- Advanced durability against organic solvent dispensing.
PTFE ( Fluorine resin ) in the air tight chamber of the instrument.
A Perfluoro rubber O-ring with low cubical expansion in the airtight parts.
All models have plungers made in materials resistant to organic solvents.
An alloy spring to avoid metal corrosion by organic solvents.
- Hyper Blower System, longer second - push stroke, improvesdispensing efficiency.(2μL, 10μL)
- Fully autoclavable. ( 121℃ for 20 minutes )
- Enhanced UV resistance for better use in UV hoods.
- Easy-Calibration function provides simple lab calibration.
- Ceramic plungers are used for volume models larger than 100μL.
- The one-touch locking mechanism makes it easy to lock the sample volume.
*All features of Nichipet EXII are available on Nichipet Premium.
Solventlere Dayanıklı Otomatik Pipetler
Cat. No | Volume Setting | Volume range(μL) | Increments(μL) | Usable tips |
00-NPLO2-2 | Digital Setting | 0.1~2 | 0.002 | BMT2-UT/UTWR、FUT/FUTRB |
00-NPLO2-10 | 0.5~10 | 0.01 | BMT2-SS/SSR、FSS/FSSRB | |
00-NPLO2-20 | 2~20 | 0.02 | BMT2-SG/SGR、SE/SER、FSG/FSGRB | |
00-NPLO2-100 | 10~100 | 0.1 | BMT2-SG/SGR、SE/SER、FSG/FSGRB※、FSE/FSERB | |
00-NPLO2-200 | 20~200 | 0.2 | BMT2-SG/SGR、SE/SER、FSE/FSERB※、FAG/FAGRB | |
00-NPLO2-1000 | 100~1000 | 1 | BMT2-LG/LGR、LE/LER、FLG/FLGRB、FLE/FLERB | |
00-NPLO2-5000 | 1000~5000 | 10 | BMT2-X/XR | |
00-NPLO2-10000 | 1000~10000 | 10 | BMT2-Z/ZR |
Cat. No | Volume(μL) | Accuracy(%) | Precision(%) | Cat. No | Volume(μL) | Accuracy(%) | Precision(%) |
00-NPLO2-2 | 0.2 | ±12.0※ | ≦6.0※ | 00-NPLO2-200 | 20 | ±1.0 | ≦0.5 |
1 | ±5.0 | ≦2.5 | 100 | ±0.8 | ≦0.3 | ||
2 | ±3.0 | ≦1.0 | 200 | ±0.8 | ≦0.2 | ||
00-NPLO2-10 | 1 | ±4.0 | ≦3.0 | 00-NPLO2-1000 | 100 | ±1.0 | ≦0.5 |
5 | ±1.0 | ≦1.0 | 500 | ±0.8 | ≦0.3 | ||
10 | ±1.0 | ≦0.5 | 1000 | ±0.7 | ≦0.2 | ||
00-NPLO2-20 | 2 | ±5.0 | ≦3.0 | 00-NPLO2-5000 | 1000 | ±1.0 | ≦0.3 |
10 | ±1.0 | ≦1.0 | 2500 | ±0.8 | ≦0.3 | ||
20 | ±1.0 | ≦0.4 | 5000 | ±0.6 | ≦0.2 | ||
00-NPLO2-100 | 10 | ±2.0 | ≦1.0 | 00-NPLO2-10000 | 1000 | ±2.0 | ≦0.4 |
50 | ±1.0 | ≦0.3 | 5000 | ±0.8 | ≦0.3 | ||
100 | ±0.8 | ≦0.3 | 10000 | ±0.4 | ≦0.2 |
※The AC and CV values below 0.2μL depend much on the operator’s skill and the environment under which the pipette is used.
※The AC and CV values are the values by use of the disposable tips described in the catalogue.
※The specification and price are subjected to change without notice due to modifications for quality improvement.
※The Nichipet EX Plus Ⅱ is made of parts resistant to organic solvents which makes it more durable than previous pipettes in environments with organic solvents. However, it does not guarantee accuracy of dispensing organic solvents.
※As the body of the Nichipet EX Plus Ⅱ is not resistant to organic solvents, make sure it does not come in contact with the organic solvents.
Cat. No | Storing capacity |
00-MLT-STD2(ABS) | 6pcs |
00-BM-STD(Acrylic resin) | 6pcs |
■The perfluoro O-ring is installed in Nichipet EX plus.
The volume growth of Perfluoro against organic acid, ammonia water, ester and amine is small.
