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

1. Medical-Grade Through-Type Architecture
   Built with a continuous inline mesh conveyor system (316L stainless steel, 1-5mm aperture customizable), the unit enables seamless, non-contact transport of medical devices—from small forceps to large surgical trays—through integrated cleaning and drying stages. All wetted surfaces feature electro-polished finishes (Ra ≤0.8μm) to prevent residue adhesion, complying with ISO 13485 and FDA 21 CFR Part 820 for medical device processing.
2. Tri-Stage Precision Cleaning-Drying Synergy

• High-Pressure Spray Rinsing: Equipped with multi-axis rotating nozzles (spray angle 20-45°, pressure 0.3-1.2MPa) to deliver targeted rinsing, penetrating lumens, hinges, and serrated edges of instruments. Removes 99.9% of biological contaminants (blood, tissue) and cleaning agent residues, validated via ATP testing (≤10 RLU).
• Turbo Air Knife Dehydration: Dual counter-flow air knives (air velocity 80-120m/s, pressure 0.5-0.8bar) with stainless steel air blades eliminate surface moisture without mechanical abrasion, preventing water spotting on polished or coated device surfaces.
• Class 8 Cleanroom Hot Air Drying: Integrates HEPA H13 filtration, PID-controlled heating (50-80℃), and laminar air circulation to achieve <0.1% residual moisture. Drying chamber maintains ISO 8 air quality (≤352,000 particles/m³ for ≥0.5μm), critical for sterile packaging readiness.

3. Adaptive Mesh Conveyor Performance
   The variable-speed mesh conveyor (0.2-5m/min) includes adjustable side guides and load capacity up to 80kg/m², accommodating diverse device geometries. A self-cleaning ultrasonic module for the mesh (40kHz) prevents debris buildup, reducing maintenance downtime by 40% compared to traditional belt systems.
4. Process Validation & Traceability
   PLC-driven controls log key parameters (spray pressure, air knife velocity, drying temp) with 2-year data retention, supporting ASTM E1115 and EN ISO 15883 validation protocols. Real-time monitoring via HMI touchscreen alerts operators to deviations, ensuring consistent cleaning efficacy batch-to-batch.
5. Hygienic & Low-Maintenance Design

• Sloped chamber floors (≥7°) and sanitary welds enable complete drainage, eliminating standing water.
• Quick-release nozzle manifolds and CIP (Clean-in-Place) ports simplify sanitization, reducing changeover time between device types.
• Energy recovery system recycles 30% of waste heat from drying to preheat inlet air, lowering operational costs.