![]() Digital metallographic microscope MTZ-600ZThe digital MTZ-600Z large platform metallographic microscope is not only suitable for general metallographic microscopy, but also for observation, research, and analysis of small targets within a specific range on the surface of large objects.
[Detailed] |
![]() Research type metallographic microscope MTZ-600EThe research type MTZ-600E series large platform metallographic microscope is suitable for microscopic observation of opaque objects. The large platform metallographic microscope is equipped with a large moving range stage, a falling beam illuminator, a flat field achromatic objective, a large field of vi…[Detailed] |
![]() Research type metallographic microscope MTZ-500The research type MTZ-500 infinite optical system provides excellent optical performance The structure can be used to observe and identify various metals and alloys. Its comfortable and stable mirror body structure, efficient and convenient stage design, and easy and fast operation mode are suitable for l…[Detailed] |
![]() Digital metallographic microscope MTZ-400ZThe digital MTZ-400Z inverted metallographic microscope system is an organic combination of traditional optical microscopes and computers (digital cameras) through photoelectric conversion. It can not only perform microscopic observation on the eyepiece, but also observe real-time dynamic images on the co…[Detailed] |
![]() Computer type metallographic microscope MTZ-400EThe computer-based MTZ-400E inverted metallographic microscope system is an organic combination of traditional optical microscopes and computers (digital cameras) through photoelectric conversion. It can not only observe microscopy on the eyepiece, but also observe real-time dynamic images on the computer…[Detailed] |
![]() Digital metallographic microscope MTZ-300ZThe digital MTZ-300Z computerized metallographic microscope system combines traditional optical microscopes with computers (digital cameras) through photoelectric conversion. It can not only observe microscopic images on the eyepiece, but also observe real-time dynamic images on the computer (digital came…[Detailed] |
![]() Digital metallographic microscope MTZ-200ZDigital MTZ-200Z optical amplification factor: 50X 100X 400X 600X, system reference amplification factor: 50X-2600X, falling beam illuminator: 6V/20W halogen lamp, 220V (50Hz) brightness adjustable, filter group: turntable, yellow, blue, green, frosted glass, polarizing device: plug-in polarizer and built…[Detailed] |
![]() Computer type metallographic microscope MTZ-200EComputer type MTZ-200E reflective metallographic microscope (MTZ-200E): 1, metallographic microscope 2, adapter mirror 3, camera (CCD) 4, A/D (image acquisition) 5, computer digital camera type MTZ-200E: 1, metallographic microscope 2, adapter mirror 3, digital camera. 200E
[Detailed] |
![]() Common MTZ-100The ordinary MTZ-100 infinite optical system provides excellent optical performance and is widely used in the mechanical and mineral industries for tissue identification of metals, rocks, and minerals, as well as in the semiconductor and electronic industries for crystal and integrated circuit inspection …[Detailed] |
![]() Digital 4XCZThe digital 4XCZ inverted metallographic microscope is mainly used for identifying and analyzing the internal structure and structure of existing metals. The inverted metallographic microscope is an important instrument for studying metallography in metallurgy. Casting. The quality research of smelting an…[Detailed] |
![]() Computer Type 4XCEThe computerized 4XCE inverted metallographic microscope is a traditional inverted metallographic microscope. During operation, the observation surface of the sample is downward and coincides with the workbench, without any requirements for the height and parallelism of the sample. It is suitable for samp…[Detailed] |
![]() Digital 4XBZThe digital 4XBZ inverted metallographic microscope can be widely used in factories or laboratories to identify the quality of castings, inspect raw materials, or study and analyze the metallographic structure after material treatment
[Detailed] |