“A craftsman must sharpen his tools to do his work well.” In the lab, cleaning glassware has always been a time-consuming yet often overlooked task—manual washing is not only inefficient but may also leave residues that affect experimental results. The emergence of XPZ  fully automatic lab glassware washers is quietly changing this situation. As a leading domestic brand in laboratory cleaning equipment, XPZ has become an “invisible assistant” for pharmaceutical companies, biological labs, and quality inspection agencies, thanks to its modular design, intelligent cleaning programs, and drying system.  

### Why Do Labs Need Automatic Glassware Washers?  

1. Limitations of Manual Cleaning  

- High time cost: Traditional washing requires multiple rinses and scrubbing, consuming significant time.  

- Difficulty in standardization: Variations in water temperature and scrubbing intensity can lead to cross-contamination or residue.  

- Safety risks: Exposure to chemical residues or high-temperature cleaning may harm personnel.  

2. XPZ‘s Solution  

- 40-minute standard cleaning cycle: Achieves standardized cleaning through high-temperature spray (50-95°C) and a multi-stage filtration system.  

- Traceable data: Automatically records cleaning data, with optional conductivity monitoring and real-time printing.  

### Core Technology: Five Advantages of XPZ Washers  

1. Modular Rack Design, Compatible with Hundreds of Labware Types  

- Each layer holds 2 modules, allowing flexible cleaning of beakers, pipettes, petri dishes, volumetric flasks, and more.  

- Smart rack recognition: Adjusts water and detergent usage based on load size, reducing costs.  

2. Intelligent Cleaning Programs for Diverse Needs  

- 38 preset programs + 100 customizable modes: Supports biology, chemistry, medical fields, with adjustable water temperature and detergent dosage.  

- One-touch operation: Just power on → select program → start—easy enough for beginners.  

3. Quad Filtration & HEPA Drying  

- 316L stainless steel chamber + dual wastewater filtration: Prevents recontamination.  

- Hot-air drying: Uses HEPA-filtered compressed air for thorough drying.  

4. Safety & User-Friendly Design  

- ITL sensor-automated door: Locks during operation to prevent burns, opens automatically post-cycle for cooling.  

- OLED screen + multilingual support: Intuitive interface in Chinese/English/Russian.  

5. Energy Efficiency & Low Maintenance  

- Variable-speed circulation pump (0-1000L/min): Adjusts flow for water and energy savings.  

- Lifetime manufacturer support: Includes 3Q validation, maintenance, and custom rack configurations.  

### Buying Guide: How to Choose the Right Model?  

1. Select by Capacity  

- Small to mid-sized labs: Glory2 (170L) or Aurora2 (198L) for daily use.  

- High-throughput needs: Aurora F2 PLUS (239L) or Flash 3-layer model for bulk processing.  

2. Optional Features  

- Drying function: Choose F2 series (e.g., Glory F2) with hot-air drying.  

- Data management: Add conductivity monitoring and IoT connectivity.  

### Let Research Focus on Science—Leave Cleaning to Machines  

The XPZ automatic glassware washer is more than just a tool upgrade—it’s a leap toward lab intelligence. From efficiency gains to data compliance, it solves the hidden pains of researchers. As one user put it: “With this, I can finally focus on experiments—not scrubbing glassware!”