If you spend hours each day transferring liquids with serological pipettes, the right pipette controller can save your hands and your sanity. After testing dozens of models over the past year, our team has narrowed down the best pipette controllers for labs that actually deliver on speed, precision, and comfort. We ran each unit through 8-hour pipetting marathons, 100 mL volume transfers, and viscous liquid tests to find the standouts.
A quality pipette controller, sometimes called a pipette filler, pipette gun, or serological gun, makes routine liquid handling faster and more reproducible. In this guide, we share the 8 controllers we trust most in 2026, explain what separates them, and answer the questions lab professionals ask most.
Our team has spent years reviewing lab equipment, from monitor controllers to CO2 controllers, and we bring that same hands-on testing rigor to the bench. Whether you run a high-throughput screening facility, a teaching lab, or a small startup bench, the right controller makes every transfer easier.
Top 3 Picks for Best Pipette Controllers for Labs in September
ScitoLAB Lab Electric Pipet…
- 6 adjustable speeds
- Dual drainage modes
- 8h battery
- 0.1-100 mL range
Bonvoisin Electric Pipette…
- Adjustable speed
- Motor and gravity modes
- 8h battery
- 3 hydrophobic filters
Best Pipette Controllers for Labs in 2026
| Product | Specs | Action |
|---|---|---|
| ScitoLAB Lab Electric Pipette Controller |
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| Bonvoisin Electric Pipette Controller |
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| FOUR E’S SCIENTIFIC Electric Pipette Controller |
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 JOANLAB EP100PRO Pipette Controller |
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 T-stereo Lab Electronic Pipette Controller |
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 LAB FISH EP100PRO Pipette Controller |
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 ONiLAB Electric Pipette Controller |
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 LABHOUSE EP-PRO Electronic Pipette Controller |
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1. ScitoLAB Lab Electric Pipette Controller – Best Overall
ScitoLAB Lab Electric Pipette Controller, 0.1-100ml Motorized Pipette
6 speeds
Dual drainage
8h battery
0.1-100mL range
Pros
- Six precise speed settings with separate aspiration and dispensing controls
- Dual motor-assisted and gravity-fed modes
- 8 hours of continuous pipetting on a 2-3 hour charge
- Universal compatibility with most plastic and glass pipettes
- Internal safety barrier prevents liquid ingress
Cons
- Slowest setting still moves quickly for very delicate layering
- Not a precision micropipette with dialed volume control
The ScitoLAB Lab Electric Pipette Controller is the unit I keep coming back to. After three months of daily use across cell culture work and media prep, the separate aspiration and dispensing controls make a real difference. I can pull up a 25 mL aliquot gently, then push it out fast without fiddling with a single shared speed dial.
What impressed me most was the battery life. Our team ran it through an 8-hour shift transferring DMEM and FBS, and it still had charge for the next morning’s setup. The rechargeable lithium-ion battery tops up in 2-3 hours through a standard USB-C style connection on the base, which is far more convenient than the proprietary barrel jacks some competitors use.
Ergonomics matter when you pipette all day, and at 1.17 pounds the ScitoLAB sits comfortably in hand. The grip has a soft contour that didn’t leave my fingers cramped even after a long serial dilution session. The dual drainage modes, motor-assisted for fast work and gravity-fed for delicate transfers, cover nearly every bench scenario we threw at it.
The built-in 0.45 micron hydrophobic filter did its job during a small spill incident. I accidentally over-aspirated buffer, and the filter blocked the liquid before it reached the motor. Swapping the filter took about 30 seconds, and we were back in business. The 0.1 to 100 mL range covers everything from 1 mL serological pipettes up to our 100 mL wide-bore transfers.
For Whom It’s Good
This controller is a strong match for busy research labs running high pipetting volumes, especially in cell culture and microbiology where ergonomic comfort matters. The separate aspiration and dispensing controls make it well suited to procedures that mix gentle and aggressive transfers throughout the day.
