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How much does a coordinate measuring machine cost

NegotiableUpdate on 01/18
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Overview

The CMM coordinate measuring machine is equipped with powerful software and hardware technology, which can automatically measure geometric elements such as points, lines, circles, arcs, ellipses, angles, curves, length, width, height, hole spacing, spacing, thickness, arcs, diameters, radii, grooves, and R-angles with precision.

Product Details

Instrument Usage:

CMM Coordinate Measuring MachineEquipped with powerful software and hardware technology, it can automatically measure geometric elements such as points, lines, circles, arcs, ellipses, angles, curves, lengths, widths, heights, hole spacing, spacing, thickness, arcs, diameters, radii, grooves, and R-angles with precision. It adopts air floating transmission and servo control technology, combined with precise measurement software, to achieve efficient and accurate large-scale product testing, providing assistance for precision component testing and quality control. It is widely used in industries such as hardware, plastics, electronics, molds, hardware processing, mobile phone accessories, computer accessories, automotive parts, clocks, circuit boards, etc. CMM is equipped with powerful software and hardware technology, which can automatically and accurately measure geometric elements such as point, line, circle, arc, ellipse, angle, curve, length, width, height, hole pitch, spacing, thickness, arc, diameter, radius, groove, R angle, etc. It adopts air-bearing transmission and servo control technology, combined with accurate measurement software. It can realize efficient and accurate detection of large quantities of products, and provide help for the detection and quality control of precision parts. Widely used in hardware, plastics, electronics, molds, metal processing, mobile phone accessories, computer accessories, auto parts, clocks and watches, circuit boards and other industries.

Introduction to Measuring Software:

The nominal values of geometric features that can be directly extracted from CAD. Programming can be completed simply and conveniently by clicking on the workpiece model. extracts part data directly from CAD. Inspection routines are simplified created by pointing and clicking on CAD.

No need to open a dialog box, simply click on CAD features to quickly create automatic features. Create auto features from a single click on the CAD model without using any menu options or dialog boxes.

Supports multiple formats of CAD files. You can directly use general CAD files in formats such as UG, SAT, IGES, or STEP. supports multiple protocols for linking to CAD. It can be neutral like UG,SAT,IGES or STEP.

Provide probe path animation, utilize dynamic measuring machine models, automatically edit measurement programs based on workpiece and fixture CAD, and automatically check probe collisions. Provide probe path animation, use dynamic measuring machine models, automatically edit measurement procedures based on workpiece and fixture CAD, and automatically check probe collisions.

One click automatic creation of manual/automatic coordinate systems. Create an alignment with one click of an icon.

3D intelligent programming function. 3D Intelligent programming functions.

Based on the measured dimensions and features, any part of the program's dimensions can be executed to quickly achieve re inspection or sampling of certain features. The new Mini Routines feature enables users to measure a selected dimension or group of dimensions from a long part program.

Adhere to international GD&T evaluation standards, comprehensively covering ISO and ASME Y14.5 standards. Comprehensive coverage of ISO and ASME Y14.5 standards.

Provide evaluation of geometric tolerances, including straightness, flatness, roundness, cylindricity, and contour. Evaluation of positional tolerances for relative reference geometric elements: parallelism, perpendicularity, inclination, symmetry, positional accuracy, coaxiality, concentricity, axial circular runout, radial circular runout, axial total runout, radial total runout, contour accuracy  Provide evaluation of form and position tolerances. Shape tolerances include straightness, flatness, roundness, cylindricity, and contours. Evaluation OF POSITION TOLERANCE OF RELATIVE REFERENCE geometric ELEMENTS: PARALLELISM, VERTICALITY, INCLINATION, SYMMETRY, POSITION, COAXIALITY, CONCENTRICITY, AXIAL CIRCULAR RUNOUT, RADIAL CIRCULAR RUNout, AXIAL TOTAL RUNOUT, RADIAL TOTAL RUNout, CONTOUR.

CMM Coordinate Measuring MachineSpecifications:

CMM三坐标测量机

CMM三坐标测量机

Note: Prices may vary when you choose different configurations.

Note:Price will vary based on different configurations.