Avoid Cross-Contamination. Maximize Compliance with Precision Powder Handling Solutions by Dustex.
In the pharmaceutical industry, product purity, process control, and regulatory compliance are non-negotiable. Even trace levels of dust contamination can lead to batch rejection, product loss, cross-contamination risks, and significant commercial impact. Powders, granules, APIs, excipients, and finished formulations must be transferred, recovered, and processed in a completely controlled environment to maintain product integrity and worker safety.
At Dustex, we design and deliver advanced powder handling, dust extraction, and vacuum conveying systems engineered specifically for pharmaceutical manufacturing environments. Our closed-loop pneumatic conveying systems enable the safe and hygienic transfer of powders and granules from one processing stage to another—without exposure to the surrounding environment. This ensures contamination-free handling while preserving critical product characteristics such as particle size, moisture content, bulk density, blend uniformity, and formulation consistency.
Our systems are tailored to meet the specific requirements of tablet compression, capsule filling, granulation, blending, packaging, and material charging applications. Whether transferring APIs, lactose, starch, sugar blends, or sensitive pharmaceutical compounds, Dustex solutions ensure clean, accurate, and efficient movement of materials throughout the process line.
Designed for GMP-compliant operations, our equipment supports CIP (Clean-in-Place), WIP (Wash-in-Place), and SIP (Steam-in-Place) protocols for fast sanitation and minimal downtime. Tool-free maintenance access, smooth internal surfaces, and hygienic construction help simplify cleaning validation and maintenance procedures.
To meet pharmaceutical hygiene standards, Dustex systems are available in SS 304 and SS 316L stainless steel construction, with polished finishes suitable for cleanroom and sterile production areas. Modular designs allow flexible installation based on available space, production flow, and service access requirements.
Advanced Dust Extraction & Filtration for Pharma Operations
Dust generated during mixing, sieving, milling, granulation, coating, compression, and packaging can
compromise both operator safety and product quality. Dustex provides high-efficiency dust collection
systems engineered to capture airborne particulates at source while maintaining a clean and
compliant manufacturing environment.
Our filtration solutions include:
- Cartridge Dust Collectors for dry and fine dust collection with continuous operation.
- Baghouse Filters with reverse pulse jet cleaning for hygroscopic and sticky dust continuous duty applications.
- HEPA & ULPA Final Filtration for ultra-fine particulate control
- Cyclone Separators for pre-separation of larger particles
- Activated Carbon filters for odour, solvent vapor, and VOC control
- Bag-In / Bag-Out (BIBO) Systems for safe handling of hazardous powders
- Anti-static Filter Media for combustible dust applications
Filter cleaning options are available in manual, semi-automatic, and fully automatic configurations using shaker and reverse pulse jet mechanisms. Washable and replaceable filter formats are available based on process needs.
Our Pharmaceutical Solutions Include
Vacuum Cleaners
Vacuum Transfer System
Dust Extraction System- ADU
Complete Powder, Capsule, Tablet handling solutions
Industrial Air Purifier
Centralized Vacuum Cleaner
Why Pharmaceutical Manufacturers Choose Dustex ?
- Prevents cross-contamination and airborne dust migration
- Protects product quality and batch consistency
- Supports GMP, hygiene, and audit compliance
- Reduces manual handling and operator exposure
- Improves housekeeping and production efficiency
- Custom-engineered for each application and layout
From raw material intake to final packaging, Dustex helps pharmaceutical manufacturers maintain the highest standards of cleanliness, precision, and compliance—while ensuring safer, smarter, and more efficient production processes.




















































































