The Eppendorf Xplorer is intuitive to operate and ergonomically designed, setting new standards for simple, high-precision, and reproducible pipettes.
The Eppendorf Xplorer electric pipette can automatically transfer liquids ranging from 0.5 μ L to 10 mL, while reducing the risk of manual transfer errors. It is intuitive to operate and ergonomically designed, setting new standards for simple and highly accurate and reproducible pipettes. If you need accurate adjustable parameters, precise repeatability results, fatigue free pipetting work, and one handed control over pipetting operations, the Xplorer electric pipette will be your ideal choice.
Technical Specifications
|
range
|
volume
|
systematic error
|
random error
|
|
Gray control button, compatible with 20 μ l suction head
|
|
0.5 – 10 μL
|
1 μl
|
±2.5%
|
±0.025 μl
|
±1.8%
|
±0.018 μl
|
|
|
5 μl
|
±1.5%
|
±0.075μl
|
±0.8%
|
±0.04 μl
|
|
|
10 μl
|
±1.0%
|
±0.1 μl
|
±0.4%
|
±0.04 μl
|
|
Yellow control button, compatible with 200 μ l suction head
|
|
5–100 μl
|
10 μl
|
±2.0%
|
±0.2 μl
|
±1.0%
|
±0.1 μl
|
|
|
50 μl
|
±1.0%
|
±0.5 μl
|
±0.3%
|
±0.15 μl
|
|
|
100 μl
|
±0.8%
|
±0.8 μl
|
±0.2%
|
±0.2 μl
|
|
Orange control button, compatible with 300 μ l suction head
|
|
30–300 μl
|
30 μl
|
±2.5%
|
±0.75 μl
|
±0.7%
|
±0.21 μl
|
|
|
150 μl
|
±1.0%
|
±1.5 μl
|
±0.3%
|
±0.45 μl
|
|
|
300 μl
|
±0.6%
|
±1.8 μl
|
±0.2%
|
±0.6 μl
|
|
Blue control button, compatible with 1000 μ l suction head
|
|
50 – 1.000 μL
|
100 μl
|
±3.0 %
|
±3 μl
|
±0.6 %
|
±0.6 μl
|
|
|
500 μl
|
±1.0 %
|
±5 μl
|
±0.2 %
|
±1 μl
|
|
|
1000 μl
|
±0.6 %
|
±6 μl
|
±0.2 %
|
±2 μl
|
|
Purple control button, compatible with 5mL suction head
|
|
0.25 – 5 m L
|
500 μl
|
±3.0 %
|
±15 μl
|
±0.6 %
|
±3 μl
|
|
|
2500 μl
|
±1.2 %
|
±30 μl
|
±0.3 %
|
±6.25 μl
|
|
|
5000 μl
|
±0.6 %
|
±30 μl
|
±0.15 %
|
±7.5 μl
|
|
Green control button, compatible with 10mL suction head
|
|
0.5 – 10 m L
|
1,000 μl
|
±3.0 %
|
±30 μl
|
±0.6 %
|
±6 μl
|
|
|
5,000 μl
|
±0.8 %
|
±40 μl
|
±0.2 %
|
±10 μl
|
|
|
10,000 μl
|
±0.6 %
|
±60 μl
|
±0.15 %
|
±15 μl
|