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7 Key Benefits of a Hot Plate Magnetic Stirrer in 2023

Here’s why you need a Hot plate magnetic stirrer in your lab

In industrial laboratories, research, food industry and pharma research, it is crucial to have equipment that can provide precise temperature control and mixing of liquids. A hot-plate magnetic stirrer is a go-to solution for such applications.

Understanding Hot Plate Magnetic Stirrers

Basically it is a laboratory device that combines the functions of a hot plate and a magnetic stirrer.

It consists of a heating plate and a magnetic stir bar that allows the user to set and maintain the desired temperature. The magnetic stir bar is placed inside the solution to be stirred, and the magnetic field generated by the device causes the stir bar to rotate, creating a vortex in the liquid.

Temperature sensing probe adds convenience

To obtain the best results and optimal safety while working with heated solutions, you need to monitor the actual temperature of the liquid. A temperature sensing probe is rather a must-have accessory for a hot plate magnetic stirrer. It will help you in avoiding inconsistencies, enhance the safety and improve the overall accuracy of the results.

Applications

Hot plate magnetic stirrers are powerful tools for laboratory research that require precise temperature control and efficient mixing of liquids. They are widely used in scientific research, medical laboratories and for applications such as chemical reactions, cell culture, and microbiology.

What are the benefits of using hot-plate magnetic stirrers?

1. Efficient mixing: A hot plate magnetic stirrer can mix solutions quickly and efficiently, ensuring that all components are evenly distributed.

2. Temperature control: The heating function allows you to control the temperature of your solution, which is important for many chemical reactions.

3. Time-saving: Using a hot plate magnetic stirrer can save time compared to manual mixing, allowing you to focus on other tasks.

4. Precise measurements: The magnetic stirrer can provide precise measurements of the speed and temperature of your solution, which is important for accurate data collection.

5. Cost-effective: It is a cost-effective solution for mixing and heating solutions in the lab.

6. Safe to use: The magnetic stirrer is designed to be safe to use, with features such as automatic shut-off and overheat protection.

7. Versatile: A hot plate magnetic stirrer can be used for a wide range of applications, including chemistry, biology, and physics research.

Looking for high-performance hot plate magnetic stirrers?

Neuation’s iStir HP 350 and 550 Prime combines the power of magnetic stirring and temperature control for volumes upto 20 liters, it consists of a flat heating surface, usually made of ceramic and comes with temperature probe to give you more precise heating. The temperature and time of the unit can be adjusted using a control knob or digital buttons, allowing the user to set and view the desired temperature and RPM for their experiment. We have a wide range of stir bars which are highly durable, non-reactive and temperature resistant.

This blog originally posted here: https://www.accumaxlab.com/hot-plate-magnetic-stirrer-benefits/

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7 Key Benefits of a Hot Plate Magnetic Stirrer in 2023

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Accumax is a leading provider of high quality laboratory solutions that understands the varying demands and requirements of life sciences and clinical laboratories. Through this blog, the company distills its extensive knowledge of liquid handling for a variety of applications into simple, easy-to-understand explanations of the key factors that need to be taken into account to guarantee reproducible results and streamlined laboratory processes.

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5 Things to Remember While Using Bottle Top Dispensers

A Bottle Top Dispenser (BTD) is a scientific device that aids in the distribution of chemical reagents (acids, bases, alkalis, and so on). Although dispensing can be done manually, it is fraught with dangers such as chemical spills, poor measures, and even fatal lab accidents. Bottle Top Dispensers are one of the greatest dispensing choices accessible to scientists for preventing such dangers and improving lab safety.

Benefits of Bottle Top Dispensers

Accuracy and Precision: Bottle Top Dispensers are known to have an accuracy of 0.5% to 0.6%. The tiny delivery tube makes it easy to dispense into small-sized receptacles (such as a test tube).

Safe & Easy to Use: Use of Bottle Top Dispensers in a lab offers both safety and ease of use for scientists and researchers. Bottle Top Dispensers keep reagents in a closed environment, limiting inadvertent spills and exposing users to hazardous chemicals. The adapters, which are often included as an accessory with the dispensers, allow the dispenser to comfortably fit most laboratory reagent bottles.

