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Compare modelsNTD 58,262
Inc. VAT
The Eppendorf Reference 2 G Variable 8-Channel Pipette is designed for efficient and precise multi-channel liquid handling. With a volume range of 0.5-10 µL, this pipette is perfect for high-throughput applications where accuracy and consistency are critical. The ergonomic medium gray design ensures comfortable use even during long pipetting sessions. Ideal for PCR, microplate assays, and other laboratory tasks, the Reference 2 G 8-channel pipette is an essential tool for laboratories requiring reliable performance and efficiency.
The Eppendorf Reference 2 G Variable 8-Channel Pipette 0.5-10 µL, Medium Gray is a practical choice for laboratories requiring dependable quality, reliable performance, and consistent day-to-day use.
LabFriend 4.662 409 Eppendorf Liquid Handling Brochure.pdf
DownloadLabFriend 4.662 409 Eppendorf Reference 2 Changing Filters.pdf
DownloadLabFriend 4.662 409 Eppendorf Reference 2 Single-Multi Channel Pipette Adjustments Guide.pdf
DownloadLabFriend 4.662 409 Eppendorf Reference 2 Single-Multi Channel Pipette Chemical Resistance Guide.pdf
DownloadLabFriend 4.662 409 Eppendorf Reference 2 Single-Multi Channel Pipette Instruction Manual.pdf
DownloadMarking rings ColorTag, silicone, 50 mm
Marking rings ColorTag, silicone, 73 mm
NTD 58,262
Inc. VAT
Manufacturer P/N
4926000018
Part Number
4.662 409
Manufacturer
Eppendorf
Accuracy
2,0 ± R%
NTD 58,262
Inc. VAT
Manufacturer P/N
4926000034
Part Number
4.662 411
Manufacturer
Eppendorf
Accuracy
0,8 ± R%
NTD 58,262
Inc. VAT
Manufacturer P/N
4926000050
Part Number
4.662 413
Manufacturer
Eppendorf
Accuracy
0,6 ± R%
NTD 63,752
Inc. VAT
Manufacturer P/N
4926000069
Part Number
4.662 414
Manufacturer
Eppendorf
Accuracy
0,6 ± R%
NTD 63,752
Inc. VAT
Manufacturer P/N
4926000026
Part Number
4.662 410
Manufacturer
Eppendorf
Accuracy
2,0 ± R%
NTD 63,752
Inc. VAT
Manufacturer P/N
4926000042
Part Number
4.662 412
Manufacturer
Eppendorf
Accuracy
0,8 ± R%
It is designed for efficient and precise multi-channel liquid handling. With a volume range of 0.5-10 µL, this pipette is perfect for high-throughput applications where accuracy and consistency are critical. The ergonomic medium gray design ensures comfortable use even during long pipetting sessions. Ideal for PCR, microplate assays, and other laboratory tasks, the Reference 2 G 8-channel pipette is an essential tool for laboratories requiring reliable performance and efficiency.
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7 mins read
Cleaning laboratory glassware properly is essential for accurate, safe, and repeatable lab work. This guide explains how to remove stubborn residue from beakers, flasks, bottles, volumetric glassware, and other lab glassware, including grease, dried salts, biological residue, stains, and burnt deposits. It also covers safe cleaning methods, common mistakes, drying and storage tips, and when damaged glassware should be replaced.
7 mins read
Pipette calibration helps laboratories confirm that liquid handling results remain accurate, repeatable, and traceable. This guide explains how pipettes are calibrated to ISO 8655 standards, including gravimetric testing, environmental control, correct tip selection, volume testing, calibration records, and common mistakes to avoid. It also covers when to use in-house calibration and when an external calibration service may be more suitable.
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A free molarity and dilution calculator covering four essential lab calculations: C1V1=C2V2 dilution (solve for any unknown), molarity from mass, mass from molarity, and serial dilution table generation. Includes worked examples, a concentration units guide and step-by-step preparation instructions for every result.
9 mins read
Free online buffer preparation calculator. Select your buffer system, enter target pH, concentration and volume, and get an exact lab-ready recipe with reagent masses and step-by-step instructions. Covers PBS, Tris-HCl, sodium phosphate, acetate, HEPES, MOPS and more.
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6 mins read
Laboratory balances are essential weighing instruments used to measure samples, reagents, powders, chemicals and materials with accuracy and consistency. They are commonly used in research, education, quality control, pharmaceutical testing, food testing, industrial laboratories and general scientific workflows.
