Vortex Mixers
Vortex mixer collection for labs that value uptime, simplicity, and bench space.
Prevent inconsistent results that delay projects
Save budget by avoiding wasted materials
Maintain credibility with peers, clients, or regulatory bodies
A dependable vortex mixer makes daily lab tasks far less frustrating. Our collection of lab vortex mixers is curated for consistent, uniform mixing so you can save time and reduce errors. All with small footprints and powerful enough to handle high-speed mixing of test tubes, vials, or microplates. For delicate and vigorous tasks, this might be the best vortex mixer for laboratory use.
Works with all your containers
Doesn’t sound like a jet engine
Doesn’t wobble
Fewer breakdowns, lower lifetime costs
More uptime than comparably priced models
Morale-boosting quality
Doing sample prep and resuspension? Find your model below.
Vortex mixer collection for labs that value uptime, simplicity, and bench space.
Prevent inconsistent results that delay projects
Save budget by avoiding wasted materials
Maintain credibility with peers, clients, or regulatory bodies
A dependable vortex mixer makes daily lab tasks far less frustrating. Our collection of lab vortex mixers is curated for consistent, uniform mixing so you can save time and reduce errors. All with small footprints and powerful enough to handle high-speed mixing of test tubes, vials, or microplates. For delicate and vigorous tasks, this might be the best vortex mixer for laboratory use.
Works with all your containers
Doesn’t sound like a jet engine
Doesn’t wobble
Fewer breakdowns, lower lifetime costs
More uptime than comparably priced models
Morale-boosting quality
Doing sample prep and resuspension? Find your model below.
SCILOGEX SCI-FS Vortex Mixers
$ 113.00
- Lowest cost.
- Fixed speed.
- Long life.
- Continuous or touch.
- Compact.
SCILOGEX SCI-VS Vortex Mixers
$ 143.00
- Lowest cost variable speed.
- Continuous or touch.
- Tons of accessories
- Quiet.
Jeio Tech VM-96A Vortex Mixers
$ 325.00
- Low profile.
- High sensitivity touch sensor.
- Continuous or touch.
- Chemical resistant exterior.
Why consistent mixing matters for your lab
Uniform mixing directly impacts experiment accuracy and lab efficiency. Inconsistent stirring or shaky equipment can lead to poor data, repeated tests, and wasted reagents. A reliable vortexer keeps everything from PCR reagents to cell pellets evenly mixed, reducing rework and protecting your lab from the associated costs.
- Prevent inconsistent results that delay projects
- Save budget by avoiding wasted materials
- Maintain credibility with peers, clients, or regulatory bodies
Why are you pricing out new vortex mixers?
Old mixer malfunctions or breaks
Aging equipment that no longer meets your lab's operational requirements or fails completely.
Your sample volume is increasing
Expansion of lab activities requiring more frequent mixing or simultaneous use of multiple mixers.
New applications in the lab
Introduction of experiments needing a wider speed range, better precision, or compatibility with different container types.
Regulatory or quality control
upgrades
Replacement of outdated equipment to comply with stricter regulations or to improve repeatability and accuracy.
You’re undergoing a lab relocation or expansion
Setting up additional workstations or new facilities that require their own equipment.
You’re collaborating on
special projects
Need for equipment with enhanced features (e.g., digital controls or programmability) for specific research or commercial applications.
Upgrading to more reliable models is suddenly necessary
Replacing unreliable or low-quality mixers with more durable, feature-rich options to reduce downtime.
You have available budget and this is a prudent use of it
Grant funding or budget approvals that allow for investing in better or additional equipment.
Safety and ergonomic concerns around existing models keep coming up
Addressing complaints about noise, vibrations, or difficulty of use in the current mixers.
These are the reasons other labs choose Scilogex vortex mixers. They’re the reasons you should too.
Order yours with free shipping today
How are you using your vortex mixers today?
A vortex mixer is more than just a handy bench mixer; it’s a multi-purpose lab blending tool that streamlines critical steps in your daily workflow. Right now, our customers use vortex mixers for…
Mixing solutions and suspensions
A vortex mixer quickly combines liquids, powders, or reagents in test tubes, vials, or microplates. This uniform motion helps you prepare accurate solutions without manual shaking.