Time Saving: Bottle Top Dispensers not only provide safe dispensing but also boost productivity by speeding up operations. When chemicals are poured by hand from the source container to the receiver container, it can take hours to create many samples of the same quantity. Bottle Top Dispensers, on the other hand, allow for the preparation of several samples in a short period of time.

Chemical Saving: Bottle Top Dispensers are designed to prevent reagent waste and unintentional spilling. They have a recirculation valve that eliminates reagent loss during purging by diverting it into the mounted bottle, allowing for bubble-free dispensing. Aside from that, if the recirculation valve is closed and the piston is unintentionally pulled down, the reagent will return to the bottle rather than flowing out.

5 Things to Keep in Mind When Using a Bottle Top Dispenser

It is a requirement that every experiment be error-free. To achieve the same result repeatedly, each reading must be correct. This is when Bottle Top Dispensers come in handy. They are a sophisticated and safe piece of scientific lab equipment for handling reagents. Certain considerations must be made when using a Bottle Top Dispenser, such as:

The type of reagent to be used: Scientists use a variety of reagents, each with its own set of qualities. The highly aggressive ones can corrode the equipment to which they are exposed. To avoid this, ensure that the Bottle Top Dispenser components that come into touch with the reagent/chemical are constructed of chemically inert material. Remember that corrosion is hazardous not only to the apparatus but also to the users, as leakage can result in both chemical waste and lab mishaps. As a result, before utilizing a Bottle Top Dispenser, make sure you know what kind of reagent you’re dealing with and proceed accordingly.

Avoid unintentional spilling: Any scientist dealing with Bottle Top Dispensers should ensure that the dispenser is the correct size and fits properly. This is significant since an ill-fitting dispenser might cause reagent spillage, which Bottle Top Dispensers are designed to prevent! Thus, only by taking note of the fit can the dispenser prevent hazardous or fatal lab mishaps and reagent waste.

Protective gear: Before beginning any experiment, even with a Bottle Top Dispenser, take the necessary precautions and wear the appropriate protective gear.  Wearing safety gloves and masks is always recommended when working with a Bottle Top Dispenser since the more precautions you take, the better.

Guarantee correct installation, calibration, and maintenance: To guarantee that a Bottle Top Dispenser works properly, install it with care and meticulously follow the instructions. Ensure that the Bottle Top Dispenser is properly calibrated after installation so that it can provide dependable and consistent reagent delivery. Bottle Top Dispensers can be used for a long period, however adequate and timely maintenance is required.

Store in a sanitary environment: Bottle Top Dispensers that can be autoclaved directly on a reagent-containing bottle avoid the chance of the reagent coming into contact with air. However, every Bottle Top Dispenser has a hole on the side or rear that can allow air to enter the device. As a result, keep your Bottle Top Dispensers in a biosafety cabinet at all times. Air can contaminate the reagent, posing a safety risk.

Bottle Top Dispensers are a godsend for laboratories: They saved a lot of time and supplies by avoiding hand dispensing of chemicals from large containers. They also avoided fatal lab mishaps. Such great instruments can be used more efficiently provided the people who work with them are cautious and keep the issues addressed in this blog in mind.

This originally posted here: https://themediumblog.com/5-things-to-remember-while-using-bottle-top-dispensers/

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The Tiny Titans: Exploring the World of Microcentrifuge Tubes

In the huge world of laboratory equipment, microcentrifuge tubes stand out as the hidden stars. They make it possible to do important tests and processes in tiny areas. These tiny miracles, which are also called spinning tubes, are an important part of liquid handling equipment. In this study, we look into the details of microcentrifuge tubes to learn about their importance and the new ideas that industry players have come up with.

Centrifuge tubes are the core of lab accuracy

Standard and micro-sized centrifuge tubes are important tools in laboratories all over the world. Their main job is to store, mix, or spin small amounts of liquid. In particular, tubes are made for amounts from microliters to millilitres. Even though they are small, these tubes really pack a punch when it comes to accuracy and dependability.

Some important things about microcentrifuge tubes

Material Matters:

Polypropylene, a strong plastic that can be heated in an autoclave, is often used to make microcentrifuge tubes. This makes sure that the tubes are strong and can handle heat, which is important for many lab uses.

Secure Closures:

The tops of these tubes fit tightly, so they won’t leak or get dirty. When working with sensitive samples or chemicals, the safe lids are especially important.

Graduated Markings:

When working in a lab, it’s important to take accurate readings. Most tubes have volume marks that are clear and easy to read. This makes sure that liquids are handled correctly.

