Triturador de amostras de laboratório

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  BioVortexer

  0.5u201310 ml samples can be crushed or blended using the BioVortexer, a compact machine with a maximum rotational speed of 9000 rpm. It is much simpler to use and safer than a typical vortex mixer. One benefit is that it only requires two AA batteries, so you won't have to worry about running out.

  In order to keep costs low and sample integrity high, the BioVortexer is made to drive disposable polypropylene pestles. You can grind multiple samples at once thanks to the tip adapter that keeps the pestles in place. It is therefore perfect for laboratories with low to medium throughput.

  The BioVortexer also shows that there are other options besides the traditional hand crank. You can quickly disperse solids and quickly re-suspend precipitates by using disposable polypropylene SpiralPestles TM. Upgrade to a stainless steel or aluminum sample chamber for greater experiment control if you're looking to go above and beyond.

  With its affordable price, the BioVortexer also makes a good first impression. It is battery-operated, unlike a typical vortex mixer, so you can use it in lab settings. The professionals at BioSpec have a knack for offering the newest advancements in laboratory equipment, even though it can be challenging to choose the best item for your requirements.

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  Disc mills

  Samples can be prepared for testing using a lab sample grinder or máquina de moedor de laboratório. They can grind down to nano ranges and are suitable for a variety of different types of materials. A wide range of laboratory settings, including chemistry, food analysis, and medical research, use lab mills. The sample preparation is the key to getting accurate results.

  It's important to take a number of things into account when choosing the lab mill that will work best for your application. These factors include the desired particle fineness, the necessary power, and the ease of cleaning. Additionally, you could decide to purchase a unit with a safety switch.

  Lab mills come in a variety of designs, such as hammer type and disc mills. Both can result in excellent outcomes. Small samples can be ground in hammer type mills, whereas large samples can be produced in disc mills.

  The following factors should be taken into account when choosing a mill to buy: yield, throughput, and cleanability. You can guarantee clean, superior results by taking good care of your machine.

  One of the top disc mills for laboratory use is the Retsch Vibratory Disc Mill. It has a robust design that withstands challenging circumstances. This device is perfect for sample preparation in geology, metallurgy, mineralogy, spectral analysis, and building materials.

  Powerful machines, motorized disc mills can grind a variety of materials. Their durable cast iron base offers toughness. They come in models that are 230V (50 or 60Hz) and 115V (60Hz) compatible, and they are made to adhere to ASTM C409 standards.

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  sample splitter

  In the lab, dry materials are divided or cut in half using a sample splitter. It is a reliable method for analyzing medium-sized samples in a laboratory setting. One of the most frequently used tools in testing labs is this one.

  The University of Georgia Poultry Disease Research Center took numerous samples from turkey pens and industrial poultry operations. One of the samples was exposed to the antibacterial agent formaldehyde in order to see if the Humboldt sample splitter could deliver a high-quality result. Although formaldehyde has the ability to kill bacteria, this ability is conditional upon timely application.

  Researchers were able to divide a sample of roughly 6,000 pounds of poultry starter mash in half using a Humboldt sample splitter. The mash was cleaned with the resulting three percent formaldehyde solution in about four minutes. As an added bonus, the Humboldt splitter could accomplish the same task when using a water solution.

  The University of Georgia researchers were able to learn a lot about the chemical characteristics of the mash using the Humboldt sample splitter. They were able to ascertain a number of intriguing facts, including the typical moisture content of the mash, the quantity of specific microorganisms, and the degree of formaldehyde permeability. These studies were conducted as part of a larger investigation into the contamination of poultry feed.

Why choose Tianchuang Lab Sample Grinder?

• Um dos maiores fabricantes de moinhos de bolas planetários em todo o mercado global.

  Tencan has its own manufacturing facility with a surface of 20,000 m2 and an R&D centre of 2,000 m2. This enables Tencan to meet all of its customers' needs to the fullest extent. Tencan has been awarded more than 30 patents and collaborates with 20 doctors of 5 renowned universities.

• Fornecemos todos os tipos de moinhos de bolas planetários personalizados e individualizados.

  The main business of the company is powder equipment manufacture, technology, and powder materials. Our main products are Moinho de bolas planetário de laboratório, crushers and milling machines, screening and mixing and stirring equipment, as well as other laboratory equipment, such as gloves boxes and scientific equipment.

• Garantir a qualidade e o serviço.

  The company is certified ISO9001 quality management system, CE, SGS, as well as other system certifications. Additionally it has acquired over 40 core patented technology with independent intellectual properties rights such as in moinho de bolas planetário de laboratório. The government has designated it as a "high-tech enterprise in Hunan Province".

• Serviço de logística rápido e conveniente, seguro e veloz.

  The major customers are universities, research institutions, and technology-based businesses. We have more than 20,000 customers in 60 countries in providing moinho de bolas planetário, and have exported to more than 60 countries.

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homogeneizador

Dê uma olhada em Triturador de amostras de laboratório or homogenizer if you're looking for a cheap and efficient homogenizer for your lab. For labs that run at low to medium throughput levels, this machine is perfect. Additionally, it provides convenient, user-friendly, and effective results for your samples.

Three samples can be mixed at once with the homogenizer. It uses hardened microbeads to ensure a quick and high-impact cell disruption and has an intuitive design. The sample can be quickly mixed after being placed into the device in a prefilled tube. These tubes contain non-skirted, triple-pure, nuclease-free zirconium beads. They fit into the BeadBugTM homogenizer and have screw-caps.

The optimized mixing motion is another feature of the Homogenizer. This machine has an operating speed range of 2800 to 4000 RPM and a temperature range of -4u00b0C to +65u00b0C. The benchtop unit is practical for use in most small laboratories thanks to its 7 x 8 inch footprint. The 2 ml screw cap microtubes are available and can be used to mix up to three samples simultaneously. To make sure the machine is operating properly, there is a timer. It can also fit a straightforward lab vortexer.

Molecular Grinding

The microparticle-based system known as Molecular Grinding or Triturador de amostras de laboratório has many advantages over traditional grinding techniques. For instance, the resin can be applied to a range of laboratory grinders, such as high-speed mechanical grinders and sonicators. When grinding cells or samples, this resin also offers detergent resistance, which is crucial. Additionally, the resin is created from a substance that is both cost-effective and biocompatible. There are various sizes and materials of molecular grinding resin. Additionally, it comes in a multi-pack with five one-mL vials.

For grinding biological samples, Molecular Grinding was created specifically. The resin, for instance, is perfect for grinding bigger samples like DNA, proteins, and bacteria. The resin is made of a material that is both biocompatible and highly tensile, which is advantageous for dissolving big molecules. Molecular Grinding ResinTM is being used by many laboratories to obtain the desired sample size with less waste. However, it's crucial to understand how to combine the right homogenization technique with the right resin in order to achieve the best results.

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