Can be equipped with a needle type manual image measuring instrument YVM-T

NegotiableUpdate on 01/04

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Product Introduction: Can be equipped with a needle type manual imaging device

Product Details

YVM-T series of two machine integrated simple 3D measuring instrument

describe in detail

Instrument usage:This instrument is suitable for all application fields aimed at two-dimensional measurement. Widely used in industries such as machinery, electronics, watches, plastics, molds, etc.

Instrument features:The powerful YR-T measurement software can achieve all two-dimensional plane measurement functions, and also has functions such as map shooting, product contour scanning, professional SPC statistics, manual CNC, macro measurement, etc. Equipped with a "RENISHAW" probe, it can achieve partial three-dimensional contact measurement.

Specification parameters:

Instrument model	YVM-2010T	YVM-3020T	YVM-4030T	YVM-5040T
Measure the itinerary	200100220mm（X.Y.Z）	300200220mm（X.Y.Z）	400300220mm（X.Y.Z）	500400220mm（X.Y.Z）
X. Y.Z minimum display value	0.001mm
measurement accuracy	X.Y Axis：（3+L/200）μm
Repetitive accuracy	3μm
Image magnification	24~156X (expandable to 12~312X)
Measurement method	Imaging+probe
CCD	430000 pixel color high-definition camera (SONY chip)
lens	High definition 0.7~4.5Xzoom optical zoom lens
Measuring seat and probe	RENISHAW, UK
MCP10 ￠ 2mm probe	work distance
115mm (image)	computer
Brand Computer	Measurement software
YR-3T	Instrument base
Class 000 high stability granite base	lighting
Both the upper and lower light sources use adjustable brightness LED shadowless lights	outline dimension	500550950mm	700650950mm	980750950mm
1050800950mm	Instrument weight	175KG	180KG	300KG

500KG

Introduction to YR-3T Measurement Software

1. Automatic measurement function: Mouse automatically finds straight lines, selects circles with points, selects circles with boxes, automatically circles in areas, and automatically arcs

2. Manual CNC: semi-automatic measurement can be performed with fixtures

3. Optical height measurement function

4. Optical measurement of flatness

5. Assisted focusing: helps find the clearest Z position

(Auxiliary focusing improves measurement accuracy)

6. Image output: Measurement results can be output in image format (equivalent to digital camera functionality)

7. Geometric tolerances: roundness, straightness, parallelism, perpendicularity, concentricity

8. Set tolerance: The actual size of the product can be set to exceed the range, and if it exceeds the range, a red background warning will be displayed

9. CCD correction: correcting image distortion

10. Contour tracking: Automatically calculate the contour of the workpiece through software and display it (clearly showing the measurement position)

11. Vector drawing function: graphic fonts can be infinitely enlarged or reduced

12. Annotation functions: radius annotation, diameter annotation, angle annotation, linear annotation, alignment annotation, text annotation, coordinate annotation

13. Command line: You can directly input coordinate information from the command line to generate points, lines, circles, arcs, etc., to meet special needs

14. Map measurement: It can accurately integrate the partial photos of the workpiece taken into a full image of the workpiece and save it as a high-resolution photo. You can also open previously captured maps and perform operations such as drawing, annotation, and modification directly

(Synthesize large images)

15. Virtual measurement: Virtual measurement technology enables image measurement software to be detached from hardware machines. Without a machine or product, the software can still measure the size of the product (offline measurement is possible)