The StemAids Laboratory Fume Cupboard with Extraction Fan is a ducted chemical safety enclosure designed to remove harmful fumes, vapours, odours, gases, and airborne contaminants from the laboratory working area. It is suitable for chemistry laboratories, schools, colleges, pharmaceutical labs, research facilities, industrial quality-control laboratories, testing labs, and institutional science laboratories.
Product Description
The StemAids Laboratory Fume Cupboard with Extraction Fan provides a controlled workspace for handling chemicals that may release fumes or vapours during experiments, heating, mixing, reagent preparation, sample digestion, solvent handling, acid handling, and routine laboratory processes. The extraction fan draws contaminated air away from the user and directs it through a ducting system for safe discharge outside the laboratory.
The fume cupboard is designed with a front sash, work chamber, chemical-resistant worktop, exhaust collar, internal lighting, and extraction fan system. It helps protect laboratory personnel by maintaining inward airflow at the front opening and reducing the risk of fumes spreading into the room.
Important Note: This is a chemical fume cupboard, not a biological safety cabinet. It should not be used for infectious biological materials, radioactive substances, explosive reactions, or highly toxic chemicals unless the complete system design, ducting, airflow, filtration, and safety controls are approved by qualified laboratory safety personnel.
Product Specifications
| Parameter | Details |
|---|---|
| Product Name | Laboratory Fume Cupboard with Extraction Fan |
| Brand | StemAids |
| Product Type | Ducted laboratory fume cupboard / chemical fume hood |
| Function | Extraction of fumes, vapours, odours, gases, and airborne contaminants from laboratory work area |
| Airflow Type | External ducted exhaust with extraction fan |
| Recommended Face Velocity | Typically 0.4 to 0.6 m/s, depending on laboratory standard, sash height, and installation design |
| Extraction Fan Type | FRP centrifugal blower, PP blower, or corrosion-resistant exhaust fan depending on configuration |
| Sash Type | Vertical sliding toughened glass sash or model-specific safety glass sash |
| Body Material | Powder-coated mild steel, stainless steel, PP, or chemical-resistant construction depending on selected model |
| Inner Lining | Chemical-resistant PP, FRP, stainless steel, or compact laminate depending on application |
| Worktop | Epoxy resin, granite, ceramic, PP, or chemical-resistant worktop depending on configuration |
| Lighting | Internal LED / fluorescent illumination, isolated from chemical work zone depending on design |
| Electrical Sockets | Optional laboratory-grade electrical sockets with suitable protection, depending on configuration |
| Utility Options | Optional gas tap, water tap, vacuum tap, sink, drain cup, and service valves |
| Duct Connection | Top or rear exhaust collar suitable for external ducting |
| Available Widths | Commonly 900 mm, 1200 mm, 1500 mm, 1800 mm, or custom size as per laboratory requirement |
| Installation Type | Bench-mounted, floor-mounted, or cabinet-mounted depending on model |
| Base Cabinet | Optional chemical storage base cabinet, acid/alkali cabinet, or open stand |
| Application | Chemical handling, solvent work, acid digestion, reagent preparation, sample heating, fume extraction, and laboratory safety |
| Suitable For | Schools, colleges, universities, chemistry labs, pharmaceutical labs, research labs, QC labs, testing labs, and institutional laboratories |
Key Features
- Ducted fume cupboard for chemical fume and vapour extraction
- Integrated extraction fan supports continuous removal of contaminated air
- Vertical sash helps create a physical barrier between user and experiment
- Chemical-resistant work chamber suitable for routine laboratory handling
- Optional utility services such as gas, water, vacuum, sink, and electrical sockets
- Designed to maintain inward airflow at the working opening
- Suitable for schools, colleges, research labs, pharmaceutical labs, and QC facilities
- Available in different widths and material configurations
- Supports safer handling of acids, solvents, reagents, odours, and fumes when properly installed
- Can be supplied with base cabinet or bench-mounted setup as per laboratory layout
How to Use
- Ensure the StemAids Laboratory Fume Cupboard is connected to a properly designed external ducting system.
- Switch on the extraction fan before placing chemicals or apparatus inside the work chamber.
- Check the airflow indicator, tissue test, or installed airflow monitor before starting work.
- Keep the sash at the recommended working height to maintain proper face velocity.
- Place chemicals, beakers, flasks, burners, and instruments at least 150 mm inside the hood opening where practical.
- Keep only the required chemicals and apparatus inside the fume cupboard.