Resuspending pellets
Whether you’re working with bacterial cells, precipitates, or other sediments, a variable speed vortex mixer ensures gentle but thorough resuspension of materials that settle at the bottom of containers. No more clumps or leftover debris.
Preparing samples for analysis
From PCR to spectrophotometry and chromatography, consistent mixing is crucial for valid data. A vortexer helps mix everything evenly, so you can trust your results and reduce the need for repeat tests.
Dilution of solutions
Serial dilutions can be tedious. A vortex mixer with adjustable speed simplifies blending liquid components, ensuring you get accurate concentrations every time—especially important for diagnostic or research labs.
Homogenizing samples
When you need a truly uniform sample, especially for biochemical assays or chemical reactions, a high-speed vortex mixer breaks down clumps and blends multiple ingredients into a single, consistent mixture.
Mixing viscous substances
Gels, oils, and syrups can be challenging to mix by hand. A compact vortex mixer for small labs handles these thicker liquids effectively, saving your wrists and delivering repeatable results.
Staining and destaining procedures
Electrophoresis gels, histological slides, and other staining processes benefit from controlled agitation. A reliable vortex mixer for scientific research keeps your stains even and helps you spend less time fiddling with reagents.
Chemical reactions
Many reactions start or maintain faster with gentle to vigorous mixing. A vortex mixer with an adjustable speed range lets you handle a variety of reaction rates, helping you experiment with confidence.
Testing solubility
Whether you’re in an educational lab or doing advanced R&D, testing how well substances dissolve is a common task. A bench mixer maintains consistent motion for thorough solubility checks.
Enzyme or cell culture preparation
Mixing buffers, media, or enzyme solutions is easier with a vortexer. This saves time and ensures your cultures or assays start off with properly blended components.
The key vortex mixer features you care about
This high-speed mixer was built to solve common pain points in most labs.
Here’s how it stands out:
- Variable speed control (250–3000 rpm)
Adjust the speed for gentle swirling or high-speed vortexing. Whether you need a mixer for experiments requiring slow agitation or a high-speed vortex mixer for test tubes, you’ll have the right setting. - Compact, durable design
The small footprint makes it a compact vortex mixer for small labs, while quality materials stand up to daily use. This means reliable mixing equipment that won’t break down when you need it most. - Stable and quiet
Rubber feet and a well-balanced motor keep vibrations low and noise minimal. You get a stable bench mixer that’s safe to use, even at higher speeds.
- Easy-to-use interface
A simple speed knob or digital display (model-dependent) ensures quick adjustments, so technicians don’t waste time learning how to use a vortex mixer in the lab. - Attachments for every application you want
From microplate mixing to centrifuge tube preparation, optional adaptors and accessories let you tailor the mixer to your exact lab blending tool needs.
The key vortex mixer features you care about
This high-speed mixer was built to solve common pain points in most labs.
Here’s how it stands out:
- Variable speed control (250–3000 rpm)
Adjust the speed for gentle swirling or high-speed vortexing. Whether you need a mixer for experiments requiring slow agitation or a high-speed vortex mixer for test tubes, you’ll have the right setting. - Compact, durable design
The small footprint makes it a compact vortex mixer for small labs, while quality materials stand up to daily use. This means reliable mixing equipment that won’t break down when you need it most. - Stable and quiet
Rubber feet and a well-balanced motor keep vibrations low and noise minimal. You get a stable bench mixer that’s safe to use, even at higher speeds.
- Easy-to-use interface
A simple speed knob or digital display (model-dependent) ensures quick adjustments, so technicians don’t waste time learning how to use a vortex mixer in the lab. - Attachments for every application you want
From microplate mixing to centrifuge tube preparation, optional adaptors and accessories let you tailor the mixer to your exact lab blending tool needs.
How do laboratory directors, managers, and technicians benefit by working with us?
A simple piece of laboratory equipment can solve a lot of different frustrations, whether you run the budget or use the mixer daily.
