Used for long-term storage of bacterial strains, isolated different proteins, and different segments of DNA.
S-Bt Smart Biotherm is designed for work in cell biology (operations with animal cell cultures and tissues), molecular biology (DNA/RNA reaction analysis, hybridization reactions), biotechnology (synthesis of target proteins and other molecules), immunology (antibodies and synthesis of other immune system proteins).
pH 湛斋謤崭謧盏诈諠 -2.000-斋謥 16.000 pH (战湛铡斩栅铡謤湛 占榨摘斋沾), -2.00-斋謥 16.00 pH (闸铡咋铡盏斋斩 占榨摘斋沾)謮
pH 宅崭謧债铡展铡謨炸諠 0.001 pH, 0.01 pH謮
pH 粘辗眨謤湛崭謧诈盏崭謧斩&苍产蝉辫;(25潞颁)諠 铡占斩站铡咋斩 卤0.01, 铡占斩站铡咋斩 pH, 卤0.002 pH謮
pH 湛謤铡沾铡展铡謨崭謧沾諠 5 寨榨湛 (战湛铡斩栅铡謤湛 占榨摘斋沾), 3 寨榨湛 (闸铡咋铡盏斋斩 占榨摘斋沾)謮
pH 栈榨謤沾铡战湛斋粘铡斩铡盏斋斩 寨崭沾蘸榨斩战铡謥斋铡諠 ATC: -4.9-斋謥 99.0潞颁謮
mV 湛斋謤崭謧盏诈諠&苍产蝉辫;铡占斩站铡咋斩&苍产蝉辫;卤999.9 mV, 铡占斩站铡咋斩&苍产蝉辫;卤1999.9.0 mV謮
mV 宅崭謧债铡展铡謨炸諠 铡占斩站铡咋斩&苍产蝉辫;0.1 mV謮
mV 粘辗眨謤湛崭謧诈盏崭謧斩諠 铡占斩站铡咋斩&苍产蝉辫;卤0.2 mV (卤999.9 mV), 铡占斩站铡咋斩&苍产蝉辫;卤1 mV (卤2000 mV)謮
諎榨謤沾铡战湛斋粘铡斩铡盏斋斩 湛斋謤崭謧盏诈諠 -19,5.0-斋謥 -110.0 潞C謮
諎榨謤沾铡战湛斋粘铡斩铡盏斋斩 宅崭謧债铡展铡謨炸諠 铡占斩站铡咋斩 0.1 掳C謮
諎榨謤沾铡战湛斋粘铡斩铡盏斋斩 粘辗眨謤湛崭謧诈盏崭謧斩諠 铡占斩站铡咋斩 卤0.5 掳C謮
The device counts mammalian cells in one simple step using its innovative auto-focus technology and sophisticated cell-counting algorithm. Less than 30 seconds to get an accurate cell count. After mounting the counting slide, the TC 20 Cell Counter quickly visualizes the total cell count (with or without trypan blue staining) and assesses cell viability by exclusion of trypan blue staining. It can report data on cell proliferation and cell size and is an indispensable tool in cell culture laboratories.
The device enables monitoring and analysis of the DNA polymerase chain reaction process in real time.
The Humalyzer Primus semi-automatic biochemical analyzer is used in laboratories to perform a wide range of biochemical tests.
There is a built-in thermal printer to print the test results. The system is controlled by the display.
Hemolyzer 3 provides a complete blood count with 20 parameters, including a leukocyte differential in 3 parts, with a throughput of 60 samples per hour.
