The Miele PLW 8683 ADP Laboratory Glasswasher is a cutting-edge 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 model combines advanced cleaning technology, flexible programming, and eco-friendly features to ensure residue-free results for high-throughput laboratory workflows. The PLW 8683 ADP features a feed pump for demineralized water (AD) from an unpressurised supply, integrated liquid dispensing, and the EcoDry function, making it an ideal choice for laboratories seeking efficiency and sustainability. Its versatile design and user-friendly interface enhance operational productivity.
Key Features
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Superior Cleaning Performance: Features a variable-speed heater pump that adjusts water pressure dynamically, providing high-pressure cleaning for tough residues and low-pressure soaking for complete wetting of complex glassware. Enhanced spray arm technology and a four-stage filtration system ensure pristine, contamination-free results.
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High-Capacity Versatility: Processes up to 128 laboratory flasks, 64 narrow-necked glassware, 196 vials/test tubes, or 98 pipettes per cycle, with options for mixed loads (e.g., 98 pipettes with additional glassware). The EasyLoad system with modular racks simplifies loading and accommodates diverse glassware sizes for optimal space utilization.
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EcoDry Function: Incorporates Miele’s patented AutoOpen door mechanism, which automatically opens at the end of the cycle when the chamber temperature falls below 70°C, allowing residual moisture to escape and speeding up drying for faster turnaround without external drying aids.
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Demineralized Water (AD) Feed Pump: Includes a dedicated feed pump for AD water from an unpressurised supply, ensuring residue-free final rinses critical for analytical purity. An integrated water softener enhances rinse quality and protects glassware from mineral deposits.
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Precise Process Monitoring: Tracks wash pressure and spray arm rotation to detect blockages or pressure drops, ensuring consistent cleaning. Integrated flow meters provide accurate liquid chemical dosing, while WiFi connectivity supports cycle documentation, aligning with Good Laboratory Practice (GLP) and Good Manufacturing Practice (GMP) standards.
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Intuitive Programmable Controls: Equipped with the colour touchscreen for seamless operation, offering 19 pre-installed programs and 10 customizable cycles. Adjustable parameters like pump speed and wash phases cater to specific cleaning needs, from delicate glassware to heavy soiling.
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Hygienic Stainless Steel Design: Constructed with stainless steel featuring laser-welded chamber seams and external heating elements, ensuring a crevice-free, hygienic interior that prevents contamination and withstands rigorous lab conditions.
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Resource-Conscious Operation: Optimizes water and energy use with a variable-speed pump, reducing consumption while maintaining optimal wash pressure.
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User-Friendly Operation: Includes a flush-fit touchscreen and a maintenance-optimized design for minimal downtime, backed by SiC’s nationwide service network.
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Safety and Assurance: Monitors spray arms and pressure to prevent incomplete cleaning, with automatic door locks for operator safety. The EcoDry function enhances safety by reducing residual moisture, protecting sensitive experiments.
Applications
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Pharmaceutical Research: Ensures residue-free glassware for drug development and quality assurance, preventing cross-contamination.
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Biotechnology Labs: Reprocesses pipettes, vials, and flasks for cell culture and molecular experiments, maintaining experimental integrity.
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Chemical Analysis: Cleans analytical glassware for precise chemical and material testing, supporting accurate results.
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Academic Research: Prepares laboratory utensils for teaching and research, ensuring contamination-free environments.
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Environmental and Food Testing: Cleans glassware for microbiological and quality control, accommodating diverse residues with tailored programs.
