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601 Powerful Magnetic Lab Stirrer / Stir Plate with Electrode Holder

Cat. No.
601
https://www.scilogex.com/web/image/product.template/742/image_1920?unique=2895638

$ 96.00 96.0 USD $ 96.00 In stock

$ 96.00

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Magnetic Stir Plate

Practical, reliable, durable. Before you think about any other brand, ask yourself - do you need more than this?


 What’s your current magnetic stir plate setup and why does it need to go?

You’re replacing something old or makeshift. Maybe it’s a basic magnetic stirrer that struggles with larger volumes, or a hot plate that can’t maintain a consistent temperature. Perhaps you’ve even tried DIY setups (we’re looking at you, academic labs!), only to find they’re unreliable and prone to breakdowns when you need them most.

These solutions may get the job done - sort of. But they can also waste time, frustrate your team, and lead to inconsistent results. Because…



Small batches aren’t always best​
Smaller stir plates often can’t handle the larger beakers and flasks required for industrial-scale or high-volume experiments. 


Repeatability requires consistency 
Many basic stir hot plates struggle to maintain stable heating, leading to uneven reactions or inaccurate results. 


You’re not getting good uptime  
Cheaper or DIY options often wear out quickly, especially in high-demand settings.  


Convenience is priceless
Solutions without integrated attachments - like electrode holders or stir bar guides—can make precision work harder than it needs to be.  

Why upgrade to a large magnetic stir plate? 


Whether you’re dealing with an aging setup, expanding your lab, or just looking for something better, an Apera large magnetic stir plate will have an immediate impact on your lab. Here’s why:


Size = throughput

Older or smaller stir plates often struggle with larger beakers or flasks. The Apera magnetic stir plate with heat delivers:

  • High capacity stirring so you can do more in less time
  • Stable, consistent motion so splashing or uneven mixing, doesn’t result in long cleanup time.

Uptime is no joke

If your lab’s expanding, you need tools that can keep up. This is the best magnetic stir plate for labs that are tough on equipment.

  • Built to last under heavy use.
  • Cleaning is simple and takes less than a minute.
  • Saves bench space without sacrificing power.​

Repeatability matters

It’s not science if you can’t reproduce it.

  • Even heat distribution means you know your conditions.
  • Integrated temperature probes lets you monitor closely

"We upgraded to Apera stir plates for our 3L beaker work. No more frustrating stalls or uneven stirring."

“We saw a noticeable improvement in reaction consistency after switching to Apera stir plates with heating capabilities.”

"We replaced our older plates across three labs. They’re compact, powerful, and so easy to clean."

Cost is always a factor

If your lab is growing, this magnetic stir plate helps you scale efficiently:

  • Affordable for multi-unit purchases.
  • Works seamlessly with a variety of beakers, flasks, and stir bars.
  • Honestly, you can’t beat the price/value.

0% buyers remorse

Still using an older stir plate? Here’s why upgrading makes sense:

  • Smoother and quieter than older models.
  • Reduces power consumption, saving costs over time.​
  • As reliable as their reputation.

Support is part of the value

In rare instances of trouble, you don’t submit a support ticket. You just talk to a human on the phone.

  • Reliable customer support when you need it.
  • Trusted by labs worldwide.
  • Fast replacements and repairs keep rare downtime incidents short.

“We equipped our new lab with more than a dozen. They’re versatile and meet all of our team’s needs.”

“Our old stir plates were loud, slow, and inefficient. Switching to Apera was a long-overdue upgrade.”  

“ Scilogex support team understands the concepts of downtime and costs incurred, which seems rare today and I appreciate it.”

Get free shipping when you order 2

Why upgrade to a large magnetic stir plate? 


