The linear guide rail is used to support and guide moving parts to perform reciprocating linear motions in a given direction. We use it in the X/Y/Z – axis movements of the fully automatic image measuring instrument. When a linear guide rail is installed, it is less likely to generate frictional heat during operation and…
As a precision inspection instrument, our fully automatic image measuring instrument is equipped with an imported POMEAS specific high – resolution optical continuously variable magnification precision industrial lens with a magnification range of 0.7X – 4.5X. It features high efficiency and high stability. It can clearly present the inspected products on our computers. Moreover, under…
As is well – known, an image measuring instrument can only measure the planar appearance dimensions of products, and it is difficult to measure three – dimensional geometric dimensions. One of our solutions is to install a probe, which can basically meet simple 3D dimension measurements, making it equivalent to a simplified coordinate measuring machine.…
Optical imaging measurement is currently one of the relatively advanced precision and high – efficiency measurement methods. Its working principle is as follows: The workpiece to be measured (placed on the workbench) is illuminated by LED surface light or bottom light (inside the base). After that, the image is captured through a zoom objective lens…
An image measuring instrument is a high – precision and high – efficiency photoelectric measuring device composed of a high – resolution CCD color camera, a continuously variable magnification objective lens, a liquid – crystal display, a precision optical scale, a multi – function data processor, professional 2D data measurement software, and a high –…
Image measurement can be roughly divided into three methods: contour measurement, surface measurement, and Z – axis measurement. Contour measurement This involves measuring the edge contour of the workpiece. Generally, bottom light is used to measure the contour. If necessary, surface light can also be added as auxiliary lighting to make the measured edge line…
A Trusty Assistant for Exploring the Microcosmic World: An Analysis of the Advantages of Microscope Software In numerous fields such as scientific research, healthcare, and industrial inspection, microscopes are crucial tools for exploring the microscopic world. The accompanying microscope software, however, endows them with even more powerful functions and higher application value. High – speed…
Unlocking the Powerful Advantages of 2D Height – Measuring Instrument Software In the field of precision measurement, the XC 2D height – measuring instrument software plays an irreplaceable role, providing accurate and efficient height – measuring solutions for numerous industries such as manufacturing and scientific research. I. Precise Measurement with Utmost Accuracy – Core of…
1. Recommended configuration Solution Information Machine name Daisy8106 Coordinate Measuring Machine Recommended configuration (1) Model name: Daisy8106 (2) Probe configuration: PH10T+TP20 (Renishaw, UK) (3) Control system: DCC (Germany MORA) (4) Measuring range: 800mm×1000mm×600mm Technical parameters Length measuring system: metal grating ruler, Renishaw, UK Resolution: 0.1mμ Display error: MPEE≤2.5+L/300mμ Detection error: MPEP≤2.5mμ Overall dimensions: 1556 mm×1940 mm×2810 mm Maximum load: 1200kg Business Quote Offer expiration date 20 days Delivery date 30-40…
XCP Fully Automatic Image Measuring Instrument Model 5040 Main Features Integrating advanced optical imaging. Precision structure, and fast data processing technology. Integrated design. Auto-programming co-axial composite measuring of image/probe/laser achievable. XCP Fully Automatic Image Measuring Instrument Model 5040 Application Areas Widely used in machinery,electronics, molds, plastics, die-cutting, electrical appliances, mobile phones, home appliances, computers (computers),…