Our Class II biosafety cabinet is designed for laboratory applications requiring controlled airflow and high-efficiency filtration. Featuring a stainless steel work area, an intuitive control panel and a top exhaust connection, this biosafety cabinet class 2 supports personnel protection, product protection and environmental protection. Custom configurations are available according to laboratory requirements, technical specifications and project needs.
LABORATORY BIOSAFETY EQUIPMENT
Designed to support personnel protection, product protection and contamination control through controlled airflow and high-efficiency filtration.
Product configuration and performance are confirmed according to the selected model and project requirements.
A Class II biological safety cabinet combines controlled airflow and filtration to support appropriate laboratory procedures.
Inward airflow at the front opening helps limit the release of potentially hazardous airborne contaminants.
HEPA-filtered downflow helps provide a controlled working environment for suitable laboratory procedures.
Controlled airflow and filtered exhaust help support containment according to the cabinet design.
Airflow management is central to Class II biological safety cabinet design. Front inflow, filtered downflow and exhaust filtration work together according to the selected cabinet configuration.
Actual airflow paths and performance values must be verified against the technical documentation for the offered model.

Explore the main components of the cabinet, including the stainless steel work area, front controls and top exhaust connection.

A practical interior workspace designed for laboratory operations. Material grade and construction details are subject to confirmation.

The pictured unit features a turquoise front panel, a display interface and a red emergency stop button. Available control functions should be confirmed.

The pictured cabinet has a top-mounted exhaust duct. Connection dimensions, exhaust requirements and installation interfaces must be confirmed for the selected model.

Review the overall cabinet structure, support frame and service connections when planning laboratory layout and installation.
The following table provides a technical review framework. Final values must be confirmed using the actual product datasheet.
| Product Type | Class II Biological Safety Cabinet |
|---|---|
| Model | To be confirmed |
| Cabinet Type | To be confirmed (A2 / B2 / other) |
| External Dimensions (W x D x H) | To be confirmed |
| Working Area Dimensions | To be confirmed |
| Airflow Configuration | To be confirmed |
| Supply / Downflow Filter | Type and efficiency to be confirmed |
| Exhaust Filter | Type and efficiency to be confirmed |
| Downflow Velocity | To be confirmed (m/s) |
| Inflow Velocity | To be confirmed (m/s) |
| Exhaust Connection | Dimensions and requirements to be confirmed |
| Power Supply | Voltage / Frequency to be confirmed |
| Noise Level | To be confirmed (dB(A)) |
| Alarm & Control Functions | To be confirmed |
| Applicable Standards / Certifications | To be confirmed for the offered model |
Inspection procedures and documentation should correspond to the product specification, agreed acceptance criteria and applicable requirements.

Verify airflow measurements against the specified acceptance criteria where included in the test scope.
Verify filter integrity using the agreed test method where required and available.
Check relevant electrical functions, displays and alarms according to the selected configuration.
Confirm the availability of inspection records, test reports and product documentation.
Suitable applications depend on the biological risk assessment, laboratory procedures and cabinet configuration.

For suitable microbiological workflows requiring controlled handling and biological containment.

For suitable research procedures involving biological materials and controlled laboratory practices.
Discuss laboratory procedures, protection requirements and the intended working environment.
Confirm dimensions, airflow configuration, utilities and exhaust connection requirements.
Review the proposed configuration, technical documentation, and delivery scope.

Share your required dimensions, laboratory application, airflow and exhaust requirements, power supply and applicable standards. We can coordinate the proposed configuration according to your project needs.