Whether you’re dealing with an aging setup, expanding your lab, or just looking for something better, an Apera large magnetic stir plate will have an immediate impact on your lab. Here’s why:


Size = throughput

Older or smaller stir plates often struggle with larger beakers or flasks. The Apera magnetic stir plate with heat delivers:

  • High capacity stirring so you can do more in less time
  • Stable, consistent motion so splashing or uneven mixing, doesn’t result in long cleanup time.

Uptime is no joke

If your lab’s expanding, you need tools that can keep up. This is the best magnetic stir plate for labs that are tough on equipment.

  • Built to last under heavy use.
  • Cleaning is simple and takes less than a minute.
  • Saves bench space without sacrificing power.​

Repeatability matters

It’s not science if you can’t reproduce it.

  • Even heat distribution means you know your conditions.
  • Integrated temperature probes lets you monitor closely

"We upgraded to Apera stir plates for our 3L beaker work. No more frustrating stalls or uneven stirring."

“We saw a noticeable improvement in reaction consistency after switching to Apera stir plates with heating capabilities.”

"We replaced our older plates across three labs. They’re compact, powerful, and so easy to clean."

Cost is always a factor

If your lab is growing, this magnetic stir plate helps you scale efficiently:

  • Affordable for multi-unit purchases.
  • Works seamlessly with a variety of beakers, flasks, and stir bars.
  • Honestly, you can’t beat the price/value.

0% buyers remorse

Still using an older stir plate? Here’s why upgrading makes sense:

  • Smoother and quieter than older models.
  • Reduces power consumption, saving costs over time.​
  • As reliable as their reputation.

Support is part of the value

In rare instances of trouble, you don’t submit a support ticket. You just talk to a human on the phone.

  • Reliable customer support when you need it.
  • Trusted by labs worldwide.
  • Fast replacements and repairs keep rare downtime incidents short.

“We equipped our new lab with more than a dozen. They’re versatile and meet all of our team’s needs.”

“Our old stir plates were loud, slow, and inefficient. Switching to Apera was a long-overdue upgrade.”  

“ Scilogex support team understands the concepts of downtime and costs incurred, which seems rare today and I appreciate it.”

Get free shipping when you order 2

You’re buying a new magnetic stir plate because…


Your old equipment just isn’t cutting it anymore

Lab equipment wears out over time, and older magnetic stir plates can cause more problems than they solve:

  • Frequent breakdowns 
         Unreliable stirring or heating is slowing down your workflow.      ​
  • Outdated features 
         Lacking precision, capacity, or the extras (like electrode holders) that newer models provide.       ​
  • Maintenance headaches 
         Spending more time fixing than working.     ​

Your lab is growing!

Expanding labs need equipment that’s as forward-thinking as the research. 

  • N​ew workstations require new tools  
         Outfitting multiple stations with reliable, efficient equipment is a priority.    ​
  • Scaling up experiments  
         Larger volumes and more precise processes demand advanced stir plates.
  • Keeping up with new standards 
         As regulations evolve, your tools must meet stricter requirements.

Labs complying with updated ISO 9001 or EPA 3050B methods, for example, benefit from stir plates with consistent temperature and mixing performance.

Your standards are changing  

  Staying compliant with industry standards is non-negotiable.

  • ISO Standards
For quality management (e.g., ISO 9001), precise equipment ensures repeatable, accurate results. ​
  • EPA guidelines
Environmental labs may need to meet stricter sample preparation methods requiring stable heating and mixing.​
  • Safety compliance
Magnetic stir plates with overheat protection and non-slip surfaces support lab safety protocols.​

You’re thinking about the long term

 Investing in the right magnetic stir plate isn’t just about solving today’s problem; it’s about managing your costs over the lifetime of your work.

  • Lower total cost of ownership
Durable, reliable equipment reduces repair and replacement costs. 
  • Energy-efficient design 
Every bit of savings counts.
  • One tool for more jobs
Fewer devices needed for stirring, heating, and monitoring.

“We replaced three outdated units with two Apera plates, saving space and money while increasing output.” 

You just need it!

