MtoZ Biolabs' Single-Person Desktop Laminar Flow Hood is a localized air purification unit that uses high-efficiency filtered unidirectional airflow to create a clean working environment and protect samples from contamination during laboratory operations.
Product Features
1. Compact Desktop Structure
Built in a single-person desktop format for space-efficient use in routine laboratory settings.
2. Adjustable Airflow System
Uses an adjustable fan system to keep average airflow within the rated range of the clean working zone.
3. Multi-Stage Purification Design
Air passes through a pre-filter, centrifugal fan, static pressure chamber, and high-efficiency filter to generate a uniform clean airflow.
4. Clean Working Zone
The purified airflow sweeps particles away from the operating area to maintain a high-cleanliness environment.
5. Integrated Lighting Configuration
Equipped with fluorescent and UV lamp positions to support routine operation and workspace preparation.
Product Specifications
|
Cleanliness Level |
Class 100 |
|
Average Air Velocity |
0.25 ~ 0.45 m/s |
|
Noise Level |
≤62 dB(A) |
|
Illumination |
≥300 Lx |
|
Working Area Dimensions |
690 × 490 × 490 mm |
|
Overall Dimensions |
850 × 530 × 850 mm |
|
High-Efficiency Filter Size |
675 × 410 × 38 mm |
Product Advantages
1. Controlled Cleanliness
Provides a defined clean-air environment for operations that require low particulate background and cleaner bench conditions.
2. Space Saving
The compact desktop design fits easily on standard laboratory benches and is especially suitable for small laboratories with limited space.
3. Durable Construction
The housing is made of high-quality cold-rolled steel with a coated surface for smooth finish, corrosion resistance, and easy cleaning.
4. Low-Noise Operation
With a noise level of no more than 62 dB(A), the unit helps maintain a quieter and more comfortable working environment.
5. Easy Maintenance
The prefilter can be cleaned and reused, and the high-efficiency filter is easy to replace, helping extend service life and reduce long-term maintenance costs.
6. Rapid Start-Up
The system can reach the required high-cleanliness condition within 10 minutes after start-up, supporting faster laboratory operation.
