GLOVEBOX WORKSTATION


LFBC™ Lateral Flow Bio Containment Isolator for HPAPI Processing

• Designed for working with HPAPI, ADCs, Oncology, and more
• HEPA inlet filter for internal ISO 5 or better interior
• Surrogate Powder Testing Below 30 ng/m3
• Polypropylene Frame with Acrylic or Glass Panels

GLOVEBOX WORKSTATION


LFBC™ Lateral Flow Bio Containment for HPAPI Processing

• Designed for working with HPAPI, ADCs, Oncology, and more
• HEPA inlet filter for internal ISO 5 or better interior
• Surrogate Powder Testing Below 30 ng/m3
• Polypropylene Frame with Acrylic or Glass Panels

PROCESS

Handling and manipulation of API (Active Pharmaceutical Ingredients) and HPAPIs (Highly Potent Active Pharmaceutical Ingredients) where personnel protection is required.

CONTAINMENT

Heavily dependent on potency and quantity of the toxic material being worked with, this unit can contain to nanogram levels and from OEB 3-5. Consult FSI about your application.

EQUIPMENT

The Glovebox Workstation can provide containment for many applications and equipment, including balances, ovens, FTIR, sieves, and many more.  Search TaskMatch for more information.


FEATURES & BENEFITS


SAFETY

The Glovebox Workstation series provides containment for highly toxic applications using APIs that need more safety than an opened face enclosure. FSI engineering controls are built in to prevent loss of containment. Third Party testing has proven containment on these units to below 30 ng/m³ based on process and quantity.

ISO 5 OR BETTER INTERIOR CLEANLINESS

The HEPA inlet provides the interior with a laminar airflow. This HEPA clean environment meets or exceeds ISO 5 for clean processing of work while protecting operators from exposure.

UNIVERSAL SIDE PORT / TRANSFER PORT

Side port with universal options including double-safe waste chute, continuous liner, RTP port, and more through customization. The side port and transfer port can be moved to either side. The transfer port provided ingress and egress of items into and out of the enclosure without exposing the operator or the interior environment to contamination.

DESIGN

Designed as the next step in containment above the FSI Hybrid Isolator, this unit is able to effectively contain using HEPA clean air inlet and HEPA air out. This creates laminar airflow across the interior. The Glovebox Workstation is equipped with dual 4” thick HEPA filters that can be recirculated into the lab or sent directly to house exhaust.

CONSTRUCTION

This unit comes standard with either acrylic (EGP Series) or glass (EGG Series) viewing panels, as well as a dished phenolic resin base and polypropylene superstructure.

HEPA FILTRATION

The Glovebox Workstation system is equipped with a 4" HEPA filter inlet and primary and secondary 4” HEPA outlet filters that can be recirculated into the lab or sent directly to house exhaust.

BASE / TOP OPTIONS

Standard options for the base include a regular base, regular base with a 4" tri-clover/tri-clamp fitting to accept powder transfer options, as well as a standard option to purchase the unit without a base so a custom base can be applied.

LED LIGHT

This enclosure features an internal white LED light for improved visibility inside of the enclosure with adjustable angle to direct light onto the application. Also available in Amber LED through customization.

FRONT LIFT DOOR

The glove ports sit in a front lift door that opens vertically to effectively load and unload equipment. This door is hinged for ease of use.


IMPROVED AIRFLOW DESIGN - ISO 5 INTERIOR CLEANLINESS

The HEPA inlet (1) provides the interior with laminar airflow. This HEPA clean environment (2) meets or betters ISO 5 for clean processing of work while protecting operators from exposure. The Bag-in/Bag-out Dual HEPA exhaust (3) ensures safe recirculation of air into the room or connection to house exhaust.


STANDARD OPTIONS


STANDARD SIZES

The Glovebox Workstation is available in 4, 5, and 6 foot standard width options. All units are 30” deep with 24” of internal height. Customization available.

VIEWING PANELS

Available in Acrylic or Glass. Custom Options Include Amber Acrylic and other Material Options

EXHAUST OPTIONS

Fan with 6" Exhaust Port to Recirculate or Connect to House Exhaust; Fan with a Mesh Top for Wide Air Distribution (Used in Short Ceiling Rooms)

BASE OPTIONS

Standard Base; Tri-Clover Male (Female Sold Separately); No Base (Custom Base Purchased Separately for Drop Sinks, Multiple Ports or Fittings, and more)

ELECTRICAL OPTIONS

110V-120V 50-60HZ; 220V-240V 50-60HZ with Integrated Alarm and Dual Speed Fan

FILTRATION

Bag-In/Bag-Out (BIBO) Dual 4" Pleated HEPA Filtration or Dual ULPA Filtration

TRANSFER PORT LOCATION

The transfer port comes standard on the left or right side, opposite the universal/master port

SUPERSTRUCTURE

White polypropylene is the standard superstructure, but other materials such as stainless steel are available through customization



POPULAR CONFIGURATIONS


EGP483024EBD1
Polypropylene & Acrylic

EGG483024EBD1
Polypropylene & Glass

4′ GLOVEBOX WORKSTATION


48″ External Width (1219mm)
30″ External Depth (762mm)
24″ Internal Height (610mm)


EGP603024EBD1
Polypropylene & Acrylic

EGG603024EBD1
Polypropylene & Glass

5′ GLOVEBOX WORKSTATION


60″ External Width (1524mm)
30″ External Depth (762mm)
24″ Internal Height (610mm)


EGP723024EBD1
Polypropylene & Acrylic

EGG723024EBD1
Polypropylene & Glass

6′ GLOVEBOX WORKSTATION


72″ External Width (1829mm)
30″ External Depth (762mm)
24″ Internal Height (610mm)


Contact Us
for More Information

CUSTOM SYSTEM


More Sizing and Options Available Through Other Standard Models or Customization


GET A QUOTE OR REQUEST MORE INFORMATION


  • What is being done inside of the enclosure? What type of material (powder, liquid, gas, nuisance odor) is being worked with? How does the material enter and exit the enclosure system? etc...
  • What type of filtration is required? Single HEPA, Dual HEPA, Carbon, House Exhaust, etc... What is the required OEL (Occupational Exposure Limit) for the process, or any other details about containment goals? What is the quantity of powder or liquid, task duration, composition of powder, etc...?
  • What equipment is being worked with? What is the equipment model, size, scope, function, and any other information that will affect the design of the enclosure, including movement, heat output, etc...? *State the specific equipment make and model if available*
  • Drop files here or
    • Are there any additional notes or information that should be considered? Are there any special design requirements?