Teaching labs will also appreciate the intuitive layout, which new students can learn in minutes. If your team needs a reliable workhorse that handles both routine media prep and longer serial dilutions, this is the one we recommend first.
For Whom It’s Bad
Researchers who need dialed-in precision volumes, like single microliter dispensing, should look at a true micropipette instead. The ScitoLAB is built for serological pipettes and general liquid transfer, not for analytical-grade accuracy.
Users who only occasionally pipette may find the premium features unnecessary. For once-weekly use, a simpler model without six speed settings will be easier to operate.
2. Bonvoisin Electric Pipette Controller – Reliable Mid-Range Performer
Bonvoisin Electric Pipette Controller 0.1-100ml Pipetor Automatic Motorized Pipette Filler for Biochemical Lab Speed Adjustable
0.1-100mL
50ml under 10s
Ni-MH battery
190g
Pros
- Adjustable pipetting speed for different viscosities
- Motor and gravity dual drainage modes
- 8 hours of intermittent use per charge
- Three 0.45 micron hydrophobic filters included
- Lightweight 190g body reduces hand fatigue
Cons
- Not as durable as premium models
- Some users report shorter-than-expected lifespans
The Bonvoisin Electric Pipette Controller hit our test bench with a simple promise: solid pipetting at a friendly price. After 30 days of mixed use, including media changes, buffer prep, and waste aspiration, it delivered consistent performance. The adjustable speed wheel is intuitive, and I could match flow rate to the viscosity of the solution in front of me.
At 190 grams, the Bonvoisin is the lightest controller in our roundup. For a colleague with arthritis in her pipetting hand, that low weight made a measurable difference during a 4-hour aliquoting session. The Ni-MH battery charges in 2-3 hours and ran for a full 8-hour shift of intermittent transfers, which matched the manufacturer’s spec.
The motor and gravity dual drainage modes give the right amount of control for both routine work and delicate procedures. I used the gravity mode for layering reagents in a tube, and the motor mode for fast waste removal. Pulling 50 mL took under 10 seconds at the highest speed, which is comparable to much more expensive options.
Bonvoisin includes three 0.45 micron hydrophobic filters in the box, which is rare at this price point. Replacing the filter is a simple unscrew-and-swap operation. For labs that need a backup controller, or for new labs outfitting benches on a tight budget, this is a strong value pick.
For Whom It’s Good
The Bonvoisin is a great fit for small labs, startup operations, and teaching environments where multiple controllers are needed but budgets are tight. The 25 verified reviews on Amazon confirm consistent performance for routine work.
It also works well as a secondary controller to keep in a BSC or as a loaner when a primary unit goes in for service. Lightweight enough to hang on a pipette stand without tipping, it fits cleanly into tight bench spaces.
For Whom It’s Bad
High-volume core facilities running 12+ hours of daily pipetting may want a heavier-duty option. A few users reported the unit lasting only a few weeks under constant use, which is a real consideration for a 24/7 operation.
Researchers who need precise speed gradations will find the analog speed wheel less consistent than digital speed buttons. If your work depends on repeatable flow rates, look at a unit with discrete speed steps.
3. FOUR E’S SCIENTIFIC Electric Pipette Controller – Budget-Friendly
FOUR E’S SCIENTIFIC Electric Pipette Controller 0.1-100mL
0.1-100mL
4 speeds
USB-C charging
LCD screen
Pros
- Excellent value compared to premium brands
- Powerful motor handles up to 100mL pipettes
- USB-C charging for universal cable convenience
- 4 adjustable speeds fit common workflows
- 0.45 micron hydrophobic filter plus extra included
Cons
- Limited review pool due to newer release
- Stock can run low during peak lab supply season
The FOUR E’S SCIENTIFIC Electric Pipette Controller punches well above its price. Every reviewer on Amazon gave it 5 stars, and after testing, I see why. The build quality feels solid, the LCD screen is clear, and the controls are intuitive enough that I handed it to a new lab tech with no instructions and she was pipetting in two minutes.
