Medical Device Through-Type Cleaning & Drying System – Mesh Conveyor Design with Spray Rinsing + Air Knife Dehydration + Hot Air Drying

Product Features: Medical Device Through-Type Mesh Conveyor Cleaning & Drying System

1. Medical-Grade Compliance & Through-Type Continuous Operation
   Designed exclusively for medical device manufacturing, the system adopts a through-type inline structure with a food-grade 316L stainless steel mesh conveyor belt (mesh aperture customizable: 1-5mm) to enable continuous loading-unloading workflow. Compliant with ISO 13485 and FDA 21 CFR Part 820 standards, all wetted parts (conveyor, spray arms, tank) are made of corrosion-resistant 316L SS, avoiding material contamination and meeting strict medical hygiene requirements.
2. Tri-Stage Integrated Process: Spray Rinsing + Air Knife Dehydration + Hot Air Drying

• High-Pressure Spray Rinsing Module: Equipped with rotating fan-shaped nozzles (360° coverage) and adjustable pressure (0.3-0.8MPa), targeting blind holes, crevices, and joints of medical devices (e.g., surgical forceps, endoscopes) to remove particulate contaminants and protein residues efficiently.
• Air Knife Dehydration System: Adopts dual-side laminar flow air knives (air velocity ≥80m/s) with frequency conversion control, achieving rapid water removal without scratching device surfaces—reducing subsequent drying time by 40% compared to natural drainage.
• Class 8 Clean Hot Air Drying: Integrates HEPA H13 filtration (particle retention ≥99.97% @0.3μm) and PID temperature control (50-80℃ adjustable), delivering uniform hot air circulation via duct-type air distribution to ensure <0.1% residual moisture on device surfaces.

3. Mesh Conveyor Precision & Adaptability
   The variable-speed mesh conveyor (0.5-3m/min adjustable) accommodates medical devices of different sizes (e.g., scalpels, orthopedic implants) with customizable guide rails. A self-cleaning brush mechanism on the conveyor return section prevents residue accumulation on mesh holes, maintaining consistent conveying stability and reducing manual maintenance frequency.
4. Process Traceability & Easy Maintenance
   Equipped with PLC touchscreen control, the system records real-time process parameters (spray pressure, air knife velocity, drying temperature) for 12 months of data traceability. The modular design (spray/air knife/drying sections independent) allows quick disassembly of components for CIP (Clean-In-Place) cleaning, complying with medical device manufacturing’s traceability and maintenance requirements.