- Do not block the rear baffle, side airflow path, or exhaust opening.
- Keep chemical containers closed when not actively in use.
- Perform work slowly to avoid disturbing airflow inside the cupboard.
- After completing the work, allow the extraction fan to run for a short purge period.
- Clean the worktop and remove chemical residues using a suitable laboratory-safe method.
- Switch off the fan only after fumes have been cleared from the chamber.
Applications
- Chemical fume extraction
- Solvent handling and evaporation work
- Acid and alkali handling
- Reagent preparation and sample transfer
- Heating and digestion of chemical samples
- Odour removal from laboratory processes
- School and college chemistry practicals
- Pharmaceutical and industrial QC testing
- Research laboratory sample preparation
- Environmental and analytical laboratory workflows
Safety and Handling Guidelines
- Use the fume cupboard only after confirming that the extraction fan and ducting are working properly.
- Do not use the fume cupboard if airflow is weak, reversed, unstable, or not verified.
- Keep the sash as low as practical during operation for better user protection.
- Do not store unnecessary chemicals inside the working chamber.
- Do not use for explosive reactions unless the hood is specially designed for that risk.
- Do not use for biological containment unless the equipment is specifically certified for biological safety.
- Keep ignition sources away when working with flammable solvents.
- Use suitable PPE such as lab coat, gloves, goggles, and face protection where required.
- Follow SDS instructions for every chemical used inside the fume cupboard.
- Do not place your head inside the hood while work is in progress.
- Clean spills immediately using approved spill-control procedures.
- Schedule periodic airflow testing, duct inspection, fan maintenance, and sash inspection.
Quality and E-E-A-T Notes
The StemAids Laboratory Fume Cupboard with Extraction Fan supports evidence-based laboratory safety by using controlled airflow, external exhaust, physical sash protection, chemical-resistant construction, and planned ventilation. For reliable safety performance, laboratories should maintain airflow test records, fan maintenance logs, duct inspection reports, chemical compatibility records, SDS documentation, and SOP-based user training.
FAQ
1. What is the StemAids Laboratory Fume Cupboard with Extraction Fan used for?
It is used to remove chemical fumes, vapours, odours, gases, and airborne contaminants from laboratory work areas through a ducted exhaust system.
2. Does this fume cupboard require ducting?
Yes, it is a ducted fume cupboard and must be connected to a suitable external exhaust ducting system.
3. What is the role of the extraction fan?
The extraction fan creates airflow that pulls contaminated air from the work chamber and discharges it through the duct system.
4. What is the recommended face velocity?
Many laboratory fume cupboards are designed around a face velocity of approximately 0.4 to 0.6 m/s, depending on the applicable safety standard and laboratory design.
5. Can it be used for acid handling?
Yes, acid handling is possible when the fume cupboard lining, worktop, ducting, and fan material are compatible with the acid vapours being used.
6. Can it be used for solvent handling?
Yes, solvent vapour handling is possible when ventilation, airflow, fan type, ducting, and fire-safety precautions are suitable for the solvent risk.
7. Is this a ductless fume hood?
No, this is a ducted fume cupboard. It removes contaminated air through external ducting instead of recirculating filtered air back into the room.
8. Is it suitable for school and college laboratories?
Yes, it is suitable for educational chemistry laboratories when installed correctly and used under supervision with proper safety procedures.
9. Can chemicals be stored inside the fume cupboard?
The work chamber should not be used as a chemical storage area. Only chemicals required for the current procedure should be kept inside during work.
10. What should be checked before use?
Check fan operation, airflow direction, sash movement, worktop cleanliness, duct connection, and chemical compatibility before starting work.
11. What happens if the airflow is weak?
Stop work immediately and do not use the fume cupboard until the fan, ducting, airflow path, and exhaust system are inspected and corrected.
12. How should the fume cupboard be maintained?
Clean the worktop regularly, inspect the sash and seals, verify airflow, service the extraction fan, check ducting, inspect the work chamber lining, and document maintenance according to laboratory SOP.
Why Choose StemAids?
StemAids laboratory safety equipment is selected for practical workflows, user protection, and institutional laboratory requirements. The StemAids Laboratory Fume Cupboard with Extraction Fan supports chemical fume extraction, controlled airflow, external exhaust connection, durable laboratory construction, and safer handling for schools, colleges, chemistry labs, pharmaceutical units, research laboratories, and industrial quality-control departments.
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