The following suppliers offer ESCO products. Use the overview to compare suitable suppliers, product categories and laboratory products and send a direct request.
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Product categories linked on LabFinder with further independent product knowledge.
Automated cell culture monitoring systems track cell growth, morphology, and culture conditions such as temperature, humidity, and gas composition, supporting research, toxicology, quality control, and pharmaceutical development. Select systems based on vessel compatibility, monitored parameters, incubator integration, automation level, and data analysis capabilities.
View product category →Cryo storage preserves cells, tissues, and other biological samples in liquid nitrogen below −140 °C to help maintain viability over long periods. Select systems by temperature stability, capacity, container compatibility, sample retrieval, and safe handling; note that some materials may be damaged by freezing.
View product category →CO2 incubators create controlled microclimates for cultivating cell cultures, microorganisms, bacteria, and yeasts by regulating CO2, temperature, and humidity. Select according to chamber size, control accuracy, humidity distribution, sensor technology, and cleaning or sterilization requirements. Regular calibration and maintenance support reproducible growth conditions.
View product category →PCR workstations provide controlled, low-contamination conditions for PCR sample preparation and DNA analysis. Closed housings, laminar airflow and HEPA filtration help reduce particles, while integrated UV lamps can support surface decontamination. Select systems by filtration performance, decontamination options, work-surface hygiene and ergonomic access.
View product category →Automated cell culture monitoring systems track cell growth, morphology, and culture conditions such as temperature, humidity, and gas composition, supporting research, toxicology, quality control, and pharmaceutical development. Select systems based on vessel compatibility, monitored parameters, incubator integration, automation level, and data analysis capabilities.
View product category →Cryo storage preserves cells, tissues, and other biological samples in liquid nitrogen below −140 °C to help maintain viability over long periods. Select systems by temperature stability, capacity, container compatibility, sample retrieval, and safe handling; note that some materials may be damaged by freezing.
View product category →PCR cabinets and hoods provide a cleanroom-like workspace for PCR sample preparation and sensitive DNA work, helping prevent contamination through controlled HEPA-filtered airflow, antimicrobial surfaces, and optional UV decontamination. Select based on filter quality, UV provision, work-surface dimensions, and opening design; they are not for hazardous or infectious materials.
View product category →PCR workstations provide controlled, low-contamination conditions for PCR sample preparation and DNA analysis. Closed housings, laminar airflow and HEPA filtration help reduce particles, while integrated UV lamps can support surface decontamination. Select systems by filtration performance, decontamination options, work-surface hygiene and ergonomic access.
View product category →Bio Safety Cabinets support the controlled handling of biological samples and potentially infectious materials. Through defined airflow and HEPA filtration, they protect personnel and the laboratory environment and, in Class II models, the work product. Important selection criteria include cabinet class and type, working width, exhaust concept, ergonomics, cleanability and the intended application.
View product category →Fume cupboards protect laboratory personnel and the environment by extracting hazardous gases, vapors, aerosols, and dusts at the workplace. Movable safety sashes enable controlled access and splash protection. Selection should consider substance type, extraction performance, airflow principle, dimensions, filtration needs, and laboratory space.
View product category →Fume hoods extract and filter gases, vapors, aerosols, and dusts during laboratory work, helping prevent hazardous or explosive substances from entering room air. Select models according to the substances handled, extraction capacity, space, utility connections, and front-sash ergonomics.
View product category →Glove boxes are gas-tight laboratory isolators for handling sensitive, toxic, or contamination-prone substances in a controlled inert-gas or filtered-air atmosphere. Select systems based on required atmosphere, substance compatibility, workspace size, housing sealing, glove quality, and airlock design.
View product category →Isolators provide hermetically sealed, gas-tight chambers for handling sensitive or hazardous materials in filtered-air or inert-gas atmospheres. Gloves and airlocks enable contact-free manipulation and material transfer. Select systems by enclosure tightness, gas compatibility, chamber size, glove ports, and airlock configuration.
View product category →Laminar Flow Workbenches create a particle-reduced workspace for sensitive samples, components and processes using uniform, low-turbulence, HEPA-filtered airflow. Horizontal and vertical systems are available for different applications. Key selection criteria include working width, airflow direction, filter class, cleanliness requirements, ergonomics and cleanability. They provide product protection and are not suitable for infectious materials.
View product category →Safety glove boxes are gas-tight enclosures with integrated gloves for handling hazardous, contaminated, or sensitive substances without direct contact. They can use inert gas, filtered air, or negative pressure; select based on tightness, chemical resistance, atmosphere requirements, glove configuration, and transfer locks.
View product category →Sterile benches create clean workspaces for cell culture and microbiologically sensitive materials, protecting cultures from microorganisms and particulates. Select by safety class, airflow direction, filter technology, and maintenance access; Class II units may use HEPA-filtered supply and exhaust air for user and product protection.
View product category →Laboratory ventilators move gaseous media for ventilation, cooling, air circulation, exhaust support, and improved air quality. Choose based on required flow rate, pressure ratio, installation space, noise, and power consumption. Axial types suit high flow at low pressure, while radial types provide higher pressure ratios in a more compact design.
View product category →Incubators provide controlled temperature and humidity for cultivating microorganisms, yeasts, and animal or plant cell cultures under standardized conditions. Choose models based on climate-control precision, chamber volume, and required functions such as CO₂ regulation, cooling, agitation, or programmable sequences.
View product category →CO2 incubators create controlled microclimates for cultivating cell cultures, microorganisms, bacteria, and yeasts by regulating CO2, temperature, and humidity. Select according to chamber size, control accuracy, humidity distribution, sensor technology, and cleaning or sterilization requirements. Regular calibration and maintenance support reproducible growth conditions.
View product category →General incubators create controlled temperature and humidity conditions for cultivating bacteria, yeasts, microorganisms, and insect, animal, or plant cells in research, diagnostics, and quality control. Select models by temperature range, humidity control, chamber size, and cleaning requirements; they are not intended for highly temperature-critical or CO2-dependent cultures.
View product category →All 16 product categories
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