Longmen automatic image measuring instrument is a non-contact precision measuring instrument based on optical imaging and computer processing technology. It is mainly used to detect parameters such as size, contour, surface shape, and positional tolerance of workpieces, and is suitable for the field of precision manufacturing.
Adopting a gantry structure, combined with optical systems and automation control technology, it can effectively and accurately complete the two-dimensional or three-dimensional size measurement tasks of large-sized workpieces.
feature
Large scale measurement capability: The gantry structure (consisting of a base, crossbeam, and column) provides a large working area (such as 1000mm × 800mm), which can accommodate workpieces that are difficult to measure with traditional equipment such as automotive parts, aerospace components, and large sheet metal parts.
High precision and high resolution
Equipped with high-resolution CCD/CMOS cameras (such as 1.3 million pixels) and precision optical systems, the positioning accuracy can reach micrometer level (≤ 3 μ m+L/200), meeting the strict requirements of precision manufacturing for quality control.
Non contact measurement: using optical imaging technology to avoid physical damage that may be caused by contact measurement, especially suitable for the detection of precision workpieces and vulnerable materials (such as optical glass and semiconductor components).
Fully automated operation: After the user sets the measurement parameters, the instrument automatically completes the entire process of movement, focusing, data acquisition, and analysis, reducing human errors and improving detection efficiency.
Easy to operate and integrate: The touch interface is intuitive, supports joystick/mouse operation, and can share data with other devices to achieve real-time quality management of the production line.
High stability and durability: The marble base and imported guide rail system ensure long-term precision and are suitable for 24-hour continuous production environments.
Application scenarios
Production line online inspection: Conduct size sampling on automotive components to ensure assembly accuracy.
Reverse design during R&D phase: Quickly obtain competitor product size data through scanning function to assist in new product development.
Large size workpiece splicing measurement: measure and splice long workpieces (such as ship structural components) in sections to obtain complete dimensional data.