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ATOMFAIR® Mi-Pette 12-channel 10-100 uL pipette for routine micro-volume multi-channel transfers in lab workflows.

Manual 12-Channel Pipette 10–100 μL ISO 8655 ATOMFAIR®

$237.00

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

Fully autoclavable Mi-Pette 12-channel manual pipette with 10–100 μL range, 0.1 μL increment, and ISO 8655-2 calibration reference. Order now.

SKU: AF-EI-L-MIPT-F100-12CH
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Description

Mi-Pette 12-channel 10-100 µL Pipette

Product Type: Manual pipette
Research-grade liquid handling platform

Product Overview

Mi-Pette 12-channel 10-100 µL Pipette is a fully autoclavable manual pipette for accurate microliter liquid handling in research, quality-control and teaching laboratories. The 10-100 µL range supports microplate loading, PCR plate preparation, ELISA workflows and repeated parallel reagent transfer where repeatability, stable tip fit and traceable calibration data are important.

Select this model according to its 12-channel format, 10-100 µL working range, 0.1 µL increment, compatible tips and sterilization requirements. The technical specifications list the order model, product family, test volumes, systematic error, random error and calibration reference for procurement, method setup and routine performance review.

Key Features and Advantages
  • 12-channel configuration for microplate loading, PCR plate preparation, ELISA workflows and repeated parallel reagent transfer.
  • Volume range 10-100 µL with 0.1 µL increment.
  • Sterilization suitability: High-temperature sterilization supported where indicated by source family.
  • Systematic error and random error values are listed by test volume for calibration review.
  • Suitable for routine liquid transfer, assay setup, sample preparation and laboratory training workflows.

Technical Specifications
Parameter Specification / Available Values
Atomfair Model AF-LH-MIPETTE-12CHANNEL-10-100-µL
Product Family Mi-Pette
Channel count 12-channel
Volume range 10-100 µL
Increment 0.1 µL
Test volume(s) 100 / 50 / 10 µL
Systematic error At 100 µL: ±1.6 µL (±1.6%); at 50 µL: ±1.6 µL (±3.2%); at 10 µL: ±1.6 µL (±16%)
Random error At 100 µL: ±0.6 µL (±0.6%); at 50 µL: ±0.6 µL (±1.2%); at 10 µL: ±0.6 µL (±6.0%)
Sterilization suitability High-temperature sterilization supported where indicated by source family
Calibration reference ISO 8655-2 user calibration reference indicated in the technical table
Technical table note Multichannel adjustable technical table
Configuration Support: Confirm compatible tips, calibration requirements, sterilization needs and laboratory workflow before ordering.
Technical Support: For method-specific volume matching, calibration planning, accessory compatibility or bulk laboratory configuration, contact the Atomfair technical sales team.
TAILORED SOLUTIONS FOR RESEARCH
For bulk orders, OEM requirements, accessory matching, platform selection or configuration confirmation, contact our engineering sales team.
EMAIL: inquiry@atomfair.com
Supplier: Atomfair
Brand: ATOMFAIR®

The pipette must be calibrated per ISO 8655-2 using the listed test volumes to maintain specified accuracy. High-temperature sterilization is supported only for compatible models; incompatible sterilization may cause damage.

  • Calibration Protocol: Calibration must follow ISO 8655-2 reference at test volumes 100, 50, and 10 µL to achieve the stated systematic and random error tolerances.
  • Sterilization Compatibility: Only pipettes from families explicitly supporting high-temperature sterilization should be autoclaved; verify compatibility before sterilization.
  • Tip Compatibility: Use only tips certified for the Mi-Pette 12-channel pipette to ensure proper sealing and avoid leakage or inaccuracy.
  • Volume Range Constraint: The volume increment is 0.1 µL; do not force the adjustment knob beyond the 10-100 µL range to prevent mechanical damage.
  • Low-Volume Accuracy Consideration: The systematic error at 10 µL is ±1.6 µL (±16%); method validation must account for this higher relative error at low volumes.

