Horizontal Laminar Flow Hood
Type G
Used in the UK, Ireland, Saudi Arabia, Hong Kong, and the UAE.
Type F
Used in the EU (except Ireland), Korea, Russia, Egypt, and mainland China.
Type B
Used in the USA, Canada, Japan, Taiwan, Mexico, and mainland China.
Type I
Used in Australia, New Zealand, and mainland China.
Country not listed? We ship worldwide. Please contact us if you are not sure which plug type you need.
Horizontal Laminar Flow Hood for Benchtop Experiments
Fully equipped with advanced sensor technology, full set of filters, stainless steel tray, and UV lighting
Overview | Specifications | Features | Gallery | In the Box | Accessories | Resources and Support
The Ossila Horizontal Laminar Flow Hood provides a sterile environment to conduct your experiments reliably. Achieve high purity laminar air flow with minimal turbulence to protect your samples from partical contamination.
The benchtop design makes it easy to move around and fit into your existing lab set up. It is the perfect choice if you are conducting small-scale experiments. Switch between horizontal and vertical setups thanks to the interchangeable design. This flexibility ensures you have the best configuration for your experimental setup.
Standing apart from other systems, laminar flow hoods from Ossila arrive complete with a compatible HEPA filter and pre-filter, sensors, control system, and tray.
Uniform Air Flow
510 m3hour-1
Low Operating Costs
Low-energy features
Easy to use
User friendly design
Two-Year Warranty
Buy with confidence
Interchangeable
Switch between a vertical or horizontal setup
Environmental Sensors
Continuous air quality management
Pressure Sensors
Maintain laminar flow in the right direction
UV Lighting
Guarantee a sterile workspace
Specification
| Air Flow | 510 m3hour-1 |
|---|---|
| Air Speed | 0.4 ms-1 |
| Motor Noise | 75 dB |
| Working Area | 590 mm x 630 mm |
| Orientation | Vertical or Horizontal |
| Air Cleanliness | ISO Class 5 |
| Filters | HEPA (H14) |
| Particle Sensing | LSAPC Sensor |
| Lighting | White 'Daylight' LED |
| UV Cleaning | 280 nm LED |
| Environment Sensors | Temperature |
| Pressure Sensing | Digital Differential Pressure Sensor |
Motor
| Motor Type | Single Speed AC Blower |
|---|---|
| Maximum Flow Rate | 510m3.hour-1 |
| Noise | 75 dB |
Dimensions and Weight
Horizontal Orientation
| Internal Area | 590 mm x 630 mm (23.23" x 24.80") |
|---|---|
| Internal Height | 580 mm (22.83") |
| Weight | 24 kg |
Materials and Finish
Plenum and Back Panels
| Material | 1.5 mm Aluminum |
|---|---|
| Finish | Textured Black Powder Coating |
Clear Side Panels and Sash
| Materials | 5 mm Acrylic |
|---|---|
| Finish | Transparent with polished edges |
Working Surface Tray
| Material | 1.5 mm Stainless Steel |
|---|---|
| Finish | #4 Brushed Finish |
Filtration
Woven Microfiber Pre-Filter
| Filter Grade | 60% (F5) Particle Filtration |
|---|---|
| Depth | 10 mm |
High Efficiency Particulate Air Filter
| Filter Grade | 99.99% (H13) Particle Filtration |
|---|---|
| Pore Size | 0.3 µm |
| Depth | 50 mm |
| ISO Classification | ISO Class 5 |
Environmental Sensors
Particle Sensor
| Sensor Type | Light Scattering Discrete Airborne Particulate Counter |
|---|---|
| Count Range | 0 particles.m-3 to 100,000 particles.m-3 |
| Count Accuracy | ±10% |
| Particle Size Bins | 0.3 µm – 1 µm 1 µm – 2.5 µm 2.5 µm – 5 µm 5 µm – 10 µm |
Differential Pressure Sensor
| Sensor Type | MEMS Barometric Pressure Sensor |
|---|---|
| Pressure Range | 30,000 Pa – 120,000 Pa |
| Accuracy | ±6 Pa |
| Resolution | ±0.2 Pa |
Lighting
White Light
| Type | High Efficiency LED Array |
|---|---|
| Brightness | 850 Lumens |
UV Light
| Type | High Efficiency UV LED |
|---|---|
| Wavelength | 280 nm (UVC) |
| Intensity | 26 mW |
Power Saving Features
| Timer Options | 10, 15, 30 minutes, and indefinite |
|---|---|
| Power Saving | Automatic UV Light Off |
User Interface
Display
| Type | 24 bit Colour TFT LCD Display |
|---|---|
| Resolution | 480 x 272 px |
| Size | 4.3" |
Interface
| Description | Tactile Keypad |
|---|
Power Supply
| Type | IEC C13 Power Cable |
|---|---|
| Voltage Range | 220 V – 240 V |
| Fuse | 1 A |
* Countries with 110V mains will require a step up transformer rated for powers up to at least 250W to operate the equipment.
