Sampling & Dispensing Isolator is to provide the highest level of operator protection during Sampling and Dispensing activities of powder. The Products to be handled are designed with an OEL level of 1-10 micrograms/m3 for 8 Hours. The containment equipment is working under Negative Pressure and the operation of the Isolator shall not create a static dust layer that cloud becomes airborne elsewhere in the facility. The Isolator is provided a Grade “D” environment within the working area.

• Negative pressure Isolator with dedicated air extraction system
• Turbulent airflow pattern within the work zone
• Grade “D” (Class-8) air classification attained prior to product exposure inside the chamber
• All filters are continuously monitored by differential pressure gauges
• All filters are safe changeable, to avoid cross-contamination of product and operator
• Chambers made of SS 316L to provide high chemical resistance
• Catch pot for collection of washed water
• Gullwing type toughened glass door in front and rear of the chamber with safety locks
• All doors will be locked during the operation mode. Only the pass box front can be allowed to transfer the product in it. All doors position are monitoring by sensors.
• FDA approved food-grade seal and gaskets

Sampling, Dispensing, and Sifting Isolators:

Purpose: These isolators are designed to ensure a sterile and contamination-free environment during the processes of sampling, dispensing, and sifting in various industries, such as pharmaceuticals, biotechnology, and chemicals. They are crucial for maintaining product integrity and safety.

Key Features:

1. Contamination Control:
   • Sterile Environment: These isolators are designed to maintain a clean environment, preventing contamination from external sources.
   • High-Efficiency Air Filtration: Often equipped with HEPA filters to ensure the air inside the isolator is free of particulates.
2. Ergonomics and Access:
   • User-Friendly Design: Features such as glove ports or integrated controls to facilitate ease of use while maintaining the sterile environment.
   • Ease of Access: Design considerations that allow operators to perform tasks efficiently without compromising the isolator’s integrity.
3. Material Handling:
   • Sampling: Safe and sterile methods for sampling materials without exposure to the environment.
   • Dispensing: Accurate dispensing of materials with minimal risk of contamination.
   • Sifting: Integrated systems for sifting powders or granules, ensuring uniformity and preventing clumping.
4. Customizable Options:
   • Tailored Solutions: Options for customization to meet specific operational requirements or to fit particular equipment needs.
   • Modular Design: Some isolators offer modular components that can be adjusted or expanded based on operational needs.
5. Safety and Compliance:
   • Regulatory Standards: Designed to meet industry standards and regulations for safety and quality.
   • Documentation: Often accompanied by documentation and validation services to ensure compliance with industry guidelines.
6. Integration:
   • System Compatibility: Designed to integrate seamlessly with existing production lines and equipment.

Applications:

• Pharmaceuticals: Ensuring sterility and accuracy during the sampling, dispensing, and sifting of pharmaceutical ingredients.
• Biotechnology: Handling sensitive biological materials in a controlled environment.
• Chemicals: Managing hazardous or reactive materials with minimal risk of contamination or exposure.