How about the three coordinates of Sirui, how to measure the round groove of the three coordinates o

Which one is better for three-coordinate detection in Shanghai? Shanghai Pini Technology Industry Co., Ltd., the company is positioned as a manufacturing service industry, and its core business is among the best in the country; For more than 40 years, the company has participated in the R&D and manufacturing of key components in aerospace and military industry, nuclear power equipment, intelligent robots, biomedicine, food packaging and other industries, and enjoys a high reputation in the industry. Cooperate with universities and research institutes to participate in the R&D and manufacturing of cutting-edge scientific and technological projects.

Domestically, Sirui's three-coordinate cost performance is the highest, which can be explained from the market share and reputation, the same **, Sirui's machine quality is the best, other brands, purely confused, only cheap, sell it and don't care. Just ask the people who have bought it.

Objectively speaking, I think it's okay and suitable for general customer groups.

If you have any questions when using CMM, you can always give it to me**. (Whatever the brand) can help you out.

Our company has been buying Sirui products for more than 4 years, and the quality has always been very good. Their after-sales service is top-notch, with a good attitude and promptness!

As far as I know, the current three-coordinate market share is relatively high is Zhitai Group. Specializing in the production and development of three coordinates, a strong technical team and more than 30 service centers to do solid after-sales service, you can visit the official website for consultation.

Global brand - Shefford.

Zhengzhou Yuance Precision Instrument **** sales of Sirui three-coordinate imager.

Sirui Measurement Technology (Shenzhen) **** is a joint venture holding company of Hexagon Metrology AB in Sweden, which is engaged in R&D, production and sales of precision coordinate measuring machines, image measuring instruments, altimeters and other professional measurement equipment and instruments. It is a high-tech enterprise that has industrialized 3D laser scanning technology earlier in China, with strong R&D and production capacity, and has provided a variety of products including 1D height gauge, 2D image and 3D coordinate measuring machine for the Chinese market.

Summary. CMM can measure the length of x, y and z directions, and CMM is an instrument for detecting the size and shape and position error of the workpiece. 1. The part of the workpiece that needs to be measured is not necessarily the whole workpiece.

If the part to be measured is concentrated in a certain part of the workpiece, in addition to the measurement range of the measuring machine can cover the measured parameters, it is also necessary to consider that the entire workpiece can be placed on the measuring machine, and the weight of the workpiece is required to have no significant impact on the measurement accuracy. In order to place the workpiece in the measuring machine, the measuring machine should be selected according to the size of the workpiece. 2. The relationship between the z-axis and the height of the z-direction space.

The z-axis travel is the measurement range of the z-axis, and the z-space height is the height at which the workpiece can be placed. 3. The problem of connecting the long rod. Some probes have star probes on them, which are often required to go beyond the part of the part to be measured.

Generally, when the size of the workpiece is L, the measurement range is required to be L=L+2C, and C is the length of the probe. Therefore, the measuring range is equal to the maximum size of the workpiece to be measured plus twice the length of the probe. CMM can measure the length in the x, y, and z directions.

How do you measure the round groove? Make a plane at the bottom of the groove, hit a little on it, and try to hit the point as positive as possible to evaluate the vertical distance from the point to the plane. There will be a slight error in the imitation of the ante. If the relative accuracy is not high, this size can be measured.

CMM can measure the length of x, y and z directions, and CMM is an instrument for detecting the size and shape and position error of the workpiece. 1. The part of the workpiece that needs to be measured is not necessarily the whole workpiece. If the part of the bright sail is concentrated in a certain part of the workpiece, in addition to the measurement range of the measuring machine can cover the measured parameters, it is also necessary to consider that the entire workpiece can be placed on the measuring machine, and the weight of the workpiece is required to have no significant impact on the measurement accuracy.

In order to put the lossy workpiece into the measuring machine, the measuring machine should be selected according to the size of the workpiece. 2. The relationship between the z-axis and the height of the z-direction space. The z-axis travel is the measurement range of the z-axis, and the z-space height is the height at which the workpiece can be placed.

3. The problem of connecting the long rod. Some probes have star probes on them, which are often required to hail beyond the part of the workpiece to be measured. Generally, when the size of the workpiece is L, the measurement range is required to be L=L+2C, and C is the length of the probe.

Therefore, the measuring range is equal to the maximum size of the workpiece to be measured plus twice the length of the probe. CMM can measure the length in the x, y, and z directions.

As a beginner, I would like to ask if the stylus is a T-shaped stylus.

It can be done in this way.