 The right equipment boosts morale and productivity

  • Reduces stress and fatigue with reliable, user-friendly designs.
  • Minimizes downtime so everyone can just do their jobs.
  • Demonstrates repeatability so users aren't worried about consistency.
Add yours to your cart today

Where is this heated magnetic stir plate being used today?

Magnetic stir plates are essential in a wide range of industries and applications. From research labs to production facilities, they provide precision, reliability, and efficiency in mixing and heating tasks. Here’s a breakdown of where they’re making an impact:

​
Research and Development Laboratories

Magnetic stir plates are a staple in R&D environments, where precision and repeatability are critical.

  • Chemical synthesis: Ensures uniform mixing of reagents during complex reactions.
  • Biological research: Supports cell culture prep and media mixing for consistent growth conditions.
  • Pharmaceutical development: Maintains precise temperatures and stirring speeds for drug formulation studies.


​
Quality Control Labs

Consistency is key in quality control, and Apera stir plates deliver:

  • Sample preparation: Ensures thorough mixing for accurate testing of raw materials or finished products.
  • Temperature-sensitive testing: Maintains stability during analysis to prevent false results.
  • Regulatory compliance: Meets standards for ISO and EPA testing methods with precise performance.


​
Educational Institutions 
​Magnetic stir plates are common in universities, teaching labs, and training facilities:
  • Chemistry experiments: Provides students with hands-on experience in chemical reactions.
  • Biology demonstrations: Simplifies preparation of growth media or buffer solutions.
  • Engineering studies: Helps in heat transfer and fluid dynamics experiments.


​
Environmental Testing and Analysis

For labs analyzing soil, water, and air samples, magnetic stir plates are invaluable:

  • Sample extraction: Ensures thorough mixing of samples for accurate contaminant analysis.
  • Chemical testing: Supports reagent preparation for heavy metal and pollutant detection.
  • Temperature control: Ideal for processes like digestion or evaporation under controlled heat.


​
Industrial Applications

Beyond labs, magnetic stir plates find use in industrial settings:

  • Food and beverage testing: Assists in ensuring consistency in product formulation.
  • Cosmetic production: Mixes small batches of emulsions and solutions for prototyping.
  • Chemical manufacturing: Supports small-scale production and quality assurance testing.


​
Specialized Scenarios

Magnetic stir plates also excel in niche applications where consistency is vital:

  • Fermentation: Maintains optimal conditions for yeast or bacteria growth in brewing or biotech.
  • Nanotechnology: Ensures homogeneous mixing for nanoparticle synthesis.
  • Electrochemical studies: Allows precise control of stirring and electrode positioning for experiments.



How do these compare to Thermo Scientific, Corning, and IKA?


Often, the real question is …

Do you need more than this?

Many labs find pricier models from Thermo Scientific, Corning, or IKA offer features they never actually use. Consider:



Do you need programmable settings?
If not, this simpler option is more cost-effective. 


Will expensive features save time or improve results? 
If your workflow doesn’t require them, why pay more? 


What’s your ROI? 
This model balances cost and functionality, making it a smart choice for most labs. 
In a crowded market with options like Thermo Scientific, Corning, and IKA, it’s worth asking: Do you really need all the extra features those brands upsell you with? For many labs, the answer is no. Here’s why your peers are choosing this straightforward, dependable magnetic stir plate.​
Simplicity that gets the job done

Sometimes, less is more.

  • No unnecessary extras: Focused functionality without overwhelming features.
  • Easy to use: Straightforward controls anyone can master in minutes.
  • Minimal maintenance: Fewer parts mean more uptime, saving time and stress. ​
It’s a low cost but that doesn’t mean ‘cheap’

Sometimes, less is more.

  • Affordable upfront pricing: A fraction of the cost of high-end models.
  • Long-term savings: Durable design minimizes repair and replacement costs.
  • No overpaying for extras: Why spend more for features you won’t use?
It heats and it stirs, day after day

Your lab needs equipment that works. What good is a fancy ramp up and ramp down manager if your heated magnetic stir plate is out for 2 weeks for repairs?

