A pharmaceutical manufacturer required multiple dust collection systems for a fluidized tablet coating process. The application generated fine airborne particulate that needed to be captured to maintain clean equipment and controlled production conditions. A.C.T. Dust Collectors provided a solution designed for high-efficiency filtration and compatibility with pharmaceutical manufacturing requirements.
Industry: Pharmaceutical manufacturing
Application: Fluidized tablet coating dust collection
Location: United States
Challenge: Capturing fine particulate in a controlled environment
Dust Type: Fine pharmaceutical powder
System Installed: Four ACT 4-16 stainless steel cartridge dust collectors
Outcome: Improved filtration and consistent system performance
Fluidized tablet coating processes generate fine particulate that can become airborne and settle on equipment. Maintaining clean air and controlled conditions is critical in pharmaceutical environments.
In this operation:
Pharmaceutical applications require dust collection systems that provide consistent filtration while supporting clean and compliant operations.
The customer needed a system that could handle fine particulate while meeting material and performance requirements.
After reviewing the application, A.C.T. Dust Collectors recommended multiple cartridge dust collectors designed for pharmaceutical use.
The system included:
The system was selected for its:
Stainless steel construction is commonly used in pharmaceutical applications to support cleanliness and reduce the risk of corrosion.
The dust collection systems were installed and integrated into the tablet coating process.
Outcomes:
The customer reported strong satisfaction with the systems and later specified A.C.T. Dust Collectors for additional equipment as part of a new tablet coating installation.
Pharmaceutical manufacturing processes require dust collection systems that can:
Proper system selection helps support product quality, equipment cleanliness, and operational consistency.
If your facility requires dust collection for pharmaceutical or fine powder applications, A.C.T. Dust Collectors can design a system tailored to your process. Talk to our team to find the right solution for your facility.
A pharmaceutical dust collection system is designed to capture and filter fine airborne particulates generated during processes like tablet coating, blending, and drying. These systems help maintain clean air, protect equipment, and support controlled manufacturing conditions.
Stainless steel is used in pharmaceutical dust collectors because it resists corrosion, is easy to clean, and supports hygienic manufacturing environments. It is commonly selected for applications where cleanliness and material compatibility are critical.
Using stainless steel construction helps maintain system durability while meeting the standards required in pharmaceutical production.
The type of dust collector used for tablet coating applications is typically a cartridge dust collector designed to handle fine powder. These systems use high-efficiency filters to capture small particles and maintain clean air during coating processes.
Cartridge collectors are well suited for pharmaceutical applications because they provide consistent airflow and effective filtration of fine particulates.
High-efficiency filtration is important in pharmaceutical manufacturing because it helps remove fine particulates that can affect product quality and equipment cleanliness. Effective filtration supports controlled environments and reduces contamination risks.
Maintaining proper filtration also helps ensure consistent production conditions and reliable system performance.
Sizing a dust collection system for pharmaceutical applications involves evaluating airflow requirements, the type of process, and the volume of dust generated. Engineers consider equipment layout, filter media area, and system capacity to ensure effective dust capture.
Proper sizing helps maintain air quality, improve system efficiency, and support consistent manufacturing performance.