One click image flash measuring instrument (also known as one click image measuring instrument) is a precision measuring device based on telecentric optical system and image analysis technology, mainly used for two-dimensional dimension measurement, supporting geometric measurement, geometric tolerance evaluation, and batch report generation. A single measurement can complete hundreds of dimensional analyses within 2-5 seconds, suitable for batch measurement of small-sized workpieces such as mobile phone accessories, gears, screws, etc. It supports one click operation for fast measurement.
Features:
Fast and effective: The one click image flash tester realizes "one click measurement", without the need for professional personnel to operate, and can easily place workpieces for one click batch measurement. It can measure multiple samples (such as 100) simultaneously, with each product capable of measuring up to 300 sizes, without increasing measurement time due to geometric multiples caused by multiple samples and sizes. After the measurement is completed, a data table is automatically generated, greatly improving the measurement efficiency.
High precision: Adopting dual telecentric high-resolution optical lenses, combined with high-precision image analysis algorithms, effectively avoids the generation of Abbe errors. The measurement accuracy is less affected by the on-site environment and usage time, which can ensure the accuracy of the measurement results.
Easy to operate: Programming is simple, workpieces can be placed freely, no positioning fixtures are required, and automatic recognition and measurement are achieved. The intelligent operation interface provides rich measurement options and functions, and users can choose different measurement modes and parameters according to their actual needs, and customize measurement schemes.
Lightweight design: Compared with traditional measuring instruments that are bulky and clumsy, the one click image flash tester adopts a lightweight design, with an exterior design that fully utilizes spatial structure, compact and exquisite, and occupies a small area.
Application scenarios
Mechanical processing: can be used to detect the dimensions of stamped parts, CNC machined parts, gears, screws and other components to ensure that the product meets design requirements.
Electronics industry: suitable for detecting the size of electronic components with small, thin, and soft characteristics, such as printed circuit boards, capacitors, resistors, inductors, etc., to ensure the performance of electronic products.
Automotive industry: It can be used to detect the accurate dimensions of automotive components such as axles, connectors, terminals, etc., achieve fully automated operation, and improve the quality of automotive manufacturing.
Other industries: It can also be applied to various fields such as mold cavities, watches, cutting tools, bottle caps, etc., to meet the measurement needs of different industries.