Micronizer + Isolator




Enhancing Safety and Efficiency in Micronization

In the evolving landscape of pharmaceutical manufacturing, the prevalence of potent molecules is increasing globally. To address this shift, prioritizing containment in the processing of these potent compounds has become paramount, ensuring the safety of personnel engaged in powder processing operations.


Navigating Complexities in Potent Molecule Micronization:

Micronizing potent molecules under containment presents a unique set of challenges, making it one of the most intricate powder processing procedures. Jet mills, operating under positive pressure, must seamlessly integrate with containment measures operating under negative pressure. Achieving this delicate balance is essential for the effective functioning of the system.


The Critical Role of Isolation

Recognizing the critical need for safe and effective micronization of potent molecules, we advocate for a robust isolation strategy. Our approach prioritizes reliability and repeatability, contributing to the overall health and well-being of operators engaged in the manufacturing process. With over 35 years of expertise in micronization within the pharmaceutical industry, we have crafted a solution that aligns with these critical requirements.


Partnering for Workplace Safety and Efficiency

Let us be your partner in creating a safer and more efficient workplace. Our solution is not just about technology; it's about enhancing the overall environment where operators carry out critical tasks. By implementing our proven containment expertise, we empower you to meet safety standards, achieve operational efficiency, and ensure the well-being of your valuable personnel.

Elevate Safety and Efficiency with
Our Cutting-edge Rigid Isolators for Micronization

  • A Turnkey Solution for Potent Molecule Micronization

    In the dynamic landscape of pharmaceutical manufacturing, our Rigid Isolators stand as a testament to safety, efficiency, and ergonomic excellence. Paired seamlessly with our Midas Mikronizers for the production of cytotoxic APIs, our isolators represent a meticulous blend of experience and innovation.

  • Comprehensive Design for Operator Ease

    From inception to execution, our isolators are meticulously designed, incorporating decades of micronization expertise. Our commitment to safety is unwavering, with each isolator crafted to handle a wide range of potent molecules without compromising aesthetics or ergonomics. By automating a majority of processes, we reduce operator stress, ensuring a seamless experience.

  • Ergonomic Excellence for Effortless Micronization

    Integrating process equipment into isolators demands ergonomic efficiency. Leveraging our vast experience in jet mills, we continually refine our design to guarantee ease in micronization, minimize process losses, and alleviate operator fatigue. Strategic automation ensures the process is less reliant on the operator, reducing the chances of batch failures and containment issues.

  • Safety Beyond Standards: OEB 5 Compliance

    Our isolators surpass industry safety standards, classified under Occupational Exposure Band 5 (OEB 5). With an Occupational Exposure Limit (OEL) of < 0.1 μg/m3, our rigid isolators ensure maximum safety for operators handling potent molecules, providing confidence in every micronization process.


Containment expertise enhances micronization safety by effectively managing the risks associated with handling potent molecules, safeguarding personnel engaged in powder processing operations.

Midas Microtech can be your workplace safety and efficiency partner by providing cutting-edge containment solutions, enhancing operational efficiency, and prioritizing the well-being of personnel engaged in micronization processes.

Pharmaceutical containment expertise involves the in-depth understanding and application of specialized containment strategies to ensure the safe handling and processing of potent compounds in pharmaceutical manufacturing.

Isolation strategies for micronization enhance safety and efficiency by effectively isolating potent compounds during processing, minimizing operator exposure and ensuring product integrity.