1. Design and Accessibility
Vertical Space-Saving Design: Compact vertical configuration optimizes lab space, ideal for high-density setups.
Stainless Steel Construction: Fully stainless steel design, including heating and cooling tubes (316 stainless steel), ensures easy cleaning, corrosion resistance, and bacteria resistance for long-term durability.
Rounded Corner Bath Body: Delivers a sleek, aesthetically pleasing appearance while enhancing hygiene.
Quick-Release Circulator and Tank: Simplifies maintenance with easy disassembly for cleaning or repairs.
Self-Locking Heavy Casters: Enable easy mobility and secure positioning, enhancing lab flexibility.
Why It Matters: Offers a compact, durable, and user-friendly design that maximizes lab space, ensures hygiene, and simplifies maintenance for high-performance applications.
2. Temperature and Cooling Control
High-Quality Inverter Compressor: Utilizes fluorine-free, eco-friendly refrigerant for low-noise, energy-saving, and effective cooling, ensuring stable low-temperature operation over extended periods.
Whole Foaming Process: Provides excellent thermal insulation, reducing heat and cold loss for enhanced energy efficiency.
PT100 Temperature Sensor: Ensures precise temperature monitoring for accurate control.
Adjustable Circulating Pump Speed: Customizable pump speed accommodates different media solutions, optimizing performance.
Unique Circulating Pump Design: Delivers a greater flow rate for efficient circulation and uniform temperature distribution.
Why It Matters: Maintains precise, stable temperatures with energy-efficient cooling, supporting consistent and reliable results in temperature-sensitive experiments.
3. Safety and Reliability
Comprehensive Safety Alarms: Includes low liquid level alarm, low-temperature alarm, and over-temperature alarm to protect the device and samples.
Power Failure Recovery: Prevents data loss during power interruptions, ensuring experiment continuity.
Automatic Power-Off: Enhances safety by shutting down under abnormal conditions.
Why It Matters: Ensures operational safety, protects valuable samples, and supports uninterrupted experiments, critical for high-precision applications.
4. Drive and Motor Performance
Why It Matters: Provides quiet, stable stirring, essential for maintaining uniform conditions in thermostatic baths.
5. User Interface and Control
Multi-Program Segment Settings: Supports mode switching and customizable program segments to meet diverse user requirements.
Intuitive Control Interface: Allows precise setting and monitoring of temperature, speed, and other parameters (assumed LCD display based on context).
Why It Matters: Simplifies operation and provides flexible control for tailored experimental conditions, enhancing usability.
6. Data Management
Why It Matters: Enables robust data tracking and analysis, supporting research documentation and reproducibility.
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