JX14C Image Processing Large Tool MicroscopeDetailed product description：

Characteristics of JX14C Image Processing Large Tool Microscope

1. Adopting photoelectric digital display technology, using a precision grating ruler as the XY axis measuring element, measuring length with digital display, intuitive reading, and convenient detection;
2. Using digital image technology to automatically identify contour boundaries, reduce human error, and improve operational efficiency;
3. Equipped with powerful imaging software, it can complete complex measurement tasks and communicate data with CAD;
4. The main microscope can be tilted left and right, suitable for measuring spiral parts;
5. Both transmissive and reflective lighting use LED light-emitting tubes for illumination, with low heat generation and long lifespan;
6. Equipped with fast movement and micro motion devices, and capable of quick switching;
7. Equipped with various accessories such as ejector pin holder, V-shaped bracket, optical locator, etc., it has a wide range of applications

purpose
The JX14C image processing large-scale tool microscope can accurately measure the size, angle, shape, and position of various workpieces, as well as various parameters of threaded parts. Suitable for metrology rooms, inspection stations, universities, and research institutes in the fields of machine manufacturing, tool manufacturing, mold manufacturing, instrumentation, military industry, aerospace and automotive manufacturing, electronics industry, plastics and rubber industry. The instrument is equipped with various accessories such as optical locators, ejector pins, and centerless brackets, which can be used for quality inspection and control of mechanical parts, measuring tools, cutting tools, fixtures, molds, electronic components, circuit boards, stamped parts, plastic and rubber products.

Typical measurement objects include:
1. Measure the shape of various molded parts such as templates, template cutting tools, template milling cutters, dies, and cams;
2. Measure the pitch, major diameter, minor diameter, pitch, and half angle of external threads such as thread plug gauges, lead screws, and worm gears;
3. Measure the lead, tooth profile, and tooth angle of gear cutters;
4. Measure the positional accuracy of holes on the drilling die or orifice plate, as well as the symmetry of key slots and other positional errors.

JX14C Image Processing Large Tool Microscope Technical Parameters
1. Workbench
Coordinate measurement stroke (mm): X coordinate: 150 Y coordinate: 75
X. Y-coordinate measurement resolution: 0.001mm
Accuracy of sitting standard: (2+L/50) um, where L is the measured length, unit: mm
Round worktable diameter (mm): Φ 190 (glass) Φ 280 (metal)
Circular worktable angle division range: 0 °~360 °
Angle measurement division value of circular workbench: 3 '
Microscope column
Tilt range: ± 12 °
Tilt angle division value: 30 '
2. Optical locator
Minimum detection aperture: Φ 5mm
Maximum detection depth: 15mm
Measurement force: 0.1N
3. Top needle holder
Clamping diameter: Φ 70mm
Clamping length: 190mm
4. Objective lens:

5. The maximum weight that the instrument can bear for the workpiece is 20kg
6. Dimensions of the instrument host (mm): 720 × 460 × 600
7. Instrument weight: 100kg
8. Software functions:
(1) Collection tool:
Collect coordinate points, lines, circles, arcs, calculate the distance and midpoint between two points, calculate the center of two circles, and calculate the angle between two straight lines.
(2) Sampling method:
Box selection for automatic point collection, pull frame for automatic collection of straight lines, circles, and arcs, manual aiming for point collection, automatic recognition of point collection at the center of ten lines, and rotation of point collection with crosshairs.
(3) Construction function:
Construct a centerline with two straight lines, a straight line with two points, a circle and arc with three points, etc.
(4) Combination function:
Calculate the thread diameter, half angle, and pitch, calculate the distance and midpoint coordinates between two points, calculate the distance between points and lines, calculate the intersection coordinates between two circles, and calculate the angle between two lines.
(5) Geometric tolerance:
Linearity, roundness, curvature, coaxiality, symmetry, parallelism, thread parameters.
(6) Coordinate transformation:
Cartesian coordinate system, polar coordinate system, coordinate translation and alignment.

Screen image range (mm)	Screen image range (mm)
1/2″≈5.2×4.1	1/3″=4.1×3.1
1/2″≈1.7×1.4	1/3″=1.4×1.0
1/2″≈1.0×0.8	1/3″=0.8×0.6

Objective magnification	Total magnification factor	Working distance of the property	Image magnification
1×	10×	82mm	40×
3×	10×	70mm	120×
5×	10×	49mm	200×