FABON Pharma

Isolator (Glovebox)

450,000.00

A Pharmaceutical Isolator (Glovebox) is necessary for product sterility, operator protection, and regulatory compliance in pharmaceutical production. It offers a controlled, contamination-free environment for the handling of potent or sterile materials, and it is a key element in sterile and containment applications.

Isolator (Glovebox) for Pharmaceutical Industry: Technical Specification & Application

A Pharmaceutical Isolator (Glovebox) is a containment system that provides a controlled environment to handle sensitive material, such as highly potent APIs (HPAPIs), sterile products, and dangerous compounds. It protects against contamination while securing the safety of the operator by ensuring a physical barrier between the operator and the product.

Technical Specifications of Isolator (Glovebox)

  1. Material of Construction
    • Stainless Steel (SS 316L for contact surfaces, SS 304 for non-contact surfaces) – resistant to corrosion, GMP standards.
    • Transparent Glass Windows or Polycarbonate – ensure visibility and maintain a sterile condition.
    • Smooth Welded Chamber Construction – ensures dust-free collection and easy cleaning.
  1. Containment Levels & Pressure Control
    • Positive Pressure Isolator – applied to sterile/aseptic use in order to bar the entry of contamination.
    • Negative Pressure Isolator – applied for working with hazardous or powerful compounds to save the operator.
    • Pressure range: -200 Pa to +200 Pa, application-dependent.
  1. Filtration & Airflow System
    • HEPA/ULPA Filters (≥99.997% efficiency, 0.3 microns) – allows clean air circulation within the isolator.
    • Laminar Airflow (Unidirectional or Turbulent Flow) – preserves aseptic conditions.
    • Exhaust Filtration with Bag-in/Bag-out System – safe disposal of harmful substances.
  1. Glove Ports & Sleeves
    • Butyl, Neoprene, or Hypalon Gloves – offer chemical resistance and flexibility.
    • Customizable Glove Ports – usually 4 to 6 ports, depending on the size of the isolator.
  1. Decontamination & Sterilization System
    • Integrated VHP (Vaporized Hydrogen Peroxide) or Steam Sterilization – provides sterilization prior to and after use.
    • CIP/SIP (Clean-in-Place/Sterilize-in-Place) System – automated cleaning and sterilization for GMP compatibility.
  1. Loading & Material Transfer System
    • Rapid Transfer Port (RTP) – enables safe material entry and exit.
    • Alpha-Beta Port Mechanism – avoids cross-contamination.
    • Integrated Pass-Through Chamber – minimizes exposure risks.
  1. Monitoring & Control System
    • PLC-Based Touchscreen HMI Control – instantaneous monitoring of airflow, pressure, and decontamination cycles.
    • Temperature, Humidity, and Particle Monitoring Sensors – maintains compliance with ISO Class 5 (Grade A) cleanroom standards.
  1. Customization & Accessories
    • Size & Configuration Customization – tabletop or standalone versions available.
    • Weighing & Dispensing Isolators – built-in balance for accurate powder handling.
    • Integrated Glove Leak Tester – guarantees airtight integrity.
    • Applications of Isolator (Glovebox) in the Pharmaceutical Industry
    • Sterile Drug Manufacturing
    • Applied in aseptic filling, compounding, and sterile filtration to avoid microbial contamination.
    • Handling of Highly Potent Compounds (HPAPIs)
    • Prevents operators when handling toxic or potent active ingredients.
    • Weighing & Dispensing of Hazardous Powders
    • Prevents dust-free handling of cytotoxic or hormonal drugs.
    • Cell & Gene Therapy and Biotechnology Applications
    • Applied in cell culture, tissue processing, and vaccine production.
    • Quality Control & Microbiological Testing
    • Offers an ISO Class 5 clean space for sterility testing in QC laboratories.
    • Radioactive & Nuclear Medicine Applications
    • Utilized for the safe handling of radiopharmaceuticals.

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FAQs

What is an isolator or glovebox?
An isolator (glovebox) is a sealed enclosure designed to provide a controlled environment for handling sensitive or hazardous materials. Operators manipulate items inside the box using built-in gloves, maintaining separation from the contents.
What are the typical applications of gloveboxes?
Pharmaceutical: Aseptic filling, sterility testing, API handling Biotechnology: Cell culture, gene therapy Nuclear/Radioactive work: Handling radioactive substances Electronics: Moisture-sensitive component assembly Chemical synthesis: Work with air- or moisture-sensitive compounds
What types of gloveboxes are available?
Positive pressure isolators: Protect the product from contamination Negative pressure isolators: Protect the operator and environment (often used with hazardous materials) Hybrid isolators: Dual-use systems with both modes
What atmosphere control options are available?
Inert gas purge (e.g., nitrogen, argon) Humidity control (dehumidifiers or dryers) Oxygen level monitoring and reduction systems
What materials are gloveboxes typically made of?
Main chamber: Stainless steel (usually 316L) or powder-coated steel Windows: Polycarbonate or tempered safety glass Gloves: Butyl rubber, neoprene, CSM (Hypalon), or polyurethane
What size options are available?
Gloveboxes can be customized or provided in standard sizes. Typical configurations range from: 1–4 glove ports Volume: From 100 liters to over 1000 liters Custom modular designs available on request
How are gloveboxes sterilized or decontaminated?
Hydrogen Peroxide Vapor (HPV) bio-decontamination Manual wipe-down with alcohol or sporicidal agents Integrated CIP/SIP systems (Clean-in-place / Steam-in-place) for advanced models
Can gloveboxes be integrated with other equipment?
Yes, common integrations include: Microscopes, balances, filling lines, HPLC systems Material transfer ports (e.g., RTPs, airlocks, pass-through chambers) Data logging and SCADA integration
What certifications and standards do gloveboxes follow?
ISO 14644 (Cleanroom standards) cGMP compliance USP <797> and <800> for pharmaceutical compounding EN 12469 or NSF49 (for containment) FDA 21 CFR Part 11 (for electronic records)
How often do the gloves and filters need to be replaced?
Gloves: Every 6–12 months or if damaged HEPA/ULPA filters: Annually or per pressure drop/performance metrics Preventive maintenance schedules are recommended
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