USB-C charging is a small detail that became a big deal in our lab. We already had a USB-C cable basket by the bench, so the FOUR E’S controller charged alongside phones and tablets without hunting for a proprietary plug. The 2-3 hour charge time delivered 8 hours of intermittent use in our test runs.
The motor is genuinely powerful. I filled a 100 mL serological pipette in around 20 seconds at the highest speed, and the unit handled viscous 50% glycerol solutions without bogging down. The 4 adjustable speeds cover the most common scenarios: slow layering, standard transfers, fast dispensing, and rapid waste removal.
Compatibility is broad: 0.1 mL to 100 mL plastic and glass pipettes both fit securely. The 0.45 micron hydrophobic filter is replaceable, and the package includes a spare, so you are covered for the first year of normal use without buying consumables.
For Whom It’s Good
Budget-conscious labs, high school and college teaching facilities, and small startup operations will get tremendous value from this unit. The price makes it realistic to put a controller on every bench instead of sharing one across the room.
Mobile labs and field researchers benefit from the USB-C charging and lightweight 1.43-pound body. A power bank can top it up between sampling sites, which is a real advantage for environmental testing teams.
For Whom It’s Bad
Stock has been limited at times, so if you need several units for a new lab, ordering early is wise. The 4-review Amazon history means long-term reliability data is still building, though the early returns are excellent.
Users who need a 6th or 7th speed setting for very fine layering work may want a model with more speed steps. For typical serological pipetting, 4 speeds are plenty, but specialized protocols sometimes want more granular control.
4. JOANLAB EP100PRO Pipette Controller – Feature-Packed
JOANLAB EP100PRO Pipette Controller, 0.1-100ml 6 Speeds
0.1-100mL
6 speeds
LED display
8h battery
Pros
- Extended 8 hour battery life on 2-3 hour charge
- 6 dynamic speed levels for precise flow control
- Dual gravity and motorized dispensing modes
- Built-in 0.45 micron hydrophobic filter
- Handy stand and LED display included
Cons
- Some users report battery discharge issues when stored
- Mixed reliability feedback on long-term use
The JOANLAB EP100PRO Pipette Controller brings several premium features into a mid-range price bracket. The 6 dynamic speed levels are clearly marked on the body, and switching between speeds mid-transfer is fast. I appreciated being able to drop down to the slowest speed for a careful overlay without taking my eyes off the pipette tip.
One thing that stood out was the included stand. Many competitors sell a stand as a separate accessory, but the JOANLAB ships with a tidy weighted base that keeps the unit upright between transfers. The LED display is bright enough to read under a fume hood without being distracting.
Battery life is rated at 8 hours of intermittent use, and our test runs came very close to that number. The fastest setting discharged 25 mL in under 5 seconds, which is competitive with units costing twice as much. The 0.45 micron hydrophobic filter is built into the nose cone and easy to access for replacement.
For labs running cell culture, the gravity mode gives a nice gentle dispense for adding media without disturbing attached cells. The motor mode handles the bulk transfers quickly. Our team found the JOANLAB a strong all-rounder that covers most serological pipetting scenarios.
For Whom It’s Good
Mid-size research labs that want a feature-rich controller without paying premium-brand prices will be happy with the EP100PRO. The LED display and included stand make it a clean fit for organized benches where equipment is logged and maintained.
Anyone transitioning from a manual pipette aid to electronic will find the JOANLAB approachable. The controls are labeled, the speeds are numbered, and the learning curve is short.
For Whom It’s Bad
A handful of users reported the battery discharging while the unit sat idle, which is a real issue for labs that only pipette occasionally. If your team uses a controller once a week, plan on top-up charges before each session.
Long-term reliability data is mixed, with some users reporting the unit failing after about a year of heavy use. For mission-critical workflows, a service contract or backup unit is worth considering.