Temperature and chemical resistance:

tubes are made to handle high temperatures and a wide range of chemicals. Because they can do so many different things, they can be used in a wide range of studies and uses.

Centrifugation:

tubes can be used with high-speed centrifuges, which makes it possible to separate parts of a liquid sample based on how dense they are.

Innovations by Accumax

a star in the field of tools for handling liquids, has made improvements to tubes that make them more useful and reliable.

Advanced Materials:

microcentrifuge tubes are made of modern materials that are clearer and last longer. With these materials, the tubes will stay together even in harsh situations, protecting your important samples.

Enhanced Sealing:

The seals on Accumax tubes are carefully made to stop any leaks or melting that could happen. This trait is very important, especially if the samples are rare or valuable.

Optimised Design:

tubes have a design that makes them easy to use with one hand. This design choice makes lab processes run more smoothly, saving time and effort.

Compatibility with a Wide Range of Centrifuges:

tubes work with a wide range of centrifuges, making them easy to use in a variety of lab settings. This makes sure that experts can focus on their studies without having to worry about the limits of their tools.

How Microcentrifuge Tubes Help in Research

tubes are used for study in many different fields, such as molecular biology, biochemistry, and microbiology. They are needed to do things like take out DNA, look at proteins, and store samples. When experts only have a small amount of samples to work with, their small size helps them save valuable materials.

Small tubes have a big effect

Even though microcentrifuge tubes are very small, they have a huge impact on lab science. Researchers all over the world need them because of how precise, durable, and useful they are. When combined with new ideas from industry leaders like Accumax, these tiny tubes become powerful tools that allow science breakthroughs and progress.

As study keeps getting better, so will the technology that goes into tubes. the heart of innovation, the future looks bright for these tiny giants, offering even more precision and efficiency in the world of liquid handling tools.

This Blog Published Here: https://www.healthcarebloggers.com/tiny-titans-exploring-microcentrifuge-tubes-world/

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Microcentrifuge Tubes

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Enhance your laboratory operations with precision and reliability using PETG and media bottles from Accumax. Our PETG bottles are meticulously designed to meet the stringent demands of research and industrial applications, providing a secure and contamination-free environment for your valuable samples and media. Accumax offers a comprehensive range of liquid handling equipment, including pipettes, bottle-top dispensers, and more. These cutting-edge tools are engineered to deliver accuracy and efficiency, ensuring the integrity of your experiments and processes.

Rely on Accumax as your trusted partner for high-quality laboratory solutions. With a commitment to excellence, we empower your work with superior products that make a difference. Elevate your lab's performance with Accumax today.

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Choose the right centrifuge tube for your lab work by considering factors like capacity, shape, material, and temperature resistance. Ensure clear sample identification, sterility, and compatibility with your centrifuge rotor for accurate results. Accumax Centrifuge Tubes offer various options and are made with US FDA approved materials for reliable quality and accuracy in your research and lab work.

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While the main selection of the centrifuge tubes is based on the application, there are some quality markers that you cannot miss. Know more, Visit: https://accumaximum.com/blogs/centrifuge-tube-selection/

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Choosing the Perfect Bottle Top Dispenser for Your Lab's Needs

Precision is essential for any activity done in the complex World of a laboratory. In order to get consistent findings and keep your study from falling apart, the careful handling of liquids is a must for every scientist. The bottle top dispenser is an amazing tool for applying liquids precisely, and it has completely transformed the industry. This article goes further into the world of dispensers, covering their features and explaining why picking the appropriate one, like those offered by Accumax Lab Devices, is important for maximising the efficacy and precision of your laboratory.

Understanding the Basic Concepts Of Bottle Top Dispensers

A bottle top dispenser is a versatile tool designed to speed up and improve the accuracy of distributing liquids in the laboratory. Researchers can now precisely dispense liquids thanks to this instrument, which consists of a body that snaps onto the bottle's neck, a plunger mechanism, and a dispensing nozzle. When dispensing liquid for purposes like titrations, sample preparation, and solution dilution, users may dispense the exact quantity required by adjusting the volume and then depressing the plunger.

Factors for Choosing the Best Bottle-Top Dispenser

Several essential variables should be considered when deciding on a bottle top dispenser that meets all of your lab's needs.

