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In the realm of laboratory equipment, the safety helmet associated with our product stands out with a plethora of remarkable features. The high - quality synthetic butyl rubber plugs used in the safety helmet are a result of meticulous material selection. These rubber plugs are specifically engineered to be a perfect fit for puncture sampling in fully automatic analyzers.
When it comes to air tightness, the butyl rubber plugs are truly exceptional. They form an air - tight seal that prevents any leakage of samples or gases, ensuring the integrity of the testing environment. This is crucial in laboratory settings where even the slightest leakage could compromise the accuracy of test results. The low puncture force requirement is another significant advantage. Laboratory technicians often need to perform multiple puncture samplings in a short period. With these rubber plugs, they can effortlessly insert the puncture needle without expending excessive force, reducing the physical strain on the operators.
Moreover, the production process of these rubber plugs is highly refined, resulting in minimal debris generation during puncturing. This is extremely important as debris can contaminate the sample or clog the analyzer, leading to inaccurate readings or even equipment malfunctions. Thanks to the advanced manufacturing techniques, there is no risk of hole blockage, allowing for a smooth and continuous sampling process. And the issue of needle bounce, which can be a nuisance in traditional rubber plugs, is completely eliminated. The butyl rubber provides a stable and consistent surface for the needle to penetrate, ensuring precise and reliable sampling.
The specially designed rubber stopper configuration is a testament to our commitment to innovation. By reducing the wear and tear of the puncture injection needle, it significantly extends the lifespan of the needle. In fact, the lifespan of the puncture needle when using our butyl rubber plugs is more than twice that of using ordinary rubber stoppers. This not only saves on the cost of needle replacement but also reduces the downtime associated with needle changes, improving the overall efficiency of the laboratory.
The butyl rubber plug fits tightly with the safety helmet, creating a seamless connection. There is no flipping or separating during normal use, which is essential for maintaining the functionality of the safety helmet. Opening and closing the helmet body is a breeze, providing a pleasant user experience. Whether it's a quick sample retrieval or a long - term storage situation, the safety helmet can be easily operated. Additionally, this safety helmet is suitable for the use of various de - capped centrifuges and cap opening machines. It has been designed to be compatible with a wide range of laboratory equipment, making it a versatile choice for different testing setups. The color of the skull meets internationally recognized standards, ensuring that it can be easily integrated into any laboratory environment without causing any confusion or compliance issues.
Our high - quality pipes are made from top - grade PET material. PET, or polyethylene terephthalate, is known for its stable properties. It can withstand a wide range of temperatures and chemical environments without deforming or degrading. This stability is essential for maintaining the integrity of the samples stored or transported within the pipes. The good airtightness of the PET pipes further enhances their performance. It prevents the entry of external contaminants such as dust, moisture, and oxygen, which could potentially affect the quality of the samples.
The inner wall of the PET tube undergoes a silicification treatment. This process gives the inner surface a smooth finish, which is crucial for preventing cell wall adhesion. In biological and medical testing, cells need to remain in a free - floating state to ensure accurate analysis. The smooth inner surface of our PET tubes allows cells to move freely without sticking to the walls, reducing the risk of sample loss or inaccurate cell counting.
In addition to the silicification treatment, the inner wall is also treated with biomimetic membrane technology. This technology mimics the natural environment of blood cells, providing a comprehensive and detailed protection plan for them. It helps to maintain the viability and functionality of the blood cells, ensuring that the test results accurately reflect the real - world conditions of the blood sample. This is especially important in applications such as hematology and blood banking, where the quality of the blood cells directly affects the diagnosis and treatment decisions.
We take great pride in our high - quality additives. These additives are carefully selected from international brand products, ensuring the highest level of quality and reliability. To ensure accurate dosing, we use spray equipment imported from Switzerland. This state - of - the - art equipment allows for precise measurement of the additives, guaranteeing that each sample receives the correct amount of additives for optimal performance.
The additives come in a complete variety and diverse forms. We understand that different testing requirements call for different types of additives. Whether it's anticoagulants, preservatives, or other specialized agents, we have a comprehensive range of options to meet the needs of various laboratory applications. The main spray drying technology is used to ensure that the anticoagulation effect is uniform, mild, and thorough. This technology evenly distributes the additives throughout the sample, preventing clotting and maintaining the stability of the blood sample.
Accurately presetting the vacuum is another key feature of our additive system. By precisely controlling the vacuum level, we can ensure the precise ratio of the blood sample to the additives. This is crucial for obtaining accurate and reproducible test results. In a laboratory setting, even a small deviation in the ratio can lead to significant errors in the analysis, so our strict control over this parameter is of utmost importance.
We understand that different customers have different requirements when it comes to labeling their samples. That's why we offer customized labels according to the specific needs of each customer. We can use different materials for the labels, such as paper, plastic, or a combination of both, depending on the customer's preferences and the specific application.
The labels can also be designed with specific identification features. Whether it's a unique logo, a batch number, or a specific barcode, we can incorporate all these elements into the label design. Printing prefabricated barcodes on the labels is a convenient and efficient way to manage the samples. These barcodes are easy to recognize by barcode scanners, reducing the chances of human error in sample identification. And they are more durable compared to traditional hand - written labels, ensuring that the information remains intact throughout the testing process.
For our tearable label tubes and barcode label tubes, we pre - label them with customized labels before leaving the factory. This saves the customers time and effort in the labeling process, allowing them to focus on their core laboratory work. Whether it's a small - scale research laboratory or a large - scale clinical testing facility, our customized labels provide a practical and reliable solution for sample management.
