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Core Protection Capability
Operator Protection
Sample Protection
Environmental Protection
Sterile Working Conditions
Key Features
Max Opening 480mm
The maximum opening of 480mm provides practical access for routine laboratory tasks while supporting controlled cabinet operation and workspace usability.
Stable Inflow Air Velocity
The cabinet maintains an inflow air velocity of 0.53 ± 0.025 m/s, helping support safe containment and protection around the working zone.
Controlled Down Flow Air Velocity
The down flow air velocity of 0.33 ± 0.025 m/s helps sustain a clean and controlled sterile environment for laboratory sample handling.
Controlled and Sterile Working Environment
Provides a controlled and sterile working environment for safe biological handling and laboratory protection.
Controlled Airflow Support
Controlled airflow helps create a sterile and protected working zone, supporting both containment and clean airflow delivery during sensitive laboratory procedures.
Strict Laboratory Safety Support
Suitable for environments that require strict safety measures, including healthcare, pharmaceutical, and research facilities handling sensitive or hazardous biological materials.
Biological Safety Cabinet Product Information
| Primary Function | Provides a controlled and sterile working environment for safe biological handling and laboratory protection |
| Max Opening | 480mm |
| Inflow Air Velocity | 0.53 ± 0.025 m/s |
| Down Flow Air Velocity | 0.33 ± 0.025 m/s |
| Core Protection | Protection for the operator, the samples, and the surrounding environment |
| Recommended Applications | Microbiology, biomedical research, DNA recombinant work, animal studies, and biological product handling |
| Suitable Environments | Medical and healthcare facilities, pharmaceutical laboratories, research institutions, microbiology labs, biomedical research centres, hospitals, academic institutions, and research organisations |
Benefits of Choosing This Biological Safety Cabinet
Operator Protection
Supports safer operation by helping protect laboratory personnel during biological handling and exposure-sensitive tasks.
Sample Protection
Helps maintain sterile conditions for valuable samples and laboratory materials during controlled procedures.
Environmental Protection
Reduces the risk of contamination in the surrounding workspace and supports safer laboratory environments.
Strict Safety Support
Suitable for settings where strict safety measures are essential, including healthcare, pharmaceutical, and research facilities.
Contamination Control
Helps minimise contamination and reduce exposure to hazardous biological agents during laboratory work.
Stable Airflow Performance
Consistent airflow supports research and medical environments that need stable working conditions for biological procedures.
Airflow Performance and Safety Role
Why Air Velocity Matters
Controlled airflow is one of the most important parts of biological safety cabinet performance because it helps create a sterile and protected working zone.
Containment and Clean Airflow Balance
The inflow air velocity of 0.53 ± 0.025 m/s and the downflow air velocity of 0.33 ± 0.025 m/s support a balance between containment and clean airflow delivery.
Important for Sensitive Laboratory Work
A biological safety cabinet is essential wherever hazardous biological agents, sterile procedures, and contamination prevention are part of daily work.
Designed for Sterile Laboratory and Medical Protection
The Biological Safety Cabinet helps maintain sterile working conditions, improve biosafety, and reduce contamination risks while protecting the operator, samples, and surrounding environment during sensitive laboratory procedures.
Typical Applications
Microbiology Laboratory Procedures
Biomedical Research Workstations
DNA Recombinant Work and Related Studies
Animal Study Environments
Biological Product Handling
Medical and Healthcare Laboratory Operations
Pharmaceutical Laboratory Safety Workflows
Research Institution Sample Handling
Hazardous Biological Agent Control
Sterile Work Requiring Contamination Minimisation
Inquiry - Biological Safety Cabinet
