Modern laboratories demand greater consistency, speed, and user‑independent performance from liquid handling workflows. As throughput increases and teams become more distributed, manual setup complexity and user variability can undermine reproducibility and efficiency.
Advances in electronic pipetting design now focus on intuitive user interfaces, programmable workflows, and ergonomic operation aiming to reduce errors, support harmonized use across teams, reduce strain on users whilst maintaining control across a wide range of liquid types and applications.
This guide examines how interface design, speed control, and ergonomics contribute to more confident, reproducible pipetting in routine and demanding laboratory environments.
Download this guide to learn how to:
- Reduce setup errors and user‑dependent variability through intuitive, touchscreen‑driven workflow control
- Optimize pipetting behavior across sensitive, viscous, and high‑throughput applications
- Improve operator comfort and support extended daily use with ergonomically designed electronic pipettes
FluidEase Pro ClipTip electronic pipettes
Liquid handling
Large, high-resolution touchscreen interface
FluidEase Pro pipettes are the first electronic pipettes on the market
to feature a large, high-resolution touchscreen, redefining how users
interact with electronic pipetting.
• Direct editing of only the parameter you need—without navigating
layered menus
• Intuitive, gesture-based interaction aligned with familiar smart
device experiences
• Clear visual feedback for volumes, speeds, and protocol steps
throughout the workflow
This touchscreen-driven approach enables rapid onboarding for
new users, helps reduce setup errors, and supports consistent,
reproducible execution across users.
User interface designed for global laboratories
FluidEase Pro pipettes feature a multilingual user interface with six
language options, supporting harmonized operation across global
laboratory networks.
Expanded workflow capabilities and speed
FluidEase Pro pipettes offer one of the widest speed selections
available, helping users to achieve precise control over pipetting
behavior across a broad range of applications, liquid types, and
workflow demands.
• Gentle handling for sensitive or viscous samples, helping
preserve sample integrity
• Faster operation to support high-throughput workflows and timecritical applications
• Flexible execution of unique, multi-step, and demanding
protocols requiring precise control
Thermo Scientific™ FluidEase™ Pro ClipTip™ electronic pipettes combine a secure Thermo Scientific™ ClipTip™ attachment with the first large,
high-resolution pipette touchscreen on the market, as well as intelligent power management and advanced programming capabilities to
support confident, reproducible pipetting across routine and demanding laboratory workflows.
FluidEase Pro pipettes enable both new and experienced users to work efficiently with minimal setup time, reduced physical strain, and
consistent performance across operators and applications.
Cat. No. Description
Thermo Scientific™ FluidEase™ Pro ClipTip™ electronic pipettes
4674010 1 Channel, 0.5–10 µL
4674020 1 Channel, 2.5–100 µL
4674030 1 Channel, 5–200 µL
4674040 1 Channel, 10–300 µL
4674050 1 Channel, 20–1,000 µL
4676010 8 Channel, 0.5–10 µL
4676030 8 Channel, 2.5–100 µL
4676050 8 Channel, 5–200 µL
4676070 8 Channel, 10–300 µL
4676090 8 Channel, 25–1,250 µL
4676020 12 Channel, 0.5–10 µL
4676040 12 Channel, 2.5–100 µLFeel confident with every dispense
Thermo Scientific™ ClipTip™ technology helps ensure secure tip
attachment, keeping tips firmly in place throughout every pipetting
cycle. Once attached, tips remain secured and are released only
through intentional ejection, giving users full control during operation
and confidence in every dispense.
Electronic tip ejection with reduced strain
FluidEase Pro pipettes feature electronic tip ejection, reducing the
force required during tip removal.
• Reduces hand and thumb strain
• Indicates when tip ejection is possible with LED illumination
• Supports safer, more comfortable, and more controlled operation
during repetitive tasks
Index finger operation for ergonomic pipetting
Designed for index finger operation, FluidEase Pro pipettes reduce
reliance on the thumb and promote a more natural hand posture
during pipetting.
Designed for everyday comfort and balance
FluidEase Pro pipettes are engineered with improved ergonomics to
support comfortable, controlled pipetting throughout the day.
• Better balance in the hand
• Designed to support extended daily use
• Helps reduce fatigue in routine and high-throughput
environments
For Laboratory Use. It is the customer’s responsibility to ensure that the performance of the product is suitable for customers’ specific uses or applications. © 2026 Thermo Fisher
Scientific Inc. All rights reserved. All trademarks are the property of Thermo Fisher Scientific and its subsidiaries unless otherwise specified. FLY-14711751
Learn more at thermofisher.com/fluidease
Cat. No. Description
Thermo Scientific™ FluidEase™ Pro ClipTip™ electronic pipettes cont.
4676060 12 Channel, 5–200 µL
4676080 12 Channel, 10–300 µL
4676100 12 Channel, 25–1,250 µL
4676110 16 Channel, 0.5–10 µL
4676120 16 Channel, 1–30 µL
4676130 16 Channel, 3–125 µL
Thermo Scientific™ FluidEase™ Pro ClipTip™ electronic pipette charging stands
9420520 Stand Base, 1 Position
9420530 Stand Extension Kit, 1 Position
Intelligent power management and fast,
scalable charging
• Integrated charging between uses via a charging stand
supports up to four pipettes—standard wall-plug charging
also available
• Power-safe mode functions support long-term
battery reliability
• Continued operation while connected to power helps
minimize workflow interruptions during critical tasks
Unified operation across users
• Up to five user profiles for multi-user laboratories
• Structured interface and shared preset protocols enable
consistent execution across the lab
• Custom calibration options help align performance to specific
liquids or laboratory conditions
• Reduced user-dependent variability
supports reproducible outcomes
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