Ensuring Cleanroom Efficiency with Comprehensive Recovery Testing

We conduct recovery tests for clients in various industries to ensure cleanroom facilities meet the highest standards of cleanliness. The purpose of the recovery test is to demonstrate a cleanroom’s ability to remove airborne particulate by purging the space with filtered air. It also tests the room's efficiency in transitioning from a "dirty" to "clean" state within a specified time frame. This is crucial for confirming that the cleanroom is capable of achieving the required air cleanliness levels, especially in environments like pharmaceutical, biotechnology, and microelectronics manufacturing. Our technicians, with their vast experience and expertise, ensure that these tests are performed meticulously to meet industry standards.

At Modern Pharma Solutions, we are committed to delivering high-quality service to our clients. The recovery test is just one of many steps we take to ensure that your cleanroom is performing optimally. By offering comprehensive cleanroom testing services, we help clients maintain regulatory compliance and operational efficiency. Our goal is to provide complete client satisfaction through effective execution of services and by offering the best array of cleanroom equipment. With our focus on accuracy and reliability, we help ensure that your cleanroom operates smoothly, preventing any risk of contamination and safeguarding the quality of products and processes.

• Optimizing Cleanroom Operations

• Experienced Technicians

• Optimizing Cleanroom Operations

Ensuring Cleanroom Standards with Comprehensive Particle Count Testing

At Modern Pharma Solutions, we conduct recovery tests to verify cleanroom efficiency in removing airborne contaminants. The test measures the ability to transition from a "dirty" to a "clean" state within a specified time. Our experienced technicians ensure accurate results to maintain air quality and regulatory compliance. This process helps optimize cleanroom performance and ensures contamination-free environments.