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Labmate PCR Cabinet is an enclosed unit specifically designed for defined PCR experimental requirements. It is equipped with built-in UV sterilization system to provide sterile work area. The laminar air flow pattern ensures uniform HEPA filtered positive pressure. The anti-microbial stainless steel structure reduces the risk of contamination. It is highly applicable for RNA / DNA amplification experiments or microbial work.
Frequently Asked Questions
1 What is a PCR Cabinet?
A PCR Cabinet is an enclosed unit designed for carrying out PCR reactions.
2 Why is PCR Cabinet important?
It is necessary to provide sterile workspace in order to prevent cross-contamination between samples thereby ensuring reliable results.
3 What is the Difference between a PCR Cabinet and a Biological Safety Cabinet?
A PCR Cabinet provides a clean and sterile environment for performing PCR experiments whereas a Biological Safety Cabinet provides containment and safety while working with harmful biological agents.
4 What is the role of airflow in a PCR Cabinet?
It is crucial for maintaining a sterile environment.
5 What types of contamination are prevented in a PCR Cabinet?
It prevents cross-contamination of DNA/RNA, airborne as well as chemical contamination.
6 Does PCR Cabinet need calibration?
Calibration of airflow, UV light and HEPA filter is necessary for optimal results.
7 What is the Role of UV Light in PCR Cabinet?
UV light is used for decontamination as well as in preventing cross-contamination thereby maintaining sterile conditions.
8 Can PCR be performed on environmental samples in PCR Cabinet?
PCR can be performed on environmental samples such as soil, water and air samples in a PCR cabinet.
9 Can PCR Cabinet be used for qPCR (Quantitative PCR)?
It can be used for qPCR.
10 Can PCR Cabinet be used for forensic DNA analysis?
It is widely used in forensic DNA analysis.
Selection Guide for PCR cabinet
PCR Cabinet is a specialized enclosure designed to prevent cross-contamination during Polymerase Chain Reaction (PCR) procedures by providing a clean and controlled environment. When selecting PCR Cabinet, customers should consider key features such as HEPA or ULPA filtration, UV sterilization, and laminar airflow to ensure optimal protection of sensitive samples. The presence of a UV decontamination system is essential for eliminating residual nucleic acids between experiments. In contrast, a well-designed airflow system, either vertical or horizontal, enhances sample safety and user comfort. Additionally, the cabinet should be constructed from durable, easy-to-clean materials, such as stainless steel, and provide an ergonomic design to facilitate an efficient workflow. Certifications such as ISO or NSF ensure that the cabinet meets international safety and performance standards. Depending on laboratory needs, advanced models may also include features such as touch-screen controls, built-in timers, or memory functions, all contributing to consistent and reliable PCR results.
Understanding PCR Cabinet: Purpose, Process, and Benefits
PCR Cabinet is a specialized laboratory unit designed to provide a controlled, contamination-free environment for preparing Polymerase Chain Reaction (PCR) samples. PCR is a highly sensitive technique used to amplify DNA sequences, and even the smallest amount of contamination can lead to inaccurate results or false positives. That’s why maintaining sample purity during the preparation phase is critical and that's where a PCR cabinet plays a vital role.
Our Cabinet is essential for reducing the risk of cross-contamination during sample preparation. It enhances result accuracy, protects sensitive biological materials, and ensures the reliability of your PCR-based workflows. Typically consist of;
UV Decontamination
HEPA/ULPA Filtration
Laminar Airflow
Ergonomic Design
Compact Footprint
PCR Cabinet is extensively utilized in molecular biology laboratories, clinical diagnostics, research institutions, and pharmaceutical environments due to their ability to maintain contamination-free conditions during sensitive procedures. One of their primary applications is in DNA/RNA amplification preparation, where they ensure sterile sample setup for PCR reactions. They are also indispensable in genetic testing, helping clinical laboratories prepare samples accurately for detecting genetic disorders or infectious diseases. Forensic laboratories rely on PCR Cabinet to preserve the integrity of trace DNA evidence during amplification processes. In the wake of global health crises like the COVID-19 pandemic, this cabinet have become essential for the safe handling and preparation of test reagents and samples. Additionally, academic and research labs use our PCR Cabinet for a wide range of molecular biology applications, including cloning, sequencing, and pathogen detection, ensuring reliable and reproducible results.