LuxMed Pharmaceutical and laboratory cleanroom equipment - Complete Project Solution

About LuxMed Pharmaceutical and laboratory cleanroom equipment - Complete Project Solution

LuxMed facility integrates cutting-edge technologies with proprietary design, mechanical, advance fabrication technology LASER cutting and CNC bending, AI, IoT, and automation to create high-precision, scalable and Ergonomic process. 5. Aeration: Products undergo dedicated mechanical aeration at 5060C (taking anywhere from 8 hours to multiple days) to allow toxic EtO residues to desorb completely from porous materials. LuxMed sliding door steam sterilizer for cleanroom applications is a pass-through, high-capacity industrial autoclave designed with double (or single) automatic sliding doors and a heavy-gauge stainless steel (AISI 316/316L) chamber to maintain strict microbiological and physical barriers between unsterile utility areas and sterile cleanrooms. Key Features for Cleanroom Environments Pass-Through / Bio-Seal Configuration: Double-door interlock designs allow loading from the unsterile/utility side and unloading from the cleanroom side, preventing cross-contamination. Automatic Sliding Doors: Pneumatic or motorized vertical or horizontal sliding doors save cleanroom floor space and avoid manual swinging clearance. Hinged/Aseptic Chamber & Materials: Built with corrosion-resistant AISI 316 or 316L stainless steel for the chamber, jacket, and piping to withstand repetitive vacuum and high-pressure steam cycles. Particle-Free Insulation: Uses non-shedding, high-density insulation materials (such as Hanno-Tech) that release no particles into cleanroom environments. Airtight Gaskets: Air-actuated or pneumatic heat-resistant silicone gaskets create a hermetic seal during operation. Safety & Interlock Systems: Features mechanical and software interlocks that prevent both doors from opening simultaneously, block doors while the chamber is pressurized or hot, and include automatic obstruction sensors. Operating Range: Typically operates at temperatures from 121C to 134C and pressures up to 200300 kPa (3 bar) LuxMed washer-disinfector in a cleanroom or GxP/pharmaceutical application automates the washing, rinsing, thermal disinfection, and HEPA-filtered drying of production tools, stoppers, and laboratory glassware prior to sterilization or aseptic processing. Core Role in Cleanrooms Pre-cleaning & Depyrogenation Prep: Used for washing glass vials, ampoules, stoppers, and reusable production components before they enter clean zones or hot air tunnels. Contamination Control: Eliminates manual cleaning variability and reduces the risk of introducing particulates, bioburden, or chemical residues into controlled cleanroom environments. HEPA-Filtered Drying: Incorporates filtered hot air (often through HEPA filters) during the final drying phase to prevent airborne recontamination of clean items. High-Purity Water Integration: Utilizes purified water or Water for Injection (WFI) for final rinses to ensure surfaces are free of ionic and particulate impurities. Standard Operational Cycle 1. Pre-wash: Cold flush to remove gross soil and prevent residue from drying on parts. 2. Washing: Application of alkaline or acidic detergents at controlled temperatures with high-pressure spray/impingement. 3. Rinses: Intermediate rinses followed by a high-purity/WFI final rinse. 4. Thermal Disinfection: Controlled high-temperature hold (e.g., up to 90C93C for a set duration) to reduce microbial load. 5. Drying: Active internal and external drying via HEPA-filtered air streams. LuxMed barrier-type or pass-through isolation washer-extractor) is a specialized industrial laundry machine engineered to process anti-static garments, cleanroom gloves, lint-free wipes, and sterile uniforms without introducing particulates, microbes, or cross-contamination.