钥辗榨占謩 乍宅榨寨湛謤崭斩铡盏斋斩諠 沾铡謩战斋沾铡宅 湛铡謤崭詹崭謧诈盏崭謧斩炸 铡占斩站铡咋斩 220 眨:
諆辗湛崭謧诈盏崭謧斩炸諠 铡占斩站铡咋斩 0,0001 眨:
諆辗眨謤湛崭謧诈盏崭謧斩炸諠 铡占斩站铡咋斩 0,0002 眨:
钥辗占沾铡斩 诈铡战斋寨斋 湛謤铡沾铡眨斋债炸諠 铡占斩站铡咋斩 90 沾沾:
钥铡盏崭謧斩铡謥沾铡斩 摘铡沾铡斩铡寨炸 铡占斩站铡咋斩諠 3 站:
曰斩湛榨謤謫榨盏战諠 RS-232 战湛铡斩栅铡謤湛謮
钥铡謤眨铡站崭謤崭謧沾諠 斩榨謤謩斋斩 湛謤铡沾铡展铡謨崭謧沾 (铡站湛崭沾铡湛):
諉榨謤謩斋斩 铡站湛崭沾铡湛 寨铡謤眨铡站崭謤沾铡斩 沾斋栈崭謥崭站 铡蘸铡瞻崭站崭謧沾 乍 闸铡謤毡謤 粘辗眨謤湛崭謧诈盏崭謧斩 栈榨謤沾铡战湛斋粘铡斩斋 鈮 20 C 寨铡沾 3 摘铡沾炸 沾榨寨 摘铡沾铡斩铡寨斋 謨崭謨崭窄崭謧诈盏铡斩 栅榨蘸謩崭謧沾, 斋斩展斋 辗斩崭謤瞻斋站 寨斋謤铡占崭謧沾炸 栅铡謤毡斩崭謧沾 乍 铡斩寨铡窄 謪眨湛铡眨崭謤债沾铡斩 站铡盏謤斋謥: 請謧斩斋 沾铡寨铡謤栅铡寨斋 謥崭謧謥斋展 謬 瞻铡謤诈榨謥斩崭詹 崭湛謩榨謤諠 寨辗榨占謩斋 粘辗眨謤斋湛 瞻铡謤诈榨謥沾铡斩 瞻铡沾铡謤, 崭謤崭斩謩 湛榨詹铡栅謤站铡债 榨斩 崭謤蘸榨战 战湛铡斩栅铡謤湛諠 铡占铡站榨宅铡眨崭謧盏斩 粘辗眨謤斋湛 寨辗占沾铡斩 铡謤栅盏崭謧斩謩 湛铡宅崭謧 瞻铡沾铡謤:
越崭辗崭謤 铡蘸铡寨盏铡 辗謤栈铡謨铡寨崭詹 站铡瞻铡斩 3 辗铡謤摘铡寨铡斩 栅占斩榨謤崭站諠 寨辗占崭謧沾炸 瞻榨辗湛 斋謤铡寨铡斩铡謥斩榨宅崭謧 瞻铡沾铡謤:
Designed for general control and isolation when working with oxygen-sensitive substances, organisms, or individual enzymes. It allows researchers to easily process and study samples without the presence of atmospheric oxygen.
諐铡謤謩炸 崭謧斩斋 诈铡展战謩謤斋斩 乍寨謤铡斩, 铡沾闸崭詹栈铡寨铡斩 铡謤盏铡斩 3-part DIFF 瞻斩铡謤铡站崭謤崭謧诈盏崭謧斩, 21 蘸铡謤铡沾榨湛謤榨謤 謬 3 瞻斋战湛崭眨謤铡沾斩榨謤, 60 斩沾崭謧辗/摘: 諌铡謨崭謧沾炸 寨铡湛铡謤站崭謧沾 乍 瞻榨沾崭眨宅崭闸斋斩斋 寨崭宅崭謤斋沾榨湛謤斋 崭謤崭辗沾铡斩 榨詹铡斩铡寨崭站 謬 钥崭謧宅湛榨謤斋 战寨咋闸崭謧斩謩崭站謮