Certification and Standards
| UK Conformity Assessment (UKCA) |
Low Voltage Electrical Equipment Electromagnetic Compatibility Restriction of Hazardous Substances |
|---|---|
| Conformitè Europëenne (CE) Mark |
Low Voltage Directive (2014/35/EU) Electromagnetic Compatibility (EMC) (2014/30/EU) Restriction of Hazardous Substances (RoHS) (2011/65/EU + 2015/863) |
| International Standards | BS EN 61010-1:2010 Safety requirements for electrical equipment for measurement, control, and laboratory use. General requirements. |
Horizontal Laminar Flow Hood Features
High Purity Air
Expertly designed to create an environment of high air quality, achieving up to ISO Class 5 standards. Through the use of H13 grade HEPA filters, it can effectively eliminate more than 99.99% of airborne contaminants.
Low Operating Costs
Boasting a range of energy-saving features: low-energy lighting, infrared motion sensors that activate standby mode, UV LED with adjustable timers, and back pressure sensors to track filter saturation. Collectively, these features ensure minimal power consumption and offer an environmentally conscious lab solution.
Smart Air Sensing Technology
Continuous air quality management ensures compliance with stringent ISO standards, and actively tracks filter saturation. Using this information, the motor operates at the optimal speed to maintain a clean air environment. This alerts you to upcoming HEPA filter replacements, streamlining system maintenance.
Fully Equipped
Our horizontal laminar flow hood offers all necessary features as standard, unlike other manufacturers. The price you see is all-inclusive of a fully functional laminar flow hood without any surprise costs or additional charges.
Horizontal Laminar Flow Hood Gallery
In the Box
- Flat-pack laminar flow hood with interchangeable configuration
- HEPA filter
- Pre-filter
- Stainless steel tray
Accessories and Related Products
Resources and Support
Why Choose a Horizontal Laminar Flow Hood?
Significant Protection from Contamination
Air flows parallel to the work bench, continuously removing dust and other particles from the hood. This minimizes the risk of your samples being compromised by unwanted particles in your workspace, such as dust on gloves or stray materials.
Reduced Risk of User Contamination
Placing your hands into a horizontal laminar flow hood does not interrupt the laminar flow. Dust and impurities on your hands or gloves are quickly pushed out of the workspace, and user contamination is greatly reduced as a result.
Smooth Air Flow at Bench
Turbulence near the work bench is less likely with the horizontal configuration than the vertical configuration. If you are consistently working on the bench top with media plates or small-area thin films, it will protect your samples effectively without disturbing them.
Vertical vs Horizontal Laminar Flow Hood
The difference between a vertical and horizontal laminar flow hood is the direction of air flow through the workspace.
Read more...
Getting Started with the Laminar Flow Hood
This short video guide shows you how to get started with your new equipment. It is easy to control the fan, lighting, and internal UV light.
Read more...