The Laboratory Glassware Washer TGW-5000 is a high-capacity, automatic cleaning system designed for scientific environments needing reliable and efficient washing of laboratory glassware. Laboratory Glassware Washers TGW-5000 is a double glass sliding door large glassware washer for cleaning both small and large items and increase workflow and output as a user can load 5 independent racks especially for laboratory and medical applications. The TGW-5000 is decontaminating equipment that worked on moist heat to remove contamination and bacteria with a large wash cabinet and short program cycles. The key features include stainless steel interior, exterior, racks, and inserts withstand heavy use and provide protection against corrosion resistance materials and offer internal components peristaltic pumps and seals laboratory-grade for excellent durability of instruments.
| Capacity | ≥480 L |
| Circulating System | 1300L/min. |
| Basket Loading | 5 Levels |
| Materials | Internal Panel: 316L, External Panel: 304L |
| Programs | 36 Default, 100 user-defined |
| Heating Power | 9/18/27 KW |
| Total Power | 12/21/30 KW |
| Environment Temperature | 5 to 40°C |
| Dimension | 2340×1260×1050 mm |
| Electrical Requirement | 380V/50Hz |
| View | Description | Image |
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| Main View | Glassware Washer TGW-5000 is a high-capacity, automatic cleaning system designed |
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| Front View | Main operating panel, chamber for glassware, loading/unloading racks visible. |
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| Back View | Typically contains plumbing, power connections, and service access panels |
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| Side View | Shows unit depth and access to internal compartments or service doors |
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Used for cleaning and sterilizing glassware such as beakers, flasks, test tubes, and petri dishes, ensuring a contamination-free environment and improving the accuracy and reliability of experiments. Provides hygienic and thorough cleaning of medical laboratory glassware to maintain sterile conditions crucial for diagnostic testing. Essential for cleaning pharmaceutical packaging containers and glassware to ensure drug safety, quality, and regulatory compliance. Removes residual chemicals and contaminants from glassware to prevent cross-contamination and interference in subsequent experiments.