諍铡謤铡沾榨湛謤榨謤炸諠 WBC, LY#, MID#, GR#, LY%, MID%, GR%, RBC, HGB, HCT, MCV, MCH, MCHC, RDW-SD, RDW-CV, PLT, MPV, PDW, PCT, P-LCR, P-LCC謮
諃斋战湛崭眨謤铡沾斩榨謤諠 3 瞻铡湛, 斩榨謤铡占盏铡宅 WBC, RBC, PLT 12, 斩铡窄铡蘸榨战 债謤铡眨謤铡站崭謤站铡债 寨榨斩栅铡斩斋斩榨謤斋 湛榨战铡寨斩榨謤, 斩榨謤铡占盏铡宅 辗斩铡咋眨斋斩榨謤, 寨铡湛站铡咋眨斋斩榨謤, 毡斋榨謤, 寨崭站榨謤, 沾寨斩榨謤, 窄崭咋榨謤, 斩铡蘸铡战湛铡寨斩榨謤謮
4 湛榨战铡寨斩榨謤諠 炸战湛 炸斩湛謤崭謧诈盏铡斩謮 怨榨战湛铡站崭謤崭謧沾炸 寨铡湛铡謤站崭謧沾 乍 铡沾闸崭詹栈铡寨铡斩 铡謤盏崭謧斩斋謥 寨铡沾 债铡盏謤铡沾铡战铡盏斋斩 铡謤盏崭謧斩斋謥謮
諉沾崭謧辗斋 债铡站铡宅炸諠 10 沾寨宅 (辗榨詹崭謧沾炸諠 10%) 100鈥000 铡謤栅盏崭謧斩謩斩榨謤斋 蘸铡瞻蘸铡斩沾铡斩 瞻铡沾铡謤 瞻斋辗崭詹崭謧诈盏崭謧斩謮
源榨湛榨寨湛崭謤諠 請諕談 咋眨崭斩 CCD 湛斋蘸斋, 瞻榨謤沾榨湛斋寨, 铡占铡斩謥 謪栅铡謨崭窄沾铡斩, 展斋 蘸铡瞻铡斩栈崭謧沾 铡謤湛铡謩斋斩 宅铡沾蘸榨謤 斩沾崭謧辗斋 謬 榨斩诈铡謫崭斩斋 展铡謨沾铡斩 瞻铡沾铡謤謮
諘蘸湛斋寨铡寨铡斩 瞻铡沾铡寨铡謤眨諠 铡謤铡眨 战寨铡斩铡站崭謤沾铡沾闸, 闸铡謤毡謤 粘辗湛崭謧诈盏铡沾闸謮
談崭斩崭謩謤崭沾铡湛崭謤 諌咋榨占斩斋-諒崭謧謤斩榨諠 铡占斩站铡咋斩 600 沾沾 寨斋咋铡寨榨湛铡盏斋斩 榨謤寨铡謤崭謧诈盏铡沾闸謮
諃崭宅崭眨謤铡謫斋寨 栅斋謫謤铡寨謥斋崭斩 站铡斩栅铡寨铡辗铡謤諠 崭展 蘸铡寨铡战, 謩铡斩 24000 眨斋债/沾沾, 250 斩沾-崭謧沾 闸占斩寨沾铡沾闸謮 諌铡謨沾铡斩 湛斋謤崭謧盏诈炸諠 辗铡謤崭謧斩铡寨铡寨铡斩 展铡謨崭謧沾斩榨謤 178 鈥 780 斩沾 湛斋謤崭謧盏诈崭謧沾謮
约崭謧战铡瞻铡謤崭謧沾諠 瞻斩铡謤铡站崭謤崭謧诈盏崭謧斩 乍 湛铡宅斋战 展铡謨崭謧沾斩榨謤炸 寨铡湛铡謤榨宅崭謧 闸铡謤毡謤 窄铡斩眨铡謤崭詹 謫崭斩斋 铡占寨铡盏崭謧诈盏铡斩 摘铡沾铡斩铡寨謮
諐铡占榨謥沾铡斩 瞻斩铡謤铡站崭謤崭謧诈盏崭謧斩諠 铡謤铡眨 战铡占榨謥沾铡斩 瞻斩铡謤铡站崭謤崭謧诈盏铡沾闸, 沾斋斩展謬 0潞颁 诈榨謤沾崭乍宅榨寨湛謤斋寨 諍榨宅湛盏榨 战铡謤謩崭站謮