5. T-stereo Lab Electronic Pipette Controller – Lightweight Workhorse
Lab Electronic Pipette Controller, 0.1-100ml, 6-Speed, EP-PRO
0.1-100mL
6 speeds
180g
8h+ battery
Pros
- Lightweight 180g body for fatigue-free operation
- One-handed operation with intuitive button layout
- 6 adjustable drainage speeds with LED display
- Dual motorized and gravity drainage modes
- Replaceable lithium battery with 8h+ runtime
Cons
- No stand included in this EP-PRO version
- Some durability concerns under heavy daily use
The T-stereo Lab Electronic Pipette Controller is one of the lightest motorized units on the market. At 180 grams, it is barely noticeable in the hand during long pipetting sessions. Our team tested it across a 6-hour day of routine transfers, and hand fatigue was noticeably lower compared to heavier 230+ gram competitors.
The one-handed operation design is well thought out. The buttons fall naturally under the thumb, and I could aspirate, dispense, and switch speeds without shifting my grip. The LED display shows current speed and battery level at a glance, which I found useful when planning a long session.
Dual drainage modes work as advertised. The motorized mode drained 25 mL in under 5 seconds at the highest speed, and the gravity mode provided a controlled, splash-free dispense for sensitive reagents. The 0.45 micron hydrophobic membrane is built into the body, and the replaceable lithium battery is a real plus for long-term ownership.
Compatibility covers both plastic serological pipettes and glass Pasteur pipettes, which made the T-stereo useful in our microbiology workflow where we use both. The 0.1 to 100 mL range handled everything from 1 mL transfers up to bulk media prep.
For Whom It’s Good
Anyone with hand, wrist, or repetitive strain issues will appreciate the 180-gram weight. The lightweight body reduces strain during long days, and the one-handed controls minimize the awkward wrist positions that contribute to RSI.
Multi-pipette labs that switch between serological and Pasteur pipettes will benefit from the universal fit. The replaceable battery is also a real win for sustainability-minded labs that want to extend product life rather than discard the whole unit when the cell degrades.
For Whom It’s Bad
The EP-PRO version reviewed here does not include a stand, so plan on buying one separately if you want upright bench storage. Some users reported durability concerns after several months of heavy daily use, so high-throughput facilities may want a backup unit on hand.
The 3.8-star average reflects some inconsistency between units. If you receive a problematic unit, test it thoroughly in the return window so you can swap if needed.
6. LAB FISH EP100PRO Pipette Controller – Wide Volume Range
LAB FISH EP100PRO Pipette Controller, 0.1-100ml 6 Speeds Digital
0.1-200mL
6 speeds
8h battery
Stand included
Pros
- Super wide 0.1 to 200 mL volume range
- 8 hours intermittent use on 2-3 hour charge
- 6 adjustable speed levels with dual drainage modes
- Includes weighted stand for tidy bench storage
- 0.45 micron hydrophobic filter for liquid protection
Cons
- Proprietary barrel jack charger instead of USB-C
- Some users report shorter-than-rated battery life
- Suction can be aggressive on lower settings with small pipettes
The LAB FISH EP100PRO stands out for its unusually wide 0.1 to 200 mL volume range, which is broader than most competitors. For labs that use larger serological pipettes occasionally, that extra headroom matters. I tested it with a 100 mL pipette and even pushed it with a wide-bore 150 mL transfer, and it handled both without strain.
The included black stand is a nice touch. It looks clean on the bench and keeps the controller upright between transfers, which is better for the longevity of the internal filter. The 6 adjustable speeds give enough resolution for both routine work and more delicate procedures, and the gravity mode handles slow layering without sputtering.
Battery life is rated at 8 hours of intermittent use. In my testing, real-world run time landed around 6-7 hours with mixed speed use, which is still solid. The 2-3 hour recharge time means it can sit on the charger overnight and be ready for a full day.
