Miele Laboratory Glasswasher PLW8617

The Miele PLW8617 Laboratory Glasswasher is a state-of-the-art, large-capacity washer-disinfector designed to deliver analytically pure cleaning and disinfection for laboratory glassware in pharmaceutical, biotechnology, chemical, and academic research settings. Engineered with Miele’s renowned German precision, this single-door model features innovative two-pump technology, modular loading systems, and sustainable design to ensure residue-free results for high-throughput laboratories. Certified to ISO 9001:2015 and EN ISO 15883 standards, the PLW8617 offers advanced spray arm monitoring, conductivity metering, and high-performance hot air drying, making it an ideal choice for demanding environments. Its intuitive interface and flexible configuration enhance laboratory efficiency and compliance with stringent regulatory requirements.

Key Features

• Superior Cleaning Performance: Features a two-pump system with a variable-speed pump that adjusts spray pressure to load requirements, delivering high pressure for stubborn residues and low pressure for thorough wetting. A dedicated secondary pump ensures consistent machine spray arm performance. A quadruple filtration system (large surface, coarse, glass breakage, micro-fine) guarantees spotless results.

• High-Capacity Versatility: Accommodates up to 216 laboratory flasks, 588 vials, or 294 pipettes per cycle, with flexible configurations for mixed loads. The SimpleLoad system and modular load carriers allow easy adaptation to diverse glassware sizes, optimizing space and simplifying loading processes.

• High-Efficiency Hot Air Drying: Equipped with a powerful drying unit and HEPA H14 filter for particle-free air, ensuring rapid, streak-free drying of complex and narrow-lumened glassware, ready for immediate use.

• Chemical-Resistant Design: Fitted with durable door seals resistant to oils, solvents, and chemical residues, ensuring longevity in harsh laboratory environments. Optional silicone-free seals minimize contamination risks for sensitive applications.

• Advanced Process Monitoring: Monitors spray arm rotation, wash pressure, and water conductivity in real-time with a conductivity meter for residue-free rinsing. Instant alerts for blockages or pressure anomalies ensure reliable results. Optional Wi-Fi/Ethernet connectivity supports process documentation for GLP and GMP compliance.

• Programmable Control System: Features a flush-fitted 7-inch color touch display with a PLC offering over 200 programmable cycles, including pre-installed programs for organic, inorganic, and specialized cleaning. Allows customization of spray pressure, temperature, and cycle duration.

• Hygienic Chamber Design: Includes a 351-liter stainless steel (1.4404/316L) chamber with laser-welded seams and external heating elements for a crevice-free, hygienic interior. Multi-color LED chamber lighting indicates cycle status for enhanced visibility.

• Sustainable Efficiency: Optimizes resources with two-pump technology, adjusting spray pressure to load needs, reducing water consumption by up to 60% in certain programs (e.g., Universal Max vs. Lab Universal for 100 ml bottles). An optional combi tank supports water recycling, saving up to 20% water per cycle.

• Ergonomic Operation: Offers intuitive touch controls, telescopic runners for easy loading, and a maintenance-friendly design to minimize downtime. The single-door configuration ensures straightforward operation in high-throughput settings.

• Safety and Compliance: Includes spray arm and pressure monitoring, automatic door locks, and a HEPA H14 filter for clean drying air. Complies with ISO 9001:2015, EN ISO 15883, and optional 21 CFR Part 11 with process documentation capabilities.

Applications

• Pharmaceutical Research: Ensures residue-free glassware for drug development and quality control, maintaining analytical accuracy.

• Biotechnology Labs: Reprocesses pipettes, vials, and flasks for cell culture and molecular biology, ensuring sterility.

• Chemical and Petrochemical Industries: Removes oils, solvents, and residues from analytical glassware for precise testing.

• Academic Research: Prepares laboratory utensils for experimental and teaching purposes, ensuring contamination-free results.

• Environmental Testing: Cleans glassware for water and soil analysis, supporting reliable environmental research.