and positional tolerances of workpieces, thereby completing tasks such as part inspection, shape measurement, and process control.

High precision image measuring instrument with high accuracyProduct Features

Equipped with fast focusing, automatic edge finding, powerful programming, and automatic measurement functions
Adopting sub-pixel subdivision technology to improve image boundary resolution capability
Joystick/mouse operation, convenient and easy to use
Programmable constant current driven eight zone surface cold light source, suitable for complex workpiece measurement
Laser pointer indicates the measurement position for easy and quick positioning
Online SPC data processing and analysis, large-scale fixture measurement function
Three axis servo control, high positioning accuracy and fast speed, XY speed can reach 200mm/s, smooth operation
The independently developed embedded module control system integrates complex control systems inside the instrument, resulting in higher stability
Using granite base, stable performance, not easily deformed
Optional MCP simple probe for easy 3D measurement
Optional automatic zoom can achieve efficient measurement at multiple magnifications

Technical parameters:

Element measurement

Can directly measure 11 elements (point, line, circle, arc, ellipse, rectangle, groove, ring, distance, angle, height). Has the following characteristics:

There are many types of elements being tested. In addition to the six basic geometric elements, there are also combination geometric elements (groove shape) and associated geometric elements (distance and angle), as well as height, curves, etc.
The distance and angle elements that users are most interested in can be treated as both measurement elements (which can directly obtain the desired results through one measurement) and construction elements (with flexible and diverse construction methods and extremely powerful construction functions), thereby increasing the flexibility and convenience of calculating distance and angle.
There are various measurement methods available (automatic edge finding, comparative measurement, local magnification sampling, crosshair edge finding measurement, mouse point sampling measurement), which can meet the different needs of users and greatly improve the convenience of use. When a particular workpiece cannot be completed by automatic edge finding, comparative measurement and local magnification sampling can be used to solve the problem

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