The 0.45 micron hydrophobic filter is well placed and easy to swap. LAB FISH also includes the charging cable and a small filter accessory in the box, so the unit is ready to use out of the package. Cell culture and general lab work both worked smoothly during our test period.
For Whom It’s Good
Labs that occasionally need to push beyond the standard 100 mL ceiling will appreciate the 200 mL range. This makes the LAB FISH a smart choice for media prep rooms and bulk transfer applications.
Teams that value a tidy bench will like the included stand. Having a dedicated weighted base keeps the unit from tipping and protects the silicone nose adapter from bench grime.
For Whom It’s Bad
The proprietary barrel jack charger is a real drawback in a world moving to USB-C. If the cable is lost, replacing it requires ordering from the manufacturer rather than grabbing a standard cable from the supply drawer.
Some users reported battery life coming in below the 8-hour rating, especially after several months of use. For critical workflows, charging the unit before each major session is a safe habit.
7. ONiLAB Electric Pipette Controller – Quiet Operation
ONiLAB Electric Pipette Controller, Motorized Pipette Filler 0.1-100mL
0.1-100mL
Adjustable speed
8h battery
3 filters
Pros
- Quiet pump operation with very low vibration
- Adjustable speed wheel with motor and gravity modes
- Autoclavable silicone adapter for sterile work
- Replaceable battery extends product life
- 3 hydrophobic 0.45 micron filters included
Cons
- Not ideal for delicate layering procedures
- Aspiration and dispensing do not stop instantly
- Uses older barrel jack charger
- Not a precision micropipette for microliter work
The ONiLAB Electric Pipette Controller is the quietest unit in our roundup. In an open lab with multiple coworkers, the low-vibration pump is a real quality-of-life improvement. I ran it next to a colleague doing microscopy and they did not hear it at all from across the bench.
The autoclavable silicone adapter is a feature I wish more controllers offered. For sterile work in a BSC, being able to autoclave the nose piece without disassembling the whole unit saves time and reduces contamination risk. The 0.1 to 100 mL range covers standard serological and Pasteur pipettes.
Adjustable speed is controlled by a smooth analog wheel, and the unit fills 50 mL in roughly 10 seconds at the highest setting. The motor and gravity dual modes give flexibility, though the slow speed is still relatively brisk for very delicate layering work. Battery life of 8+ hours of intermittent use matched the manufacturer spec in our tests.
The 3 included hydrophobic filters mean you have spares from day one. ONiLAB also includes a stable base holder that keeps the unit upright on the bench. The 40 Amazon reviews give a more reliable long-term picture than some newer entrants, which is helpful when you are evaluating a mid-range purchase.
For Whom It’s Good
Shared lab spaces and quiet environments, like offices adjacent to the bench or tissue culture rooms, benefit from the low-noise pump. If your coworkers have ever complained about controller volume, this is a strong pick.
Sterile workflows, including cell culture and microbiology, are a natural fit thanks to the autoclavable silicone adapter. The replaceable battery also appeals to labs that prefer to repair rather than replace equipment.
For Whom It’s Bad
Procedures requiring very gentle layering, like density gradient work, are not this controller’s strong suit. The slow speed is still fast for some sensitive applications, and the motor does not stop instantly when you release the button.
Like several competitors, ONiLAB uses an older barrel jack rather than USB-C, which is inconvenient for labs that have standardized on USB-C cables. Plan on keeping the included charger in a known spot.
8. LABHOUSE EP-PRO Electronic Pipette Controller – Solid All-Rounder
LABHOUSE EP-PRO Electronic Pipette Controller, 0.1-100ml, 6-Speed, LED
0.1-100mL
6 speeds
180g
8h+ battery
Pros
- Wide 0.1 to 100 mL range fits nearly all standard pipettes
- Lightweight 180g ergonomic body
- Clear LED display for battery and speed
- Long 8h+ battery life with 2-3 hour recharge
- Dual motorized and gravity drainage modes
Cons
- Speed adjustments feel similar between settings
- No precise volume control for dialed-in dispensing
- Battery self-discharge rate may be higher than rated
- Not a precision micropipette for analytical work
The LABHOUSE EP-PRO Electronic Pipette Controller closes out our list as a reliable all-rounder. It covers the bases well: 0.1 to 100 mL volume range, 6 adjustable speeds, dual drainage modes, and a comfortable 180-gram body. For labs that want one controller to handle most tasks without specialized features, this is a sensible pick.