  • Rugged construction: Designed to withstand daily use in demanding environments.
  • Consistent stirring and heating: Reliable performance for years without compromise.
  • Less downtime: Fewer moving parts mean fewer opportunities for failure.

How much bench space do you have? 

Whether you’re a bustling R&D facility or a small educational lab, you have the bench space this needs. 

  • Compact design: Saves bench space while delivering powerful performance.
  • Universal compatibility with stirring applications: From basic stirring to heating tasks, it handles the essentials effortlessly.
  • Scalable for expansions: Equip multiple stations without crushing your budget.

How to choose the right magnetic stir plate for your lab

Getting the best magnetic stir plate comes down to understanding your lab’s unique requirements. Here’s how to evaluate your options and find the right fit.  

Consider your applications

Start by identifying what you’ll use the stir plate for:


  • Basic mixing tasks: A simple, low-cost model may be all you need.
  • Heated reactions: Look for a model with precise temperature control if heating is essential.
  • Specialized workflows: Do you need features like an integrated electrode holder or support for larger volumes?


Example: If you’re preparing media for biological research, a heated model with stable temperature control can ensure consistent results

Match the volume capacity to your needs
The size of your beakers, flasks, or reaction vessels matters:


  • Small-scale experiments: Compact models are ideal for small containers or limited bench space.
  • Large-scale mixing: Choose a model with a higher capacity and a strong motor for larger volumes, like 5L or more.
Think about temperature requirements
If your experiments involve heat, consider these factors:


  • ​ Temperature range: Ensure the model can reach and maintain the temperatures you need.​
  • ​ Heat uniformity: Look for even heat distribution to avoid hot spots in your sample.​
  • ​ Safety features: Models with overheat protection and non-slip surfaces provide added peace of mind.
Evaluate durability and maintenance
Labs are demanding environments, so your equipment needs to keep up:


  • ​Material quality: Choose a model with durable materials that resist wear and tear.​
  • ​Ease of cleaning: Look for smooth surfaces that are easy to wipe down and maintain.​
  • ​Fewer parts to break: A simpler design often translates to higher reliability and less downtime.
Assess your budget 
A cost-effective stir plate can provide excellent performance without unnecessary extras:


  • ​ Set a realistic budget: Decide how much you’re willing to spend before researching models.​​
  • ​ Weigh cost vs. features: Ask if premium features (like those on IKA or Corning models) are worth the added expense.​​
  • ​ Factor in long-term costs: Consider durability, energy efficiency, and repair frequency when evaluating the total cost of ownership.

 What determines your magnetic stir plate price?

When shopping for a magnetic stir plate, several factors influence the price. Understanding these can help you find the right balance between cost and functionality for your lab.

Heating Capabilities Volume Brand and Build quality   Features and Accessories Durability and Materials  Safety Features Energy Efficiency and Longetivity

Heating Capabilities

  • Non-heated models are typically more affordable, ideal for basic mixing tasks. 
  • Heated models with a greater range of temperatures and programmability around ramps cost more.

Volume

  • Small-scale models designed for lower volumes (e.g., 500mL to 1L), these are generally less expensive.
  • High-capacity models built for larger beakers or flasks (e.g., up to 5L or more), which require more robust motors and materials, raising the price.

Brand and Build quality  

  • Premium brands generally have a higher markup. 
  • The same build quality from a smaller brand can cost 20% less for the same features.

Features and Accessories

Fanciness

  • Integrated timers, programmable settings, or digital displays increase the price.

Down to earthness

  • Simple, no-frills models cost less while still performing essential tasks

Add-ons

  • Accessories like electrode holders or specialized stir bars may also affect the price.

Durability and Materials 

High-quality materials

  • Plates made from corrosion-resistant surfaces or chemically inert coatings are more durable but may cost more. 