Laboratory directors
You need to balance ROI, compliance, and growth. This scientific mixer delivers consistent results and durability, minimizing maintenance costs and protecting your lab’s reputation.
Lab managers
Manage budgets, deadlines, and staff satisfaction. A reliable vortex mixer for scientific research keeps workflows efficient, reduces downtime, and helps your team stay successful.
Lab technicians
You just want a variable speed mixer you don’t have to think about. When you turn it on, it does what you expect. That’s what you get with us.
How do laboratory directors, managers, and technicians benefit by working with us?
A simple piece of laboratory equipment can solve a lot of different frustrations, whether you run the budget or use the mixer daily.
Laboratory directors
You need to balance ROI, compliance, and growth. This scientific mixer delivers consistent results and durability, minimizing maintenance costs and protecting your lab’s reputation.
Lab managers
Manage budgets, deadlines, and staff satisfaction. A reliable vortex mixer for scientific research keeps workflows efficient, reduces downtime, and helps your team stay successful.
Lab technicians
You just want a variable speed mixer you don’t have to think about. When you turn it on, it does what you expect. That’s what you get with us.
Tackle mixing headaches with a stable, durable design
Common lab frustrations often involve uneven mixing, noisy vibration, or frequent breakdowns. The SCILOGEX SCI-VS vortex mixer is built to avoid these issues.
- Inconsistent mixing performance is solved by adjustable speeds and a stable motor.
- Speed or power issues are minimized by a high-speed range that covers delicate to intense mixing.
- Noise levels are reduced by a balanced design that keeps disruptions at bay.
- Durability problems are addressed with solid construction and reliable components - which are also readily available if replacements are needed.
Tackle mixing headaches with a stable, durable design
Common lab frustrations often involve uneven mixing, noisy vibration, or frequent breakdowns. The SCILOGEX SCI-VS vortex mixer is built to avoid these issues.
- Inconsistent mixing performance is solved by adjustable speeds and a stable motor.
- Speed or power issues are minimized by a high-speed range that covers delicate to intense mixing.
- Noise levels are reduced by a balanced design that keeps disruptions at bay.
- Durability problems are addressed with solid construction and reliable components - which are also readily available if replacements are needed.
Real-world applications: see the difference in your everyday tasks
This multi-purpose vortex mixer for laboratory work is handy for…
Clinical labs
Preparing diagnostic samples in tubes or vials
Research labs
Mixing reagents for PCR, chromatography, or cell culture
Pharmaceutical labs
Blending compounds for testing or formulation
Educational labs
Teaching students how to handle laboratory equipment safely
Industrial labs
Ensuring uniform mixing of chemical or material samples
Real-world applications: see the difference in your everyday tasks
This multi-purpose vortex mixer for laboratory work is handy for…
Clinical labs
Preparing diagnostic samples in tubes or vials
Research labs
Mixing reagents for PCR, chromatography, or cell culture
Pharmaceutical labs
Blending compounds for testing or formulation
Educational labs
Teaching students how to handle laboratory equipment safely
Industrial labs
Ensuring uniform mixing of chemical or material samples
When it’s time to upgrade to a new vortex mixer
You might already have a vortex mixer, or several. But if you’re noticing these signs, it may be time to invest in a new model.
Old unit frequently malfunctions or slows down work.
You’re expanding your lab and need more capacity at a manageable cost.
You require a best vortex mixer for laboratory use that meets stricter compliance.
You’re dealing with excessive noise, instability, or safety concerns from an old unit.
What determines your vortex mixer price?
Several factors influence how much you’ll pay for a vortex mixer, and understanding them can help you pick the right model for your lab without overspending.
Speed range
High-speed mixers (with an upper range near 3000 rpm) can handle more demanding tasks like resuspending heavy pellets or mixing viscous solutions. Generally, the broader the speed range, the higher the cost.
Construction and durability
Mixers made with sturdy materials and a strong motor can withstand daily use and high speeds without frequent breakdowns. These can cost more upfront but often save money on repairs or replacements later.
