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Pharmacon™ Downflow Booths
Pharmacon™ Downflow Booths
Origin of place Singapore
Model Pharmacon™ Downflow Booths
Supplier ESCO
Price
Hits 2297
Updated 8/16/2024
  • Product Detail
  • Company Profile

Downflow Booths provide containment by utilizing high velocity air to capture airborne dust particles. Downflow Booths are versatile devices that can: 
 

Be used to control exposure risk to hazardous materials for a wide variety of equipment and processes.
When used correctly, provide Operator Exposure Levels (OEL's) ≤100 micrograms/meter3 over an 8 hour Time Weighted Average (TWA).
Enhance cGMP practices.

Features

Modular, easy-to-clean rigid design with minimal joints.
Single, Two-Stage or Three-Stage HEPA/ULPA filtration can be accommodated.
Removable bulkhead panels enable access to fine dust filter for service from inside the booth.
Re-circulatory Airflow or Single Pass Airflow if solvent or hazardous fumes are present in the process (may also require explosion proof electricals).
Cooling Coils can be fitted to offset heat gains in re-circulatory airflow systems.
HEPA/ULPA gel-seal downflow filters are replaceable from within the boot. Gel-seal is more reliable than conventional gasketed seals.
Voltage-compensating blower(s) ensure stable airflow.
Magnehelic gauges provide convenient and reliable means for monitoring booth airflow.
Booths ship knocked-down for site assembly.
Compact ceiling and rear plenums maximize usable work area while minimizing floor space.
IQ/OQ protocols available.
Energy-efficient tear-drop light fittings minimize airflow disruption.
Comprehensive factory and site acceptance tests include: filter integrity, particle count (air cleanliness), downflow velocity and uniformity, exhaust velocity/volume, containment zone verification, noise level, light intensity, temperature rise and electrical safety.
Containment performance verified according to the ISPE Good Practice Guide, Assessing the Particulate Containment Performance of Pharmaceutical Equipment.

Models

Accessories

Options 

Bag-in  bag-out  filter  housings  for  safe filter  change.
Total  exhaust  airflow.
Built-in  cooling  coils  to  offset  booth  temperature  rise.
Facia  cavities  for  computers,  screens,  printers.
Front  PVC  strips.
Services  such  as  N2,  water,  compressed  air.
Network  connections.
Containment  screen  for  high-containment  applications.
Integral  equipment  such  as  drum  lifters.
Hazardous  area  applications.
Temp  and  humidity  control  systems.
Entry  and  exit  airlocks.
Touchscreen  and  digital  pressure  alarms in  lieu  of  switches  and  pressure  gauges.

Project Process Flow 

Project  Lead  Received
Initial  Contact  by  Esco  Technical  Sales  Engineer  On-Site  Visit  to  Determine Customer  Needs.
First  Proposal  Submitted  Complete  With  Submittal  Drawings  and  Quote.
Follow  Up  Visit(s)  and  Refinement(s)  to  Requirements.
Final  Proposal  Submitted,  Agremeent  on  Commercial  Details.
Customer  Issues  Purchase  Order.
Mechanical  and  Electrical  Engineering  at  Esco.
Customer  Approval  of  Design  and  Drawings.
Fabrication  and  Assembly.
Integration  of  Externally  Sourced  Equipment  (If  Required).
Factory  Acceptance  Test  at  Esco  with  Documentation.
Packaging  and  Transport.
Field  Service  Installation  and  Site  Acceptance  Test.

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