flow sciences lab design184.168.43.176/downloads/sheets/flowsciences-labdesigncutsheet.pdfsimplicity...

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LAB DESIGN SERIES FLOW SCIENCES LAB DESIGN WITH THE SAF T FLOW™ FUME HOOD, THE LEV III™ PROCESS HOOD AND MORE Saf T Flow™ Fume Hood LEV III™ Process Hoods Portable Tables FSI Core Steel Casework OVER 60% OF ENERGY SAVINGS WITH THE SAF T FLOW™ SERIES SAVE ENERGY AND LAB SPACE BY MOVING PROCESS APPLICATIONS OUT OF FUME HOODS STAINLESS STEEL AND POWDER COATED TABLES AND CARTS FOR MAXIMUM MOBILITY BASE CABINETS AND STEEL LAB CABINETS FOR FUME HOODS AND OTHER CONTAINMENT ENCLOSURES

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Page 1: FLOW SCIENCES LAB DESIGN184.168.43.176/downloads/sheets/FlowSciences-LabDesignCutsheet.pdfsimplicity in lab planning, layout, and HVAC coordination Broen fittings with flexible tubing

LAB DESIGN SERIES

FLOW SCIENCES LAB DESIGNWITH THE SAF T FLOW™ FUME HOOD,

THE LEV III™ PROCESS HOOD AND MORE

Saf T Flow™Fume Hood

LEV III™Process Hoods

PortableTables

FSI CoreSteel Casework

OVER 60% OF ENERGY SAVINGS WITH THE

SAF T FLOW™ SERIES

SAVE ENERGY AND LAB SPACE BY MOVING PROCESS

APPLICATIONS OUT OF FUME HOODS

STAINLESS STEEL AND POWDER COATED TABLES

AND CARTS FOR MAXIMUM MOBILITY

BASE CABINETS AND STEEL LAB CABINETS FOR FUME

HOODS AND OTHER CONTAINMENT ENCLOSURES

Page 2: FLOW SCIENCES LAB DESIGN184.168.43.176/downloads/sheets/FlowSciences-LabDesignCutsheet.pdfsimplicity in lab planning, layout, and HVAC coordination Broen fittings with flexible tubing

• Overlapping sash bypass provides better containment and does not require change if VAV is installed• All standard hoods have been tested to ANSI-ASHRAE 110• Heavy gauge superstructure and #35 steel chain drive will run 500,000 cycles without breaking• Slide-out top system to easily replace the top without lifting the superstructure • Run at 60 CFM to save over 60% of energy or thousands of dollars

SAF T FLOW™ FUME HOOD

BASE CABINETS AND STEEL LAB CABINETS

BENCHTOP HOOD

DISTILLATION HOODFLOOR MOUNTED HOOD

STANDARD CABINETS

FLAMMABLE / SOLVENT CABINETS

ACID / CORROSIVES CABINETS

DRAWER OVER DOOR CABINETS

DRAWER OVER DOOR CABINETS

24” 30” 36” 48” 60”

24” 30” 36” 48”

24” 30” 36” 48” 60”

24” 30” 36” 48”

• EPOXY PAINTED STEEL CONSTRUCTION• SINGLE INTERMEDIATE SHELF SUPPLIED• OPEN BACK• 5’ BASE CABINET OPTION

• DOUBLE STEEL WALLS• SINGLE INTERMEDIATE SHELF SUPPLIED• ALL FLAMMABLE CABINETS BUILT TO CONSTRUCTION STANDARDS EXPRESSED IN NFPA 30: SECTION 9.5.2(2)

• EPOXY PAINTED STEEL CONSTRUCTION• INTERIOR LINED WITH 3MM FRP PANEL• SINGLE INTERMEDIATE SHELF SUPPLIED

• EPOXY PAINTED STEEL CONSTRUCTION• SINGLE INTERMEDIATE SHELF SUPPLIED• OPEN BACK• 5’ CORNER CABINET L/R

BASE

CABIN

ETS F

OH HO

ODS

LAB B

ENCH

S

CABINETS ARE AVAILABLE IN

VARIABLE DEPTHS TO ACCOMODATE BOTH FUME HOODS AND OTHER STANDARD

ENCLOSURES

3’, 4’, 5’, 6’, 8’ Available

3’, 4’, 5’, 6’, 8’ Available3’, 4’, 5’, 6’, 8’ Available

Page 3: FLOW SCIENCES LAB DESIGN184.168.43.176/downloads/sheets/FlowSciences-LabDesignCutsheet.pdfsimplicity in lab planning, layout, and HVAC coordination Broen fittings with flexible tubing

• Save Energy and Lab Space by moving process applications out of Fume Hoods

• Glass or Acrylic viewing panels with polypropylene superstruture

• Portable and flexible to move from room to room or around lab space

• High containment as a low cost, low exhaust alternative

• Ideal for process applications, like Flash Chromatography, Rotary Evaporators, Microwave Digestions, Oven Processes, etc.