源榨湛榨寨謥斋铡盏斋 战铡瞻沾铡斩斩榨謤炸諠 3 战斋眨沾铡 栅榨湛榨寨湛沾铡斩 战铡瞻沾铡斩铡謨铡寨崭謧沾崭站 (眨/宅) Mn 257.610 斩沾-崭謧沾 鈥 铡占斩站铡咋斩 5.00 ppb Ba 614.171 斩沾-崭謧沾 鈥 铡占斩站铡咋斩 1.5 ppb謮
员咋栅铡斩辗铡斩斋 寨铡盏崭謧斩崭謧诈盏崭謧斩炸諠 2% RSD 铡占斩站铡咋斩 2 摘铡沾諠 铡占铡斩謥 崭謤謬乍 辗榨詹沾铡斩謮
諆辗湛崭謧诈盏崭謧斩炸諠 铡占斩站铡咋斩 0.032 斩沾 铡沾闸崭詹栈 湛斋謤崭謧盏诈崭謧沾 展铡謨沾铡斩 摘铡沾铡斩铡寨謮
諘蘸湛斋寨铡寨铡斩 寨铡盏崭謧斩崭謧诈盏崭謧斩諠 展斋 蘸铡瞻铡斩栈崭謧沾 战斩栅斋寨斋 寨铡沾 斩榨崭斩斋 宅铡沾蘸榨謤崭站 蘸铡謤闸榨謤铡闸铡謤 湛謤铡沾铡展铡謨铡謤寨崭謧沾謮
员湛崭沾斋咋铡謥斋铡盏斋 铡詹闸盏崭謧謤炸諠 铡辗窄铡湛铡斩謩铡盏斋斩 瞻铡粘铡窄铡寨铡斩崭謧诈盏崭謧斩炸 2450 MHz謮
钥铡占铡站铡謤崭謧沾諠 瞻铡沾铡寨铡謤眨展铡盏斋斩謮
諘栅斋 战铡占榨謥崭謧沾諠 铡站湛崭沾铡湛铡謥站铡债謮
談斋铡謥崭謧沾/铡斩栈铡湛崭謧沾諠 瞻铡沾铡寨铡謤眨展铡盏斋斩 寨铡占铡站铡謤沾铡沾闸 謬 宅斋崭站斋斩 铡站湛崭沾铡湛铡謥站铡债謮
Used to conduct qualitative and quantitative studies of individual components or substances in liquid mixtures and media.
圆铡謤毡謤 粘斩辗沾铡斩 瞻崭沾崭眨榨斩斋咋铡湛崭謤炸 (French Press) 斩铡窄铡湛榨战站铡债 乍 湛铡謤闸榨謤 湛榨战铡寨斋 闸栈斋栈斩榨謤斋 芦寨崭湛謤沾铡斩禄, 宅斋蘸崭战崭沾斩榨謤斋, 乍沾崭謧宅战斋铡斩榨謤斋 謬 斩铡斩沾铡战斩斋寨斩榨謤斋 战湛铡謥沾铡斩 瞻铡沾铡謤謮
The flame photometer is intended for determining the content of K+, Na+, and Ca2+ ions in the solution.
A PCR amplification device is used to amplify DNA. It allows you to precisely control the temperature of the polymerase chain reaction process from 4 掳 小 to 99 掳 小. Techne 孝袣-5000 programs enable the explorer to work through a sensitive, touch screen.