Volume Range: The first step is to evaluate the different volumes used regularly in your lab. Choose a dispenser that can distribute these amounts precisely, especially at the lower end where it matters most.

Accuracy and precision: these are two of the dispenser's most important features. The accuracy of the dispenser is crucial to the reliability of your experimental findings.

Compatibility: Materials for the dispenser must be chosen with compatibility in mind, since various liquids have varying chemical qualities. Make sure the dispenser can handle the various liquids you want to use it with.

Easy Application: Productivity usually increases with friendliness to users. You may save time and effort in the lab by using a dispenser with simple settings and a user-friendly layout.

Calibration and Adjustability: Dispenser should be a priority while making your purchase. A calibrated dispenser guarantees accurate results, therefore being able to adjust its parameters is crucial.

The durability of your dispenser is directly related to the high quality of the materials used in its manufacture. Choose sturdy, long-lasting dispensers made from materials that can withstand chemicals.

Accumax Laboratory Equipment: Setting New Standards in Liquid Handling

Accumax Lab Devices is an expert in the industry of dependable equipment for handling liquids. Accumax's selection of bottle-top dispensers exemplifies the company's dedication to innovation and perfection.

Accumax dispensers include several cutting-edge innovations, such as springless valves, which improve precision and durability. The potential of leaks has been almost eliminated thanks to a user-friendly design that includes an adjustable plunger resistance and a double O-ring sealing mechanism. Because of their versatility and ease of use, these dispensers are useful in a wide range of fields.

Calibration and Maintenance: Why They're So Important

Your bottle top dispenser will retain its accuracy and precision for as long as you calibrate and maintain it regularly. Dispensers need to be calibrated so that the desired amount is consistently dispensed, regardless of environmental factors like temperature or viscosity. Maintaining the accuracy and reliability of your dispenser over time requires regular calibration and inspection per the manufacturer's instructions.

Conclusion

A reliable bottle top dispenser is crucial in the field of science since any factor might affect the final result. Investing in a good dispenser may improve the quality and repeatability of your experimental findings by streamlining liquid handling equipment. You may choose the best dispenser for your laboratory by considering variables like volume range, precision, compatibility, convenience of use, and quality of materials. Companies like Accumax Lab Devices provide cutting-edge products that improve upon previous standards of accuracy in the handling of liquids. An investment in a high-quality dispenser improves your laboratory's capabilities and speeds up the pace of scientific advancement, whether you're conducting sophisticated titrations or doing regular sample preparations.

Original Source: https://vocal.media/journal/choosing-the-perfect-bottle-top-dispenser-for-your-lab-s-needs 

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Your go-to guide for all aspects of cryopreservation where we also talk about important tips to protect sample integrity in cryovials.

Visit: https://accumaximum.com/blogs/guide-to-cryopreservation/

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All about Cryopreservation: Applications, Cryovials, Avoiding Contamination

You place biological samples in ultra-low temperature refrigeration and intend to check on it only after a long time. How would you maximize safety and guarantee sample integrity under such conditions? That’s a bit too much of blind faith for a scientist or researcher.

This is your ultimate guide to cryopreservation and here we explore

What is cryopreservation and its applications

Cryovials and common issues

Protecting sample integrity in cryovials

What is Cryopreservation?

In simple terms, it is the process of storing biological material at ultra-low temperatures (usually at -196 degree celsius) in order to preserve it for a long period and stop any biological activity it may have during that time.

Now this is different from freezing which might be fatal for biological material as it changes the sample chemically because of intra- and extracellular ice crystals being formed.

Applications of Cryopreservation

This preservation technique finds extensive utility across various fields, including molecular biology, Stem cell biology, food science, plant physiology, and numerous medical applications. Notably, cryopreservation serves as a crucial method in:

Seed Bank: Safeguarding plant genetic diversity and rare seeds.

Gene Bank: Preserving genetic material for research and conservation purposes.

Blood Transfusion: Ensuring the availability of safe and compatible blood for transfusion.

In Vitro Fertilization: Facilitating assisted reproduction by preserving embryos and oocytes.

Organ Transplantation: Preserving organs for transplantation, extending the viability window.

Storage of Rare Germplasm: Protecting valuable genetic resources critical for agriculture and research.

Freezing of Cell Cultures: Preserving cell lines essential for various scientific studies.

