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Creating a Safe Haven for Precision: Unveiling Yatherm Scientific’s PCR Hoods

PCR Hoods are essential tools in molecular biology, providing a controlled environment for polymerase chain reaction experiments. Equipped with advanced HEPA or ULPA filters, these hoods maintain a sterile workspace, crucial for accurate results. Some models incorporate UV-C lights for additional decontamination, minimizing the risk of cross-contamination.

With ergonomic designs, dual airflow systems, and energy-efficient LED lighting, PCR Hoods ensure user comfort and efficiency. Widely used in biotechnology, clinical labs, pharmaceuticals, and forensics, these hoods play a vital role in maintaining a contamination-free space for sensitive genetic analyses. Their dual filtration and decontamination approach ensures microbicidal activity, safeguarding the integrity of experiments.

Major Specifications of Yatherm Scientific’s PCR Hoods:

  • High-Efficiency Filtration: Yatherm’s PCR Hoods are equipped with advanced HEPA or ULPA filters, ensuring a sterile and particle-free working environment. This high-efficiency filtration is vital in preventing the ingress of contaminants during sensitive PCR procedures.
  • UV-C Decontamination: Some models feature UV-C lights within the hood, providing an additional layer of decontamination. The UV-C light effectively neutralizes DNA and RNA contaminants, minimizing the risk of cross-contamination and ensuring the integrity of each experiment.
  • Ergonomic Design: Yatherm places emphasis on user comfort and efficiency with an ergonomic design. The PCR Hoods are crafted to provide researchers with a comfortable and accessible workspace, enhancing productivity during prolonged experimental sessions.
  • Dual Airflow System: Yatherm’s PCR Hoods are designed with a dual airflow system to create a clean and controlled space. This ensures the prevention of external contaminants from entering the hood while maintaining a continuous and stable internal environment.
  • Energy-Efficient LED Lighting: Illumination is key during intricate PCR procedures. Yatherm’s PCR Hoods feature energy-efficient LED lighting, providing bright and uniform illumination of the workspace for enhanced visibility and accuracy.
  • Quiet Operation: Recognizing the importance of a quiet laboratory environment, Yatherm’s PCR Hoods are engineered for low-noise operation. This ensures minimal disruption and optimal concentration during critical experimental phases.
  • Smart Controls: Yatherm integrates smart controls into its PCR Hoods, offering an intuitive interface for easy operation and programming. Researchers can efficiently set and monitor parameters, contributing to a seamless workflow.
  • Durable Construction: Yatherm Scientific places a premium on durability, employing high-quality materials and robust construction in the manufacturing of its PCR Hoods. This ensures a long service life and reliability even in demanding laboratory conditions.

Industries Where PCR Hoods Are Utilized:

  1. Biotechnology and Life Sciences: PCR Hoods are fundamental in molecular biology research, DNA cloning, and other genetic studies. They provide a sterile environment crucial for ensuring the accuracy of PCR results.
  2. Clinical and Diagnostic Laboratories: In clinical settings, PCR Hoods are used for diagnostic testing, pathogen detection, and various genetic analyses. They play a vital role in maintaining a contamination-free space for sensitive assays.
  3. Pharmaceuticals: PCR Hoods find applications in pharmaceutical research and quality control laboratories. They contribute to the reliability of PCR-based assays used in drug development and validation processes.
  4. Forensics: Forensic laboratories utilize PCR Hoods for DNA analysis, ensuring the integrity and accuracy of genetic evidence during criminal investigations.

 

Mode of Action and Microbicidal Activity:

The primary mode of action of PCR Hoods lies in the creation of a controlled environment. High-efficiency filtration systems, such as HEPA or ULPA filters, remove airborne particles and contaminants. UV-C decontamination further enhances the microbicidal activity by neutralizing DNA and RNA contaminants, minimizing the risk of contamination during sensitive PCR procedures. This dual approach ensures that the workspace within the PCR Hood remains pristine, safeguarding the integrity of genetic material and experimental results.

What Sets Yatherm Scientific Apart?

Choosing Yatherm Scientific for PCR Hoods brings a multitude of advantages that set it apart from the competition:

  1. Innovation and Technology: Yatherm is committed to staying at the forefront of technological advancements. Its PCR Hoods incorporate the latest innovations to meet the evolving needs of researchers and scientists.
    1. Customization Options: Yatherm recognizes the unique requirements of different laboratories. With customization options, researchers can tailor Hoods to specific needs, ensuring optimal performance in their experimental setups.
  2. Quality Assurance: Yatherm Scientific maintains stringent quality assurance measures. Each PCR Hood undergoes thorough testing and validation to meet international standards, providing researchers with the confidence that their experiments are conducted in a reliable and controlled environment.
  3. Customer Support: Yatherm’s commitment extends beyond the purchase. The company provides comprehensive customer support, including installation assistance, training, and ongoing technical support, ensuring a seamless experience for researchers.
  4. Global Presence: With a global presence and distribution network, Yatherm ensures timely delivery and reliable service to laboratories worldwide.

 

 

Parameter

PCR cabinet

General characteristics

Cabinet design

·         Metal case made of stainless steel

·         Glass sidewalls

·         Glass front panel

Outer coating

Powder paint on GI Sheet

Size (WхLхH), mm

1205 x 705 x 665

Mass (without table), kg

85

Working chamber

Glass front panel

·         Lifting

·         Max panel stroke – 370 mm

Seamless design

+

Built-in sockets, pc

3

Working surface

Stainless steel

Working chamber lighting

Fluorescent lamp

UV-light unit

UV-lamp power, W

30W

UV-lamp wavelength, nm

254

Life of the UV-lamp, hrs

9000

Built-in timer for automatic UV-lamp disconnect

+

Automatic UV-lamp disconnect when lifting (opening) front panel

+

Automatic UV-lamp disconnect when turning fluorescent lamp on

+

UV-lamp working time range

from 15 min to 3 hrs 45 min .

UV-lamp working time increment

15 min

Operating conditions

Line voltage, V

220v ± 10%

Max total current of the connected devices from the mains 220V, A

10

Fluorescent lamp max power consumption, W

40

UV-lamp max power consumption, W

40

Fuse

+

Device service life

No less than 5 years

Warranty service

24 months

Post-warranty service

+

Yatherm Scientific sets the gold standard with its PCR Hoods, combining innovation and unwavering reliability for molecular biology and genetic research. These hoods, laden with advanced features, prioritize user comfort, and uphold an unmatched commitment to quality. Tailored to create the perfect environment for precise and contamination-free PCR experiments, Yatherm Scientific’s Hoods stand as a beacon of excellence in laboratory equipment. Dive into the details of our cutting-edge PCR Hoods and explore a comprehensive range of advanced laboratory equipment on the Yatherm Scientific website. Elevate your research with the best-in-class tools.