The company's testing center has successfully obtained the laboratory accreditation certificate issued by the China National Accreditation Service for Conformity Assessment (CNAS) (Registration Number: CNAS L23974). This indicates that the technical capabilities, management levels and reliability of the test results of our company's laboratory have all reached international authoritative standards! Reports and certificates with the CNAS logo are widely accepted in over a hundred economies around the world and are recognized as the "quality pass" in international trade.

Main equipment: 2.5-dimensional measuring instrument, metallographic microscope, vernier caliper, depth gauge, external micrometer, caliper with internal groove.

The 2.5-dimensional measuring instrument is one of the most important devices in a precision dimension measurement laboratory. It measures the shape and position of parts by precisely controlling three Cartesian coordinate axes. It is mainly used to measure important dimensions such as the hole diameter of parts, product protrusions, and clamps.
A three-coordinate measuring instrument refers to an apparatus that can measure geometric shapes, lengths, and circumferential divisions within a hexahedral spatial range.
3. Metallographic microscopes also play an important role in precision dimensional measurement laboratories. Metallographic microscopes can observe the minute details of the sample under test by adjusting the focal length and magnification, thus enabling precise measurements.
4. Vernier calipers, depth gauges, external micrometers, and calipers with internal grooves are used for measuring basic dimensions such as the outer diameter, length, and height of samples. They are easy to use, have a wide range of applications, and can quickly measure the dimensions of products.

Main equipment: 2.5-dimensional measuring instrument, metallographic microscope, vernier caliper, depth gauge, external micrometer, caliper with internal groove.

The 2.5-dimensional measuring instrument is one of the most important devices in a precision dimension measurement laboratory. It measures the shape and position of parts by precisely controlling three Cartesian coordinate axes. It is mainly used to measure important dimensions such as the hole diameter of parts, product protrusions, and clamps.
A three-coordinate measuring instrument refers to an apparatus that can measure geometric shapes, lengths, and circumferential divisions within a hexahedral spatial range.
3. Metallographic microscopes also play an important role in precision dimensional measurement laboratories. Metallographic microscopes can observe the minute details of the sample under test by adjusting the focal length and magnification, thus enabling precise measurements.
4. Vernier calipers, depth gauges, external micrometers, and calipers with internal grooves are used for measuring basic dimensions such as the outer diameter, length, and height of samples. They are easy to use, have a wide range of applications, and can quickly measure the dimensions of products.

Main equipment: 2.5-dimensional measuring instrument, metallographic microscope, vernier caliper, depth gauge, external micrometer, caliper with internal groove.

The 2.5-dimensional measuring instrument is one of the most important devices in a precision dimension measurement laboratory. It measures the shape and position of parts by precisely controlling three Cartesian coordinate axes. It is mainly used to measure important dimensions such as the hole diameter of parts, product protrusions, and clamps.
A three-coordinate measuring instrument refers to an apparatus that can measure geometric shapes, lengths, and circumferential divisions within a hexahedral spatial range.
3. Metallographic microscopes also play an important role in precision dimensional measurement laboratories. Metallographic microscopes can observe the minute details of the sample under test by adjusting the focal length and magnification, thus enabling precise measurements.
4. Vernier calipers, depth gauges, external micrometers, and calipers with internal grooves are used for measuring basic dimensions such as the outer diameter, length, and height of samples. They are easy to use, have a wide range of applications, and can quickly measure the dimensions of products.

Main equipment: 2.5-dimensional measuring instrument, metallographic microscope, vernier caliper, depth gauge, external micrometer, caliper with internal groove.

The 2.5-dimensional measuring instrument is one of the most important devices in a precision dimension measurement laboratory. It measures the shape and position of parts by precisely controlling three Cartesian coordinate axes. It is mainly used to measure important dimensions such as the hole diameter of parts, product protrusions, and clamps.
A three-coordinate measuring instrument refers to an apparatus that can measure geometric shapes, lengths, and circumferential divisions within a hexahedral spatial range.
3. Metallographic microscopes also play an important role in precision dimensional measurement laboratories. Metallographic microscopes can observe the minute details of the sample under test by adjusting the focal length and magnification, thus enabling precise measurements.
4. Vernier calipers, depth gauges, external micrometers, and calipers with internal grooves are used for measuring basic dimensions such as the outer diameter, length, and height of samples. They are easy to use, have a wide range of applications, and can quickly measure the dimensions of products.