In the realm of laboratory equipment, the safety helmet associated with our product stands out with a plethora of remarkable features. The high - quality synthetic butyl rubber plugs used in the safety helmet are a result of meticulous material selection. These rubber plugs are specifically engineered to be a perfect fit for puncture sampling in fully automatic analyzers.
When it comes to air tightness, the butyl rubber plugs are truly exceptional. They form an air - tight seal that prevents any leakage of samples or gases, ensuring the integrity of the testing environment. This is crucial in laboratory settings where even the slightest leakage could compromise the accuracy of test results. The low puncture force requirement is another significant advantage. Laboratory technicians often need to perform multiple puncture samplings in a short period. With these rubber plugs, they can effortlessly insert the puncture needle without expending excessive force, reducing the physical strain on the operators.
Moreover, the production process of these rubber plugs is highly refined, resulting in minimal debris generation during puncturing. This is extremely important as debris can contaminate the sample or clog the analyzer, leading to inaccurate readings or even equipment malfunctions. Thanks to the advanced manufacturing techniques, there is no risk of hole blockage, allowing for a smooth and continuous sampling process. And the issue of needle bounce, which can be a nuisance in traditional rubber plugs, is completely eliminated. The butyl rubber provides a stable and consistent surface for the needle to penetrate, ensuring precise and reliable sampling.
The specially designed rubber stopper configuration is a testament to our commitment to innovation. By reducing the wear and tear of the puncture injection needle, it significantly extends the lifespan of the needle. In fact, the lifespan of the puncture needle when using our butyl rubber plugs is more than twice that of using ordinary rubber stoppers. This not only saves on the cost of needle replacement but also reduces the downtime associated with needle changes, improving the overall efficiency of the laboratory.
The butyl rubber plug fits tightly with the safety helmet, creating a seamless connection. There is no flipping or separating during normal use, which is essential for maintaining the functionality of the safety helmet. Opening and closing the helmet body is a breeze, providing a pleasant user experience. Whether it's a quick sample retrieval or a long - term storage situation, the safety helmet can be easily operated. Additionally, this safety helmet is suitable for the use of various de - capped centrifuges and cap opening machines. It has been designed to be compatible with a wide range of laboratory equipment, making it a versatile choice for different testing setups. The color of the skull meets internationally recognized standards, ensuring that it can be easily integrated into any laboratory environment without causing any confusion or compliance issues.
Our high - quality pipes are made from top - grade PET material. PET, or polyethylene terephthalate, is known for its stable properties. It can withstand a wide range of temperatures and chemical environments without deforming or degrading. This stability is essential for maintaining the integrity of the samples stored or transported within the pipes. The good airtightness of the PET pipes further enhances their performance. It prevents the entry of external contaminants such as dust, moisture, and oxygen, which could potentially affect the quality of the samples.
The inner wall of the PET tube undergoes a silicification treatment. This process gives the inner surface a smooth finish, which is crucial for preventing cell wall adhesion. In biological and medical testing, cells need to remain in a free - floating state to ensure accurate analysis. The smooth inner surface of our PET tubes allows cells to move freely without sticking to the walls, reducing the risk of sample loss or inaccurate cell counting.
In addition to the silicification treatment, the inner wall is also treated with biomimetic membrane technology. This technology mimics the natural environment of blood cells, providing a comprehensive and detailed protection plan for them. It helps to maintain the viability and functionality of the blood cells, ensuring that the test results accurately reflect the real - world conditions of the blood sample. This is especially important in applications such as hematology and blood banking, where the quality of the blood cells directly affects the diagnosis and treatment decisions.
We take great pride in our high - quality additives. These additives are carefully selected from international brand products, ensuring the highest level of quality and reliability. To ensure accurate dosing, we use spray equipment imported from Switzerland. This state - of - the - art equipment allows for precise measurement of the additives, guaranteeing that each sample receives the correct amount of additives for optimal performance.
The additives come in a complete variety and diverse forms. We understand that different testing requirements call for different types of additives. Whether it's anticoagulants, preservatives, or other specialized agents, we have a comprehensive range of options to meet the needs of various laboratory applications. The main spray drying technology is used to ensure that the anticoagulation effect is uniform, mild, and thorough. This technology evenly distributes the additives throughout the sample, preventing clotting and maintaining the stability of the blood sample.
Accurately presetting the vacuum is another key feature of our additive system. By precisely controlling the vacuum level, we can ensure the precise ratio of the blood sample to the additives. This is crucial for obtaining accurate and reproducible test results. In a laboratory setting, even a small deviation in the ratio can lead to significant errors in the analysis, so our strict control over this parameter is of utmost importance.
We understand that different customers have different requirements when it comes to labeling their samples. That's why we offer customized labels according to the specific needs of each customer. We can use different materials for the labels, such as paper, plastic, or a combination of both, depending on the customer's preferences and the specific application.
The labels can also be designed with specific identification features. Whether it's a unique logo, a batch number, or a specific barcode, we can incorporate all these elements into the label design. Printing prefabricated barcodes on the labels is a convenient and efficient way to manage the samples. These barcodes are easy to recognize by barcode scanners, reducing the chances of human error in sample identification. And they are more durable compared to traditional hand - written labels, ensuring that the information remains intact throughout the testing process.
For our tearable label tubes and barcode label tubes, we pre - label them with customized labels before leaving the factory. This saves the customers time and effort in the labeling process, allowing them to focus on their core laboratory work. Whether it's a small - scale research laboratory or a large - scale clinical testing facility, our customized labels provide a practical and reliable solution for sample management.
