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Deep Freezers
Deep Freezers: Safely store samples and biological materials at low temperatures with laboratory-grade freezers.
Cooled Incubators
Offering incubation capabilities over a wide temperature range (generally able to operate below and above room temperature), refrigerated incubators are ideal especially for applications requiring low-temperature incubation. They are frequently used in fields such as microbiology, food science, insect studies, and long-term stability tests. Designed with precise temperature control and energy efficiency in mind, our refrigerated incubators help you achieve reliable results and meet the diverse needs of your laboratory. They are available with different volume and control options.
Climate Chambers
Climate chambers are specialized environments in which environmental factors such as temperature, humidity, and lighting can be precisely controlled.
Laboratory Refrigerators
Laboratory refrigerators are specialized cooling units designed for the storage of sensitive samples, reagents, pharmaceuticals, and other biological or chemical materials.
Laminar Flow Cabinet
Laminar Flow Cabinets: Reliable Solutions for Sterile Work Environments Laminar flow cabinets are designed to provide a sterile environment when working with sensitive applications and contamination-prone materials. These cabinets purify the air by passing it through a HEPA (High-Efficiency Particulate Air) filter and blow it into the work area in a unidirectional, constant speed (laminar flow). This significantly reduces the risk of contamination from the external environment for samples and processes. There are two main types of laminar flow cabinets: Horizontal Laminar Flow Cabinets: In these cabinets, the filtered air flows horizontally towards the operator. This type of cabinet is ideal for applications such as electronic component assembly, optical applications, and non-sterile but particle-sensitive work. However, they are not suitable for working with biologically hazardous materials because the airflow passes over the operator. Vertical Laminar Flow Cabinets: In these cabinets, the filtered air flows vertically from top to bottom. This design offers better protection for the sample against contamination risks originating from the operator and is preferred for applications where sterile conditions are crucial, such as biological studies and drug preparation.
Laminar Flow Cabinets
Laminar Flow Cabinets: Reliable Solutions for Sterile Work Environments Laminar flow cabinets are designed to provide a sterile environment when working with sensitive applications and contamination-prone materials. These cabinets purify the air by passing it through a HEPA (High-Efficiency Particulate Air) filter and blow it into the work area in a unidirectional, constant speed (laminar flow). This significantly reduces the risk of contamination from the external environment for samples and processes.
Fume Hoods
Essential for safe and efficient work in laboratory environments, fume hoods prevent the spread of harmful vapors, gases, and particles into the environment, thus protecting user and environmental health. On our website, explore high-performance fume hood models offered with the assurance of Esco Lifescience, a global leader. Find the ideal solution for your laboratory with our ducted and ductless options tailored to your needs.
Washing Disinfection Machines
Washing Disinfection Machines: The Key to Hygiene and Safety In today's conscious world, hygiene and safety are more critical than ever. Especially in healthcare, laboratory and industrial environments, minimizing the risk of contamination and ensuring sterilization is of vital importance. This is where washing disinfection machines come into play. These machines not only provide cleaning, but also help to effectively destroy microorganisms, contributing to the creation of safe and healthy working environments.
Description
- Challenge: Isolation, amplification, sequencing of plant genetic materials, and analysis of gene expression.
- Our Solution: Labor İldam is equipped with PCR and qPCR systems and biosafety cabinets as molecular biology devices. These systems play a critical role in plant breeding studies, determining genetic diversity, and researching resistance genes against biotic/abiotic stresses. In this way, you can lay the foundation for genetically improved plants for the agriculture of the future.
- Sectoral Expertise: We possess in-depth knowledge of the unique dynamics and analytical requirements of agricultural R&D.
- Comprehensive Solution Portfolio: We offer a wide range of devices suitable for every stage of your agricultural research, from soil and water analysis to plant genetics, product quality to disease diagnosis.
- Technical Support and Application Development: We provide expert technical support for device installation, training, and methodology development for specific agricultural applications.
- Data Integrity and Reliability: The devices we offer produce reliable and reproducible analytical results, supporting the scientific validity of your research.
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