LEV III™ PROCESS HOODSOPEN FACE OPTIONS

CLOSED FACE OPTIONS

FOR APPLICATIONS WHERE MANIPULATION DURING THE PROCESS IS NECESARY

FOR LOAD AND GO APPLICATIONS TO REDUCE CFM NEEDS

FITNESS – Make sure that your containment solution matches your process needs. Some process applications can be moved out of fume hoods to save both energy and laboratory space.

APPLICABILITY – Choosing the right materials is essential for effective laboratory design. Wet labs require the use of chemically-resistant materials that are easy to clean and resist bacterial growth and corrosion. Laboratories with sensitive electronic equipment require the use of static-dissipative materials.

Whether you are designing a new laboratory or renovating an existing facility, it’s important to consider the fitness and applicability of fume hoods. Flow Sciences’ Saf-T-Flow™ Fume Hood Series are ducted for maximum safety and efficiency with minimum energy input. The Saf-T-Flow™ hood uses an overlapping sash bypass system that saves energy by significantly reducing the volume of air needed to clear fumes, vapors, and dust from the workspace. Fume hoods are ideal for wet chemistry applications where operators handle biological agents, chemicals, drugs, and other suspended liquids, but some laboratories combine wet chemistry and dry lab function. The use of special instrumentation requires modern laboratory design that is flexible and adapted to the needs of specific applications, from robotic equipment and rotary evaporators to microwaves and flash chromatography. For complex processes, Flow Sciences’ Saf-T-Flow™ Fume Hood can be coupled with the LEV III™ in order to optimize the utility of your laboratory design.

QUICK TIPS FOR LAB DESIGN

THE SCIENCE OF CHOICE

SAF T FLOW™ FUME HOOD LEV III™ PROCESS HOOD

SAFETY

FLEXIBILITY

CONTROLS &PLUMBING

MATERIAL OFCONSTRUCTION

FACEOPENING

Eliminates vapors and fumes associated with wet

chemistry and process equipment applications

Most effective containment for flash chromatrography,

rotovaps, and bulk processing for wet-dry

applications

Lightweight enclosure is portable, allowing for easy

layout adjustments

Standard design maximizes simplicity in lab planning,

layout, and HVAC coordination

Broen fittings with flexible tubing feature plumbed and fitted

connectors for existing house services

Optional built-in fire safety technology independently detects and automatically

extinguishes fires

Polypropylene superstructure comes with static-dissipative acrylic or fire-resistant

glass paneling

14 and 18-gauge framing system assures superstructure stability

Sliding-sash with optional sash stops to rapidly change the face opening for application

needs

Hinged and open-face options to accommodate load-and-go applications

or more hands-on processing

FLEXIBILITY – Rapid advancements in laboratory technology and the emergence of new areas of scientific research require flexible furniture choices that can accomodate specialized instrumentation.

ADAPTABILITY – Don’t rely on traditional solutions or casework to design your lab space. Changing laboratory layout requires a significant investment in new construction and results in downtime that affects performance.

Page 4: FLOW SCIENCES LAB DESIGN184.168.43.176/downloads/sheets/FlowSciences-LabDesignCutsheet.pdfsimplicity in lab planning, layout, and HVAC coordination Broen fittings with flexible tubing

TABLES AND CARTS

STAINLESS STEELTABLES AND CARTS

IN SIZES TO FIT ALL STANDARD

ENCLOSURES

POWDER COATEDTABLES AND CARTS

MILD STEEL IN SIZES

TO FIT ALL STANDARD ENCLOSURES

ADA / ERGONOMICLIFT TABLES AND CARTS

BUTTON CONTROLLED ADJUSTABLE HEIGHT IN STAINLESS OR POWDER

COATED MILD STEEL

OTHER FLOW SCIENCES HOODS

GLOVEBOX WORKSTATION BULK POWER API ENCLOSURE NITROGENEMA™ GLOVEBOX TASK SPECIFIC ENCLOSURES

GO TO FLOWSCIENCES.COM OR SCAN THE QR CODE TOLEARN MORE ABOUT THE SAF T FLOW™ FUME

HOOD AND WATCH THE NEW FUME HOOD VIDEOS!

FLOWSCIENCES.COMREV: 2

FLOW SCIENCES ADVANTAGE• Order In / Order Out in Six Weeks. FSI’s manufacturing capabilites and intuitive design allow for assembly parts to be prepared early in the process to ensure fast delivery times.

• Flow Sciences’ engineers design containment solutions for your lab needs and run CFD (Computational Fluid Dynamics) models to test the airflow in a system before production begins.

• All enlosures and hoods have an auto approval using sign-off drawings to ensure everything is correct before proceeding to manufacturing.

• Reliable tracking and safe packaging ensure timely shipments.