Control type (digital vs. analog)
Digital displays or programmable settings allow for precise adjustments but usually come at a higher price. Analog models with simple knobs might be more budget-friendly and still offer reliable performance.
Included attachments
Some mixers include adaptors for different tube sizes or microplates. Others sell them as optional extras. Buying a complete bundle upfront can be more cost-effective if you need multiple attachments.
Brand reputation and support
Large brand names always give themselves a bigger markup. You pay for the name on the vortexer, and not necessarily the quality.
How does this collection compare to a Vortex Genie, Four e’s, VWR, or even ONiLAB?
Labs often turn to common names like Vortex Genie or VWR or Four E’s, or even a low cost option like ONiLAB vortex mixer. In our opinion, an ONiLAB mini vortex mixer has no place in the lab. But our curated collection offers comparable durability and versatility to the lab brands you often think of - often at a lower overall cost of ownership.
You want a solid return on investment. We’ll give you the rugged build you’d expect from bigger brands, but without driving up maintenance or replacement costs. That helps you stretch your budget while maintaining reliable lab operations.
Workflow efficiency is a priority. Like other popular brands, our vortex mixers have features such as variable speeds, stable construction, and a compact footprint. This means fewer breakdowns, no training time, and smoother daily tasks for your team.
Vortex mixers should be simple to use. Ours deliver the intuitive controls and quiet operation you’d find in more expensive Vortex Genies or VWR vortex mixers. With our stable platform and range of adaptors, it’s simple to swap out tubes or plates without losing focus on your experiments.
While brands like Four E’s or VWR are well known, they aren’t always the best option for frugal labs that need a workhorse instrument to maintain uptime. The goal is to help you handle everything from gentle resuspensions to rigorous sample preparation every moment you need it.
How are operators and lab managers impacted by those old mixers?
Uneven or insufficient mixing
- Impact on operators.
- Results are inaccurate or non-repeatable, forcing them to repeat the process and waste hours.
- Increased frustration and stress, especially if the error isn’t discovered until later stages.
- Delayed completion of experiments or analyses, leading to overtime or missing personal commitments.
- Impact on managers.
- Damaged reputation of the lab if unreliable results are published or shared.
- Increased costs from wasted reagents, materials, and staff hours.
- Strained team morale from repeated errors and inefficiencies.
Speed or power issues
- Impact on operators.
- Inability to mix certain samples, requiring manual intervention or workarounds that are time-consuming and physically taxing.
-
Frustration when the equipment doesn’t meet expectations, slowing workflow and reducing productivity.
- Impact on managers.
- Delays in meeting project deadlines, potentially jeopardizing funding or client relationships.
- Increased pressure to purchase additional equipment or invest in repairs.
Noise levels
- Impact on operators.
-
Disrupts concentration, especially in labs where precision and focus are critical.
- Leads to tension or discomfort among colleagues sharing the space.
-
Disrupts concentration, especially in labs where precision and focus are critical.
- Impact on managers.
-
Complaints about the work environment could contribute to staff dissatisfaction or turnover.
- Reduced overall productivity in the lab due to distractions.
-
Complaints about the work environment could contribute to staff dissatisfaction or turnover.
Durability problems
- Impact on operators.
- Equipment failures in the middle of tasks can cause significant delays and lost progress.
-
Constant troubleshooting disrupts workflow and increases frustration.
- Impact on managers.
- Frequent repairs or replacements strain the budget and create administrative headaches.
-
Perceived lack of investment in quality tools may damage team trust and morale.
Poor build quality
- Impact on operators.
-
Wobbly or unstable mixers can damage samples or spill reagents, creating messes and safety hazards.
- Fear of breakage leads to hesitancy in using the equipment for critical tasks.
-
Wobbly or unstable mixers can damage samples or spill reagents, creating messes and safety hazards.
- Impact on managers.
-
Costs associated with replacing poorly built equipment sooner than expected.
- Loss of trust in procurement decisions from team members.
-
Costs associated with replacing poorly built equipment sooner than expected.
Maintenance challenges
-
Impact on operators.
- Dirty or malfunctioning equipment reduces sample quality and reliability.
