An yi amfani da shi a cikin yadi, fiber na sinadarai, kayan gini, magani, masana'antar sinadarai da sauran masana'antu na nazarin kwayoyin halitta, suna iya lura da microscopic da abubuwan da ke ƙarƙashin yanayin yanayin zafi na siffar, canjin launi da canjin yanayi uku da sauran canje-canje na jiki.
1. Yin amfani da kyamarar CCD mai mahimmanci da nunin kristal na ruwa, na iya lura da tsarin narkewar abubuwa a fili;
2. Ana amfani da algorithm na PID don sarrafa dumama don tabbatar da kwanciyar hankali na yawan zafin jiki;
3. Ma'auni ta atomatik, haɗakar mutum-injin, babu buƙatar tsaro yayin gwajin, don haka yantar da yawan aiki, inganta ingantaccen aiki;
4. Ƙwararren mai amfani, bayanan ma'auni za a iya ganowa a baya (hawan zafin jiki, ƙimar narkewa, lanƙwan haske, hoton gwajin za'a iya adanawa), don cimma raguwa.
5. Manufar rigingimun kasuwa;
5. Ingantaccen tsarin ƙirar tsari, daidaitaccen matsayi;
6. Akwai nau'ikan hanyoyin gwaji guda biyu: microscope da photometry, kuma photometry na iya ƙididdige sakamakon kai tsaye.
7. Abubuwan aikace-aikace masu yawa (magani, sinadarai, kayan gini, kayan yadi, fiber sunadarai da sauran aikace-aikace).
1. Kewayon ma'auni na narkewa: zafin dakin ~ 320 ° C
2. Ƙimar karatu mafi ƙarancin: 0.1°C
3. Aunawa maimaitawa: ± 1 ° C (a <200 ° C), ± 2 ° C (a 200 ° C-300 ° C)
4. Yawan dumama na layi: 0.5, 1,2,3,5 (°C/min)
5.Maganin microscope: ≤100 sau
6.A amfani da yanayi: zafin jiki 0 ~ 40 ° C dangi zazzabi 45 ~ 85% RH
7.Nauyin kayan aiki: 10kg