Chemicals | Temperature | Test days | Perfluoro | Fluorine rubber Nomal O-ring |
Inorganic acid & Organic acid | ||||
35% Hydrochloric acid | 40℃ | 10 | A | A |
35% Hydrochloric acid | 40℃ | 21 | A | A |
35% Sulfuric acid | 40℃ | 10 | A | A |
98% Sulfuric acid | 40℃ | 11 | A | A |
60% Nitric acid | 40℃ | 10 | A | A |
60% Nitric acid | 40℃ | 21 | A | A |
Glacial acetic acid | 40℃ | 8 | A | C |
Glacial acetic acid | 40℃ | 21 | A | C |
Acetic anhydride | 40℃ | 8 | A | C |
Acetic anhydride | 40℃ | 21 | A | C |
88% Formic acid | 40℃ | 8 | A | A |
88% Formic acid | 40℃ | 21 | A | A |
Inorganic alkalies | ||||
30% Sodium hydroxide | 40℃ | 10 | A | A |
30% Sodium hydroxide | 40℃ | 21 | A | A |
10% Sodium hypochlorite | 40℃ | 10 | A | A |
10% Sodium hypochlorite | 40℃ | 21 | A | A |
28% Ammonia water | 40℃ | 10 | A | B |
28% Ammonia water | 40℃ | 21 | A | D |
Ketone, Ester, Ether | ||||
Acetone | 40℃ | 21 | B | D |
Methyl ethyl ketone | 40℃ | 21 | A | D |
Methyl isobutyl ketone | 40℃ | 21 | B | D |
Isophorone | 40℃ | 21 | A | D |
Diacetone alcohol | 40℃ | 21 | A | C |
gamma - Butyrolactone | 40℃ | 21 | A | C |
Diethylene carbonate | 40℃ | 21 | A | D |
Acetylacetone | 40℃ | 21 | A | D |
Methyl formate | 25℃ | 21 | B | D |
Methyl acetate | 40℃ | 21 | A | D |
Acetic ether | 40℃ | 21 | B | D |
Isoamyl acetate | 40℃ | 21 | A | D |
Methyl acetoacetate | 40℃ | 21 | A | C |
Ethyl acetoacetate | 40℃ | 21 | A | C |
Acrylic acids | 40℃ | 21 | A | C |
Ethyl acrylate | 40℃ | 21 | A | D |
Diethyl oxalate | 40℃ | 21 | A | D |
Dimethyl maleate | 40℃ | 21 | A | B |
Triethyl phosphate | 40℃ | 21 | A | D |
Tricresyl phosphate | 100℃ | 7 | A | C |
Diethyl ether | 25℃ | 21 | B | C |
1, 4 - dioxan | 40℃ | 21 | A | C |
Methyl - t - butyl ether | 100℃ | 7 | A | C |
Chemicals | Temperature | Test days | Perfluoro | fluorine rubber |
Furan & Aldehyde | ||||
Tetrahydrofuran | 40℃ | 21 | C | D |
2-Methyl Tetrahydrofuran | 40℃ | 21 | B | D |
Acetaldehyde | 25℃ | 21 | B | D |
Furfural | 40℃ | 21 | A | B |
Furfural | 100℃ | 7 | A | B |
Acetophenone | 40℃ | 21 | A | C |
35% Formalin | 40℃ | 21 | A | A |
Inclusive nitrogen compound | ||||
Acrylic nitrile | 40℃ | 21 | A | C |
Formamide | 40℃ | 21 | A | A |
Ethylene diamine | 40℃ | 21 | B | D |
Aniline | 40℃ | 21 | A | A |
Pyridine | 40℃ | 21 | A | C |
N, N - dimethylformamide | 40℃ | 21 | A | D |
N, N - dimethylacetamide | 40℃ | 21 | A | D |
N-methyl-2-pyrrolidone | 100℃ | 7 | A | D |
Carbon hydride, Carbon hydride halide | ||||
n - Hexane | 40℃ | 21 | B | B |
Cyclohexane | 40℃ | 21 | B | A |
Isooctane | 40℃ | 21 | B | A |
Decalin | 40℃ | 21 | A | A |
Benzene | 40℃ | 21 | B | B |
Toluene | 40℃ | 21 | A | B |
Xylene | 40℃ | 21 | A | B |
Ethyl benzene | 40℃ | 21 | A | B |
Nitrobenzene | 40℃ | 21 | A | B |
Monochlorotoluene | 40℃ | 21 | A | B |
1, 2 - cyclorbenzene | 40℃ | 21 | A | B |
Chloroform | 40℃ | 21 | B | B |
Carbon tetrachloride | 40℃ | 7 | A | A |
Methylene chloride | 25℃ | 21 | B | B |
Trichlorethylene | 40℃ | 7 | A | B |
Tetratrichlorethylene | 40℃ | 21 | B | B |
Tetratrichlorethylene | 100℃ | 7 | B | B |
1, 2 - dibromethane | 40℃ | 21 | A | A |
PCTFE solvent S3 R-113 | 25℃ | 11 | D | C |
PCTFE solvent S2 R-112 | 40℃ | 11 | C | C |
Fluoro-oil | 130℃ | 11 | C | B |
Fluoro-oil | 40℃ | 21 | C | C |
Alcohols | ||||
Methanol | 40℃ | 21 | A | B |
Ethanol | 40℃ | 21 | A | B |
Ethylene glycol | 40℃ | 21 | A | A |
Ethylene glycol | 130℃ | 10 | A | A |
Methyl carbitol | 40℃ | 21 | A | B |
Ethyl carbitol | 100℃ | 7 | A | B |
Cyclohexanol | 40℃ | 21 | A | A |
Others, Oil, Steam | ||||
DN cut HS-1 cutting oil | 130℃ | 11 | A | A |
Esso Engine oil | 175℃ | 20 | A | A |
O-148LCT Air craft engine oil | 175℃ | 20 | A | B |
JIS No.1 Lubrication oil | 175℃ | 16 | A | A |
ASTM No.3 Lubrication oil | 175℃ | 16 | A | A |
LLC 50% aq | 130℃ | 16 | A | A |
Steam | 150℃ | 30 | A | A |
Steam | 190℃ | 30 | A | A |
95℃ hot water | 95℃ | 7 | A | A |
A: Volume expansion rate below 5%…No problem at all
B: Volume expansion rate 5% - 20%…No problem
C: Volume expansion rate 20% - 50%…Possible with some conditions
D: Volume expansion rate over 50%…Nonusable