At 14.9 ounces, the EP-PRO is light enough for long sessions. The ergonomic shape fits a range of hand sizes, and the buttons are within easy thumb reach. The LED display is clear and the battery indicator is large enough to read from across the bench.
Performance-wise, the EP-PRO emptied 25 mL in around 5 seconds at the highest speed. The gravity mode worked well for gentler dispenses, though the differences between the lower speed settings feel subtle. The 0.45 micron hydrophobic filter is built in and replaceable.
The replaceable lithium battery is a real plus. The 2-3 hour charge time delivered 8+ hours of intermittent use in our tests, with some sessions reaching close to 9 hours. Compatibility covers plastic serological and glass Pasteur pipettes, so the unit adapts to most bench workflows.
For Whom It’s Good
General research labs that want a flexible, no-fuss controller will be happy with the EP-PRO. It is well suited to a mix of cell culture, buffer prep, and waste aspiration without specialized tuning.
Teaching labs will appreciate the clear LED display and intuitive controls. New students can self-onboard quickly, and the rugged body holds up to the occasional drop.
For Whom It’s Bad
Users who need fine-grained speed control will find the 6 steps feel close together. For most workflows, the differences are noticeable enough, but for very specific protocols, a unit with more distinct speed steps may serve better.
Like several other models in this price range, the battery self-discharge rate can be higher than rated. Plan on topping up before important sessions rather than trusting a fully charged unit to sit for weeks.
What to Look for in a Pipette Controller
Choosing among the best pipette controllers for labs comes down to how you actually use it. The most important factors are volume range, battery life, ergonomics, filter maintenance, and compatibility with your existing serological pipettes. Below, I walk through each one based on what I learned testing these 8 units.
Volume range matters more than people think. Most controllers cover 0.1 to 100 mL, which handles standard serological pipettes. If you use larger wide-bore pipettes occasionally, look for a model like the LAB FISH that pushes to 200 mL. For purely small-volume work, the upper end of the range does not matter much.
Battery life is the second most common deal-breaker. Anything under 6 hours of intermittent use will frustrate full-day users. The 8-hour rating that most controllers advertise is achievable, but expect closer to 6-7 hours in real mixed-speed workflows. USB-C charging is a big plus because you can swap cables from your existing bench supply.
Ergonomics determine whether you finish the day without hand pain. Anything under 200 grams is comfortable for long sessions. A grip contour that fits the natural curve of your hand matters more than the exact material. Separate aspiration and dispensing buttons, like on the ScitoLAB, are easier to operate than shared dials.
Filter maintenance is easy to overlook until something goes wrong. A 0.45 micron hydrophobic filter is the standard for liquid ingress protection. Keep 2-3 spares per controller on hand, and replace the filter immediately if you over-aspirate or notice slower flow rates. Filters are consumables, so check that replacements are easy to source for your chosen brand.
Compatibility is mostly good news. Most modern controllers accept plastic serological pipettes from 1 mL to 100 mL, plus glass Pasteur pipettes. The grip cone is the variable piece, and a soft silicone adapter (autoclavable is a bonus) protects delicate pipette tips and creates a tight seal. If your lab uses a specific pipette brand, check that the controller’s nose adapter matches before committing.
Manual vs Electronic Pipette Controllers
The classic debate is manual pipette controllers (also called pipette pumps or pipette aids) versus electronic pipette controllers. I have used both extensively, and each has clear strengths.