Follow these steps for accurate liquid handling and proper maintenance. Always confirm tip compatibility and calibration status before use.

Required Equipment: Compatible 12-channel pipette tips

  1. Initial Inspection
    Inspect the pipette for cleanliness and ensure the plunger moves smoothly before each use.
  2. Volume Setting
    Set the desired volume by rotating the adjustment knob until the display shows the correct value within the 10-100 µL range.
  3. Tip Attachment
    Attach a compatible 12-channel pipette tip by pressing the tip cone firmly onto each channel until a seal is formed.
  4. Liquid Aspiration
    Aspirate liquid by depressing the plunger to the first stop, immersing the tips into the liquid, and slowly releasing the plunger.
  5. Liquid Dispensing
    Dispense liquid by pressing the plunger to the first stop, then to the second stop to expel any residual liquid.
  6. Tip Ejection and Disposal
    Eject the tips by pressing the tip ejector button, and dispose of tips according to laboratory waste protocols.
  7. Periodic Calibration
    Calibrate the pipette periodically according to ISO 8655-2 using the test volumes 100, 50, and 10 µL to maintain accuracy.

How does the systematic error of the Mi-Pette 12-channel 10-100 µL pipette vary across its volume range, and what are the implications for low-volume assays?

The systematic error is constant at ±1.6 µL across all test volumes (100, 50, and 10 µL), but as a percentage of the target volume it increases from ±1.6% at 100 µL to ±16% at 10 µL. This means accuracy degrades significantly at the lower end of the range, making the pipette less suitable for high-precision low-volume work unless the user accounts for the proportional error. Random error similarly increases from ±0.6% at 100 µL to ±6.0% at 10 µL, so users should verify that the combined uncertainty meets assay requirements.

What tip compatibility and plate format constraints should be considered when using the Mi-Pette 12-channel pipette for 96-well or 384-well microplates?

The pipette is designed for microplate loading, PCR plate preparation, and ELISA workflows, but the source explicitly states to confirm compatible tips before ordering. With a 12-channel format, it pairs with standard 96-well plates (8 rows × 12 columns) for column-wise transfers; for 384-well plates, careful alignment is needed as the 9 mm spacing differs from the 4.5 mm spacing of a 384-well plate. Users should verify tip fit and plate compatibility with the Atomfair technical sales team.

What are the sterilization and calibration requirements for the Mi-Pette 12-channel pipette to maintain ISO 8655-2 compliance?

The pipette is fully autoclavable at high temperature, as stated in the product overview, and the technical table confirms high-temperature sterilization is supported where indicated by the source family. Calibration follows ISO 8655-2 user calibration reference, with systematic and random error values listed at 100, 50, and 10 µL. Users should perform routine calibration checks and follow the manufacturer's autoclaving cycles to preserve accuracy and compliance.

The Mi-Pette 12-channel 10-100 µL pipette is a fully autoclavable manual multichannel pipette designed for high-throughput microplate and PCR workflows, with systematic error up to ±16% at the 10 µL test volume and random error up to ±6.0% at the same volume, requiring careful volume matching for low-end accuracy.

Positive

  • Fully autoclavable for sterilization: The pipette supports high-temperature sterilization, enabling decontamination between uses in teaching, quality-control, and research labs without disassembly.
  • 12-channel parallel liquid handling: The 12-channel configuration accelerates microplate loading, PCR plate preparation, and ELISA workflows by enabling simultaneous reagent transfer across multiple wells.

Trade-offs

  • High systematic error at low volume: At 10 µL, systematic error is ±1.6 µL (±16%), which may compromise accuracy for applications requiring precise low-volume dispensing without calibration adjustment.
  • Tip and calibration dependency: Performance relies on compatible tips and ISO 8655-2 calibration; users must confirm tip fit and calibration schedule before deployment to maintain specified accuracy.

Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.

To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.

Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).

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