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Power: 70 W
Depth: 663 mm
Height: 1,267 mm
... . Our range of Vertical Laminar Flow Cabinets are self-contained laboratory workstations and the ideal solution when protecting samples from particle contamination is vital. HOW DOES A LAMINAR FLOW CABINET ...
Monmouth Scientific
Power: 138 W
Depth: 721 mm
Height: 1,195 mm
... protecting samples from particle contamination. HOW DOES A LAMINAR FLOW CABINET WORK? A horizontal flow of ULPA-filtered air cascades unidirectionally from the rear of the cabinet across the work ...
Monmouth Scientific
Face velocity: 0.4 m/s
Power: 200, 250, 170 W
Depth: 832 mm
... from the working area, ensuring that cabinets do not require linking to traditional ducting. This allows for easy maneuverability and repositioning whilst ensuring low energy consumption. Additionally, the cabinet ...
Monmouth Scientific
Power: 65 W
Depth: 663 mm
Height: 1,267 mm
... . Our range of Vertical Laminar Flow Cabinets are self-contained laboratory workstations and the ideal solution when protecting samples from particle contamination is vital. HOW DOES A LAMINAR FLOW CABINET ...
Monmouth Scientific
Power: 80 W
Depth: 663 mm
Height: 1,267 mm
... . Our range of Vertical Laminar Flow Cabinets are self-contained laboratory workstations and the ideal solution when protecting samples from particle contamination is vital. HOW DOES A LAMINAR FLOW CABINET ...
Monmouth Scientific
Power: 90 W
Depth: 663 mm
Height: 1,267 mm
... . Our range of Vertical Laminar Flow Cabinets are self-contained laboratory workstations and the ideal solution when protecting samples from particle contamination is vital. HOW DOES A LAMINAR FLOW CABINET ...
Monmouth Scientific
Power: 92 W
Depth: 506 mm
Height: 1,086 mm
... . Our range of Vertical Laminar Flow Cabinets are self-contained laboratory workstations and the ideal solution when protecting samples from particle contamination is vital. HOW DOES A LAMINAR FLOW CABINET ...
Monmouth Scientific
Power: 65 W
Depth: 721 mm
Height: 1,195 mm
... protecting samples from particle contamination. HOW DOES A LAMINAR FLOW CABINET WORK? A horizontal flow of ULPA-filtered air cascades unidirectionally from the rear of the cabinet across the work ...
Monmouth Scientific
Power: 230 W
Depth: 721 mm
Height: 1,195 mm
... protecting samples from particle contamination. HOW DOES A LAMINAR FLOW CABINET WORK? A horizontal flow of ULPA-filtered air cascades unidirectionally from the rear of the cabinet across the work ...
Monmouth Scientific
Power: 200 W
Depth: 560 mm
Height: 875 mm
Our PCR Cabinet is a self-contained sterile working environment and the ideal solution when protecting sensitive PCR samples from contamination. CREATING CLEAN ENVIRONMENTS HEPA filters, 99.997% efficient at 0.12um ...
Monmouth Scientific
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