-
Time lost during extended downtimes while waiting for repairs.
- Impact on managers.
- Operational inefficiencies due to constant interruptions in workflow.
-
Higher long-term costs from frequent repairs or replacements.
And the cascading issues from these challenges…
- Operators experiencing delays or frustration may feel unmotivated, leading to lower morale and productivity.
- Lab managers may face escalated budgets, missed deadlines, and loss of credibility with clients or collaborators.
- Both groups may suffer from increased stress, ultimately affecting the overall success and reputation of the lab.
Get more than you pay for here
How are operators and lab managers impacted by those old mixers?
Uneven or insufficient mixing
- Impact on operators.
- Results are inaccurate or non-repeatable, forcing them to repeat the process and waste hours.
- Increased frustration and stress, especially if the error isn’t discovered until later stages.
- Delayed completion of experiments or analyses, leading to overtime or missing personal commitments.
- Impact on managers.
- Damaged reputation of the lab if unreliable results are published or shared.
- Increased costs from wasted reagents, materials, and staff hours.
- Strained team morale from repeated errors and inefficiencies.
Speed or power issues
- Impact on operators.
- Inability to mix certain samples, requiring manual intervention or workarounds that are time-consuming and physically taxing.
-
Frustration when the equipment doesn’t meet expectations, slowing workflow and reducing productivity.
- Impact on managers.
- Delays in meeting project deadlines, potentially jeopardizing funding or client relationships.
- Increased pressure to purchase additional equipment or invest in repairs.
Noise levels
- Impact on operators.
-
Disrupts concentration, especially in labs where precision and focus are critical.
- Leads to tension or discomfort among colleagues sharing the space.
-
Disrupts concentration, especially in labs where precision and focus are critical.
- Impact on managers.
-
Complaints about the work environment could contribute to staff dissatisfaction or turnover.
- Reduced overall productivity in the lab due to distractions.
-
Complaints about the work environment could contribute to staff dissatisfaction or turnover.
Durability problems
- Impact on operators.
- Equipment failures in the middle of tasks can cause significant delays and lost progress.
-
Constant troubleshooting disrupts workflow and increases frustration.
- Impact on managers.
- Frequent repairs or replacements strain the budget and create administrative headaches.
-
Perceived lack of investment in quality tools may damage team trust and morale.
Poor build quality
- Impact on operators.
-
Wobbly or unstable mixers can damage samples or spill reagents, creating messes and safety hazards.
- Fear of breakage leads to hesitancy in using the equipment for critical tasks.
-
Wobbly or unstable mixers can damage samples or spill reagents, creating messes and safety hazards.
- Impact on managers.
-
Costs associated with replacing poorly built equipment sooner than expected.
- Loss of trust in procurement decisions from team members.
-
Costs associated with replacing poorly built equipment sooner than expected.
Maintenance challenges
-
Impact on operators.
- Dirty or malfunctioning equipment reduces sample quality and reliability.
-
Time lost during extended downtimes while waiting for repairs.
- Impact on managers.
- Operational inefficiencies due to constant interruptions in workflow.
-
Higher long-term costs from frequent repairs or replacements.
And the cascading issues from these challenges…
- Operators experiencing delays or frustration may feel unmotivated, leading to lower morale and productivity.
- Lab managers may face escalated budgets, missed deadlines, and loss of credibility with clients or collaborators.
- Both groups may suffer from increased stress, ultimately affecting the overall success and reputation of the lab.
Get more than you pay for here
Frequently asked vortex mixer questions
A vortex mixer is a piece of laboratory equipment designed to rapidly agitate samples in test tubes, vials, or microplates. By creating a swirling motion (“vortex”), it mixes liquids and solids efficiently, ensuring uniform results with less manual effort.
It quickly spins or swirls your samples to blend or resuspend them. This can include mixing reagents for experiments, breaking down cell pellets, or homogenizing viscous substances like gels and oils.
Place your container (tube, vial, or plate) against the mixer’s rubber cup or adaptor at the set speed. The vibrations will create a vortex in the liquid, thoroughly mixing your sample. Always follow your lab’s safety protocols and refer to the product manual for speed guidelines and attachments.