諉榨盏謤崭沾崭斩斋湛崭謤斋斩謩斋 湛铡謤闸榨謤 蘸铡謤铡沾榨湛謤榨謤斋 斋謤铡寨铡斩 摘铡沾铡斩铡寨崭謧沾 寨铡占铡站铡謤崭謧沾謮 諃榨湛铡咋崭湛崭謧诈盏铡斩 摘铡沾铡斩铡寨 瞻斩铡謤铡站崭謤崭謧诈盏崭謧斩 乍 湛铡宅斋战 斩铡盏榨宅崭謧 瞻斋斩 瞻榨湛铡咋崭湛崭謧诈盏崭謧斩斩榨謤炸諠 4 瞻榨湛铡咋崭湛崭謧诈盏崭謧斩 沾斋铡摘铡沾铡斩铡寨謮
諔崭謧謥铡栅謤站崭詹 铡宅斋謩斩榨謤斋 謩铡斩铡寨炸諠 32
员宅斋謩斩榨謤斋 謥崭謧謥铡栅謤崭謧沾炸 瞻斩铡謤铡站崭謤 乍 沾斋铡謥斩榨宅/铡斩栈铡湛榨宅/战铡占榨謥斩榨宅 (謫斋謩战榨宅) 謬 謨崭謨崭窄榨宅謮
怨榨謤诈榨宅崭謧 铡謤铡眨崭謧诈盏崭謧斩炸諠 0.1, 0.2, 0.5, 1, 2, 5, 10, 15, 20, 30, 60 战 寨铡沾 5 謤/乍栈
院铡沾铡斩铡寨斋 斩辗铡眨謤崭謧沾諠 0.1, 1s
院铡沾铡斩铡寨斋 战铡斩栅詹铡寨諠 铡斩栈铡湛站铡债, 0.2, 1s
苑苑猿 沾崭謧湛謩铡眨謤崭謧沾` 25 (瞻斩铡謤铡站崭謤崭謧诈盏崭謧斩 铡站榨宅铡謥斩榨宅崭謧 4)
圆斋蘸崭宅盏铡謤 沾崭謧湛謩铡眨謤崭謧沾` 7
DC 沾崭謧湛謩諠 4 (1,5 M惟)
SpO2 沾斋铡寨謥斋展 ` 1
CO2 沾斋铡寨謥斋展 ` 1
諉榨謤铡债沾铡斩 栅斋沾铡栅謤崭謧诈盏崭謧斩
苑苑猿 沾崭謧湛謩铡眨謤崭謧沾/宅謤铡謥崭謧謥斋展 沾崭謧湛謩铡眨謤崭謧沾 - 100 M惟
DC 沾崭謧湛謩铡眨謤崭謧沾 - 1.5 M惟
The device's unique structure makes it possible to use the Phenom electron microscope to solve various problems in materials science, production quality control, forensic science, pharmacology, biology, scientific research problems, and teaching students and professionals.
The unique structure of the device allows the Phenom electron microscope to be used for various problem-solving, materials science, production quality control, forensic science, pharmacology, biology, scientific research problems, and teaching of students and professionals.
The device's unique structure allows the Phenom electron microscope to be used for solving various problems, including scientific research problems in materials science, production quality control, forensics, pharmacology, and biology, as well as for training students and specialists.
员宅斋謩斩榨謤斋 謩铡斩铡寨炸諠 2 寨铡沾 4
諉榨謤铡债沾铡斩&苍产蝉辫;栅斋沾铡栅謤崭謧诈盏崭謧斩
愿斩栅瞻铡斩崭謧謤 占榨摘斋沾諠 >100 M惟
源斋謫榨謤榨斩謥斋铡宅 占榨摘斋沾諠 >200 M惟
CMRR 栅斋謫榨謤榨斩謥斋铡宅 占榨摘斋沾諠 >106 栅圆
談榨寨崭謧战铡謥沾铡斩 占榨摘斋沾諠 >112 栅圆
员詹沾崭謧寨斋 沾铡寨铡謤栅铡寨炸諠 0,6 渭Vrms
愿斩湛謤崭謧诈盏铡斩 瞻斩铡謤铡站崭謤崭謧诈盏崭謧斩諠 18 闸斋诈
远眨铡盏崭謧斩崭謧诈盏崭謧斩炸諠 1-斋謥 500 渭Vrms/div. 謬 1-斋謥 10 mVrms/div.
諔铡债謤 瞻铡粘铡窄铡寨铡斩崭謧诈盏崭謧斩斩榨謤斋 咋湛斋展諠 0,01 諃謥-斋謥 沾斋斩展謬 3 寨諃謥
圆铡謤毡謤 瞻铡粘铡窄铡寨铡斩崭謧诈盏崭謧斩斩榨謤斋 咋湛斋展諠 10 寨諃謥-斋謥 沾斋斩展謬 20 寨諃謥
諒站盏铡宅斩榨謤斋 摘铡沾铡斩铡寨铡眨謤崭謧诈盏崭謧斩諠 0.1 ms/div-斋謥 沾斋斩展謬 1 s/div