Entry Level materials

  • Basic construction is less expensive but may require more frequent replacement.

Safety Features

  •  Advanced safety systems like overheat protection, non-slip surfaces, and automatic shutoffs can add to the cost.

Energy Efficiency and Longetivity

  •  Energy-efficient designs sometimes have a higher upfront cost, but they save money over time by lowering utility bills.
  • Low-maintenance options reduce the need for repairs or replacements, offering better long-term value.

Stir plate repairs and replacement parts


​

Reliable workhorses that rarely need repairs


This magnetic stir plate is built to last. Designed for durability and reliability, they can withstand years of heavy use in demanding lab environments. Repairs are rare, but when they’re needed, you can count on:


Start by identifying what you’ll use the stir plate for:

  Minimal downtime .  Simple designs mean fewer components that can fail.

  Easy troubleshooting.  There isn’t a lot that can break, and replacing whatever does isn’t rocket science.

In the rare event of a breakdown, replacement parts are readily available


These don’t break down often. But never say never. Whether due to wear and tear or extended use, it can happen. Replacement parts are readily available to keep your stir plate running smoothly:


  ​Stir bars → Easily replaced if lost or worn out.  ​ ​

  Power cords → Standard parts that are quick to swap out.  ​ ​

  Motors or plates → Available for long-term users who may need a refresh after years of operation.

  Temperature probes → Replacements are accessible and easy to install.

​
​

Simple maintenance extends the lifespan (and lowers your cost of ownership)

With proper care, your stir plate can last even longer.

  ​Keep it clean. Regularly wipe down surfaces to prevent buildup.  ​

  Align stir bars properly. Ensures smooth operation and reduces strain on components.  ​

  Inspect periodically. Check for loose connections or signs of wear.



Frequently asked questions about your magnetic stir plate

 A magnetic stir plate is a lab device that uses a rotating magnetic field to spin a stir bar inside a container, mixing liquids efficiently without manual stirring.

It automates the mixing process, ensuring consistent and uniform blending of liquids. Many models also include a heating element to maintain or raise the temperature of the mixture.

Common applications include:

  • Mixing chemical solutions.
  • Preparing cell culture media.
  • Dissolving powders or solids into liquids.
  • Supporting temperature-sensitive reactions with heating options.


 A magnetic stir plate contains an internal motor and a magnet. When powered, the motor rotates the magnet, creating a magnetic field that spins the stir bar inside your container.

Magnetic stir plates work best with flat-bottomed containers like beakers, flasks, and jars. The material should be non-magnetic, such as glass or certain plastics, to avoid interfering with the magnetic field.

Prices vary depending on features and brand:

  • Basic models: $50–$150.
  • Advanced or heated models: $200–$800+.

High-end brands like Thermo Scientific, Corning, and IKA typically cost more.

It depends on your application. A heated magnetic stir plate is ideal for tasks that require maintaining or raising liquid temperatures, such as chemical reactions or media preparation. For basic mixing, a non-heated model may suffice.

Choose a stir bar based on:

  • Size: It should fit the dimensions of your container.
  • Shape: Cylindrical or octagonal shapes work well for most tasks.
  • Coating: PTFE coatings resist chemicals and are easy to clean.

Most magnetic stir plates operate quietly, but noise can increase if the stir bar is misaligned or the surface isn’t level. Regular cleaning and alignment help maintain quiet operation.

Minimal maintenance is needed:

  • Keep it clean: Wipe down surfaces regularly to prevent buildup.
  • Align the stir bar: Ensure it’s centered in the container.
  • Inspect periodically: Check for wear or damage to components like the motor or heating element.

Powerful stirring ability

Max. 2300 RPM

Suitable for various size

up to 3000ml

Quality assurance

with 2-Year Warranty


Additional Resources and Information

Downloadable PDFs


601 Instruction Manual

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