The Wincom Anaerobic Incubator (also known as an Anaerobic Workstation or Chamber) is a highly specialized environmental glove box designed to cultivate and manipulate anaerobic microorganisms in a completely oxygen-free environment. By utilizing precise gas purging systems, catalyst arrays, and airtight transfer locks, it establishes an absolute zero-oxygen atmosphere. Forged from heavy-duty acrylic and stainless steel, this incubator protects delicate oxygen-sensitive bacteria from atmospheric exposure during inoculation, cultivation, and inspection cycles.

Technical Specifications

• Equipment Type: Professional Laboratory Anaerobic Workstation / Chamber

• Oxygen-Free Atmosphere: Strict anaerobic state reaching down to 0% $O_2$ concentration

• Gas Management Configuration: Dual-gas or multi-gas input system mixing Nitrogen ($N_2$), Carbon Dioxide ($CO_2$), and Hydrogen ($H_2$)

• Catalyst Filtration: High-efficiency Palladium catalyst matrix to continuously strip out trace oxygen molecules

• Temperature Control Range: Ambient +5°C to 50°C with an ultra-accurate ±0.3°C distribution profile

• Pass-Box / Airlock Chamber: Mechanical or vacuum-driven rapid transfer lock allowing sample entry without compromising the main chamber

• Interior Workspace Material: Corrosion-resistant, mirror-finished SUS304 stainless steel base with high-transparency viewing windows

• Glove Ports: Ergonomic, heavy-duty bare-hand or sleeved rubber glove ports for comfortable long-term internal sample handling

• Controller Unit: Intelligent microprocessor PID panel with a comprehensive digital display tracking temperature, gas ratios, and pressure

Key Features

• Absolute Strict Anaerobic Isolation: Combines high-purity inert gas purging with a reactive palladium catalyst to quickly drive internal oxygen volumes down to zero, securing strict anaerobes from cell death.

• Rapid Airlock Transfer Cycle: Outfitted with a high-speed vacuum-sealed pass box that enables technicians to slide culture plates and equipment into the main workspace within seconds without disturbing the inner equilibrium.

• Crystal-Clear Panoramic Vision: Designed with a large, scratch-resistant front shield and integrated interior lighting, providing a wide-angle view for delicate streaking and colony identification tasks.

• Bare-Hand or Sleevless Operation Options: Features advanced ergonomic port designs that seal tightly around the user’s arms, offering maximum dexterity and comfort during complex microbiological processing loops.

• Automatic Positive Pressure Balance: Programmed with intelligent pressure sensors that automatically inject gas mixtures to compensate for glove volume movements, preventing external air leaks.

Primary Applications

• Clinical Anaerobic Bacteriology: Isolating and culturing pathogenic anaerobic bacteria (such as Clostridium species, Bacteroides, and Fusobacterium) from medical and tissue biopsy samples.

• Gut Microbiome & Probiotic Research: Studying human and animal intestinal microflora, specialized probiotics, and metabolic digestion processes in a simulated biological track.

• Environmental & Waste Bio-Treatment: Cultivating methanogenic and sulfur-reducing bacteria involved in anaerobic digestion, biogas generation, and industrial wastewater remediation.

• Deep-Soil & Marine Microbiology: Evaluating subterranean geological mineral cores and deep-sea sediment microbes that thrive naturally away from atmospheric air.