Yes. Most vortex mixers, including the SCILOGEX SCI-VS, come with or support optional adaptors for different test tubes, microplates, and even centrifuge tube preparation. Check the specifications to ensure compatibility with your container types.
Prices vary depending on brand, speed range, and extra features like digital controls or multiple attachments. You can find a basic, affordable vortex mixer for educational labs in the lower range, while advanced, high-speed mixers for research can cost more.
It depends on the application. Gentle speeds (250–800 rpm) are often enough for basic mixing, while faster speeds (up to 3000 rpm or more) help resuspend thick pellets or tackle highly viscous samples. Always adjust based on your sample’s requirements.
First, unplug the unit and wipe down the exterior with a mild lab-approved cleaner. Remove any attachments to clean them separately. Make sure everything is dry before reassembling and powering the mixer back on. Regular maintenance keeps the motor running smoothly and ensures safe operation.
Yes, as long as you select the appropriate speed and adaptor. Vortexers with adjustable speeds let you perform gentle mixing without harming sensitive samples. Just be sure to monitor your samples to prevent over-mixing or splashing.
Absolutely. Many labs rely on vortexers to mix reagents, initiate chemical reactions, or blend enzyme solutions in a consistent manner. The vortex helps ensure even distribution of reactants, leading to more reproducible results.
Empower your lab with better mixing
Our collection of vortex mixers helps you cut down on rework, save reagent costs, and maintain a calm, efficient work environment.
Whether you oversee multiple labs or handle the daily mixing yourself, these durable, compact, and high-speed vortex mixers supports your goals. Built for scientific research, chemical testing, or educational purposes.
No matter your application, you can mix it up well.
Empower your lab with better mixing
Our collection of vortex mixers helps you cut down on rework, save reagent costs, and maintain a calm, efficient work environment.
Whether you oversee multiple labs or handle the daily mixing yourself, these durable, compact, and high-speed vortex mixers supports your goals. Built for scientific research, chemical testing, or educational purposes.
No matter your application, you can mix it up well.
Empower your lab with better mixing
Our collection of vortex mixers helps you cut down on rework, save reagent costs, and maintain a calm, efficient work environment.
Whether you oversee multiple labs or handle the daily mixing yourself, these durable, compact, and high-speed vortex mixers supports your goals. Built for scientific research, chemical testing, or educational purposes.
No matter your application, you can mix it up well.
Empower your lab with better mixing
Our collection of vortex mixers helps you cut down on rework, save reagent costs, and maintain a calm, efficient work environment.
Whether you oversee multiple labs or handle the daily mixing yourself, these durable, compact, and high-speed vortex mixers supports your goals. Built for scientific research, chemical testing, or educational purposes.
No matter your application, you can mix it up well.
Empower your lab with better mixing
Our collection of vortex mixers helps you cut down on rework, save reagent costs, and maintain a calm, efficient work environment.
Whether you oversee multiple labs or handle the daily mixing yourself, these durable, compact, and high-speed vortex mixers supports your goals. Built for scientific research, chemical testing, or educational purposes.
No matter your application, you can mix it up well.
10x10, 30L, up to 500°C. The Hotplate Stirrer you need.
Save time, Save money, and save valuable chemicals. It's genie-us.
Trade in your old pipettes today for a major discount toward the new Superpette.
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For more information please
call +1 (860) 436-9221
or email us at info@scilogex.com
Why Buy From SCILOGEX?
Scilogex only guarantees quality and excellence. Serving laboratories for all areas of research for many years already, we offer a wide range of innovative benchtop equipment designed to meet requirements and budget of virtually any laboratory. Operate at your highest level of efficiency with our advanced line of liquid handling and laboratory products manufactured by our partners in ISO90001 facilities and are UL approved with cTUVus and cSAus certifications.
Always customer-focused, we make sure our patrons are given the best deals, warranties, and customer service in the market. Trust our laboratory experts to provide not just exceptional pre-purchase support but also unparalleled product recommendations.
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