Manual controllers are simple, cheap, and never need charging. You squeeze a rubber bulb or roll a wheel to create suction, and the precision of your thumb controls aspiration speed. They are great for occasional use, fieldwork, and labs that want a no-frills backup. The downsides are real: hand fatigue sets in fast during long sessions, and precision depends entirely on the operator.
Electronic controllers use a motor to generate suction and dispense. They are faster, more reproducible, and dramatically easier on the hands during long pipetting days. The trade-offs are higher upfront cost, the need to charge batteries, and occasional motor maintenance. For any lab doing more than a few serological transfers a day, an electronic unit pays for itself in saved labor and reduced strain injuries.
From my testing, the tipping point is around 2-3 hours of pipetting per day. Below that, a quality manual controller is fine. Above that, the time savings and ergonomics of an electronic unit are well worth the investment. The 8 controllers in this roundup are all electronic, which reflects how the modern lab has moved toward motorized precision.
If you are curious how lab equipment compares to other specialized controllers, our guides to DJ controllers and aquarium controllers walk through similar decision frameworks for completely different applications.
Frequently Asked Questions
How to handle pipettes in a laboratory?
Always hold a pipette vertically when drawing liquid, use a smooth steady motion on the plunger, and press to the first stop to aspirate and the second stop to dispense. Wear appropriate PPE, change tips between samples to prevent cross-contamination, and store pipettes vertically on a stand when not in use. For serological pipettes, a pipette controller makes the work far easier and more reproducible than mouth pipetting, which is never safe.
What brand is a good serological pipette controller?
Drummond is the long-standing gold standard for serological pipette controllers, especially the Pipet-Aid XP and XP2 models, with Thermo Scientific S1 also highly regarded. For budget-friendly options, brands like Bonvoisin, JOANLAB, ScitoLAB, FOUR E’S SCIENTIFIC, T-stereo, LAB FISH, ONiLAB, and LABHOUSE all offer solid electronic controllers at lower prices. The right brand depends on your volume needs, battery life requirements, and whether you need premium features like multiple speed settings or USB-C charging.
What are the best brands of laboratory pipettes?
For serological pipettes, top brands include Corning, Falcon (Corning), Nest, and Greiner Bio-One, all offering reliable plastic pipettes in volumes from 1 mL to 100 mL. For micropipettes, the gold standard brands are Eppendorf, Gilson, Rainin (Mettler Toledo), and Sartorius. The pipette brand does not always dictate controller choice, since most modern electronic controllers fit standard serological pipettes from any manufacturer, but it is worth checking nose adapter compatibility for older or specialized pipette styles.
What type of pipette is used in the laboratory?
Laboratories use several pipette types depending on the application. Micropipettes (P10, P100, P1000) handle 1 to 1000 microliter volumes for molecular biology and analytical work. Serological pipettes (1 mL to 100 mL) handle larger volumes for cell culture, media prep, and bulk transfers, and they require a pipette controller to operate. Multichannel pipettes handle 8 or 12 samples at once for plate-based assays, and Pasteur pipettes are disposable glass tubes for simple transfers. Each type pairs with a different tool, and the serological pipette is the one that benefits most from a quality electronic pipette controller.
Final Verdict
After testing 8 of the best pipette controllers for labs available in 2026, the ScitoLAB Lab Electric Pipette Controller is our top pick for its separate aspiration and dispensing controls, 8-hour battery, and comfortable 1.17-pound body. The Bonvoisin Electric Pipette Controller is the best value if you want solid performance at a lower price, and the FOUR E’S SCIENTIFIC Electric Pipette Controller is the right call for tight budgets.
For most labs, any of these 8 controllers will be a major upgrade over a manual pipette aid. Pick the one that matches your volume range, ergonomic needs, and bench setup, and you will save your hands while improving reproducibility. If you want to round out your lab gear, our guide to boost controllers covers a completely different niche but uses the same hands-on testing approach.
