Getinge 1400 LXP Ultima Laboratory Glassware Washer with Dual Drying System

The Getinge 1400 LXP Ultima Laboratory Glassware Washer is engineered for advanced cleaning and drying of laboratory glassware, essential in biotechnology, molecular diagnostics, and clinical research workflows. This automated glasswasher features:

• High-capacity cleaning on three washing levels with four adjustable rack positions, supporting efficient processing of large glassware volumes.
• Dual drying system combining chamber and injector drying methods, ensuring thorough interior and exterior drying critical for contamination-free bioprocessing.
• User-friendly 7-inch color touch screen interface providing intuitive control over cleaning cycles.
• PROLUX PLUS controller with 40 customizable programs allows precise, reproducible wash cycles tailored for various biomedical and synthetic biology lab applications.
• Robust construction with strong, scratch-resistant materials for durability in demanding laboratory environments.
• Spacious chamber volume of 304 liters (10.7 cu.ft.) accommodates diverse glassware sizes commonly used in molecular cloning and biomanufacturing.
• Operates quietly at ≤ 69 dB(A), minimizing noise disruption in research labs.
• Dimensions: 789 x 1731 x 808 mm (31.1” x 68.2” x 31.8”); chamber dimensions: 626 x 773 x 629 mm (24.6” x 30.4” x 24.8”).
• Weight: 213 kg (469 lbs) suitable for installation in biotechnology and clinical diagnostics laboratories.

The Getinge 1400 LXP Ultima is widely adopted in synthetic biology research and molecular diagnostics for its reliable performance in glassware decontamination and drying. Its flexible programmable interface and dual drying capabilities make it critical in biopharmaceutical production pipelines and essential for molecular cloning workflows ensuring clean, dry labware to prevent cross-contamination.

This glasswasher integrates seamlessly into biotechnology labs requiring consistent, high-throughput cleaning, making it a preferred choice for cell imaging, fluorescence analysis labs, and biomedical engineering applications.