| Description | The Maworde Anaerobic Glove Box combines cost-efficiency with advanced functionality, providing a precisely controlled anaerobic environment for microbiology research.
Ideal for studying anaerobic bacteria, it supports research in intestinal microbiota, food safety, and brewing with seamless cultureThe Maworde Anaerobic Glove Box combines cost-efficiency with advanced functionality, providing a precisely controlled anaerobic environment for microbiology research.
Ideal for studying anaerobic bacteria, it supports research in intestinal microbiota, food safety, and brewing with seamless culture, operation, and observation.
Features:- Convenient Time Relay System - Equipped with a customized time relay system, the glove box enables tailored gas intake times and intervals
- Temperature Control Range: 3°C above ambient up to 45°C, adjustable in 0.1°C increments
- Customizable Design
Maworde, My Word for Your Work. Contact us today to explore customization options and discover how we can support your research goals!... Read More | Designed for stable, high-anaerobic conditions, the Maworde Anaerobic Chamber features built-in O2 and H2 detectors, making it an ideal solution for microbiology research.
From intestinal microorganisms and oral anaerobic bacteria to food safety and brewing studies, this anaerobic chamber delivers Designed for stable, high-anaerobic conditions, the Maworde Anaerobic Chamber features built-in O2 and H2 detectors, making it an ideal solution for microbiology research.
From intestinal microorganisms and oral anaerobic bacteria to food safety and brewing studies, this anaerobic chamber delivers precision and adaptability.
Features:- O2 and H2 Sensing System - Real-time O2 and H2 monitoring for precise gas regulation , Automatic intake adjustment based on O2 and H2 levels to sustain optimal anaerobic conditions
- Customizable Temperature Control Options - Optional Temp Control System: Adjustable from ambient to 45°C with 0.1°C increments, Optional Temperature Incubator: Provides enhanced temperature stability and accommodates up to 66 Petri dishes for precise incubation
- Customizable Options – Tailor the system to meet your specific research requirements.
- Data Logging System
Experience precision, stability, and flexibility with the Maworde Anaerobic Chamber. Contact us today to learn how it can enhance your research!... Read More | Designed to provide a stable and controlled anaerobic atmosphere, the Maworde Anaerobic Workstation seamlessly integrates culture, operation, and observation in a single environment.
Engineered for microbiology research, it is ideal for studies on intestinal microorganisms, oral anaerobic bacteria, Designed to provide a stable and controlled anaerobic atmosphere, the Maworde Anaerobic Workstation seamlessly integrates culture, operation, and observation in a single environment.
Engineered for microbiology research, it is ideal for studies on intestinal microorganisms, oral anaerobic bacteria, food safety, and brewing. Featuring an advanced airway design, direct-access operation system, and precise environmental control, this workstation ensures optimal anaerobic conditions for your experiments.
Features:- Micro Pressure Monitoring System - High-precision micro-pressure detection (accuracy: 0.1 KPA). Real-time monitoring with auto-adjusting intake system to maintain pressure stability
- Temperature Control – Adjustable from 3°C above ambient to 45°C, with 0.1°C increments for precise regulation.
- Humidity Control – Maintains humidity levels up to 85% to support optimal culture conditions.
- Built-in Interlock System – Enables purging into a microaerophilic environment, ensuring superior anaerobic performance.
Maworde, My Word for Your Work. Contact us today to explore how the Maworde Anaerobic Workstation can elevate your research!... Read More | The Maworde Animal Hypoxia Incubator is designed to maintain a stable hypoxic environment, ensuring precise gas control essential for plateau-related, respiratory, neurological, and cardiovascular research.
With customizable options, this incubator provides unparalleled flexibility for diverse The Maworde Animal Hypoxia Incubator is designed to maintain a stable hypoxic environment, ensuring precise gas control essential for plateau-related, respiratory, neurological, and cardiovascular research.
With customizable options, this incubator provides unparalleled flexibility for diverse animal studies requiring meticulous oxygen and CO2 regulation.
Features:- Stable Hypoxic Conditions – Delivers a consistent and controlled gas environment for reliable research outcomes.
- Versatile Applications – Ideal for studies in altitude adaptation, respiratory function, neurology, and cardiovascular health.
- Customizable Configurations – Available in various sizes, with optional CO2 monitoring and temperature control to meet unique research demands.
Maworde, My Word for Your Work. Contact us today to explore tailored configurations designed for your specific experimental needs!... Read More | Our Hypoxia Workstation is an ideal solution for advanced cell and tissue culture research, offering precise control of O2, CO2, temperature, and humidity.
Designed to provide a stable and controlled environment, our workstation ensures reliable hypoxic conditions, making it ideal for research in Our Hypoxia Workstation is an ideal solution for advanced cell and tissue culture research, offering precise control of O2, CO2, temperature, and humidity.
Designed to provide a stable and controlled environment, our workstation ensures reliable hypoxic conditions, making it ideal for research in tumors, neurology, stem cells, and cardiovascular studies.
Features:- O2 control: 0.1% - 25.0%, in 0.1% increments
- CO2 control: 0.1% - 20.0%, in 0.1% increments
- Temperature control: From 3°C above ambient to 45°C, in 0.1°C increments
- Humidity control: Room humidity to 85%, in 1% increment
- Programmable multi-stage hypoxic cycles as an option
- More optional feature available!
Maworde, My Word for Your Work. Contact us now to discuss customization options and embark on a journey towards groundbreaking discoveries!... Read More |