Conservation of Endangered Plant Species: Aiding the preservation of threatened plant species.

Biodiversity Conservation: Contributing to the protection of various living organisms and ecosystems

Using Cryovials for cryopreservation

A cryovial is basically a “vial” or tube that is used to contain the biological samples intended for ultra-low temperature storage.

Now, this small container is probably one of the most important parts of cryopreservation. The integrity and safety of the samples depends highly on the quality of cryovial used. There are many things that can go wrong during this time.

Leakage of the bottle

Chemical reaction with the cryovial material

Other types of contamination

Loss of identification especially when more than one sample is stored.

Basically, the wrong choice of cryovials can result in the loss of years of priceless research and valuable biological material.

Protecting Sample Integrity in Cryovials

Ideally you should go for chemically resistant materials to avoid contamination of your samples. You can choose between plastic resin or glass. The difference being that plastics are easier to handle and are lightweight. But it is always safe to purchase tubes that are US FDA approved.

1. Adherence to cryopreservation protocol

The effectiveness of this method relies on various factors within the cryopreservation process. In addition to employing an optimized protocol and selecting the appropriate cryopreservation media for the specific cell type, you should stick to all the best practices.

2. Medical grade polypropylene for the cryovial material

Medical grade PP is resistant to stress, cracking, impact, fatigue and has a high melting point. Due to these properties, it becomes ideal for autoclaving. This material is also able to withstand ultra-low temperatures required for cryopreservation.

3. DNase, RNase and endotoxin-free

Goes without saying that cryovials should be contamination free to ensure safety of your samples. Ensure that these labels are not self-proclaimed and are actually tested with the right protocols and carry the right certifications.

4. External threading on the cryovial

One of the most common reasons for sample contamination is a faulty seal closure. Choosing externally threaded cryovials reduces this risk. The O ring gasket can also become an issue as it is on the inside of the cryovial and poses a risk of contamination.

5. Practical design

There are many design elements that make a cryovial ideal. For example, V bottoms for maximum sample recovery, quick seal closure and storage efficiency.

There are enough things to be careful about in any lab but a wobbly, unstable cryovial should not be one of them. A hepta foot bottom will provide more stability.

6. Clear identification patch and graduations

Even though this does not directly relate to protecting sample integrity, clear identification is important to help you manage your samples better. Considering the cryovials will be accessed after a long period of time, relying on memory is not your best bet. Choose a large patch where you can write legibly and cryovials that have clear graduations to assist you in measurements.

7. Leakproof Cryovials

There’s a specific test done to determine whether or not something is leakproof. Here, the bottle/tube is filled up to 80% of its capacity with coloured water. It is then inverted and placed inside a chamber which exerts a pressure of 715mmHg (95 kPa).

Any tube is only considered leak-proof if no leakage is seen even after putting it under these conditions. Not saying you have to be the one doing this test.

But when you purchase your cryovials, you should look for the ones that have passed this testing and are in fact leakproof.

Accumax Cryovials are meticulously designed to ensure convenience and sample integrity.

With a temperature stability of up to -196 degree celsius, Accumax cryovials are designed to maximize ease of use and protect sample integrity. Made with US FDA approved raw materials, our cryovials are ideal for storing biological material in cryopreservation.

Since our beginning in 2003, Accumax has come to become one of the largest producers of laboratory consumables globally and cater to customers in over 130 countries across the world.

Driven by a culture of change and innovation, we constantly strive to improvise on our technology, process and product quality to provide exceptional quality and precision.

Original Source: https://accumaximum.com/blogs/guide-to-cryopreservation/

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Safeguard Your Research: Cryopreservation Guide for Scientists Explore the world of cryopreservation - the art of preserving biological samples at ultra-low temperatures. Discover applications, avoid contamination, and ensure sample integrity with quality cryovials. Trust in Accumax's meticulously designed cryovials for unmatched convenience and reliable sample storage.

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Accumax is a leading provider of high-quality liquid handling products, including microcentrifuge tubes, that are essential for efficient laboratory work. Our microcentrifuge tubes are designed with precision and reliability in mind, ensuring safe and accurate sample handling. With various sizes and volumes available, they can accommodate a wide range of sample types and volumes. Experience the difference of working with a trusted name in liquid handling products. Contact Accumax today to explore our range of microcentrifuge tubes and other laboratory essentials.