heating thermoshaker with heated lid for speeds 3000 rpm

Heating Thermoshaker

Main Features

1. One machine multi-purpose design: Independently control heating, oscillation, and timing functions for flexible adaptation to different experiments.
2. Metal module: High thermal conductivity ensures uniform temperature distribution; modules are easy to replace and maintain.
3. Efficient oscillation: Mixing frequency up to 3000rpm for thorough mixing and stability of liquids and solutions.
4. Adjustable temperature hot cover: Prevents sample evaporation, contamination, and cross-infection for accurate results.
5. Fan cooling function: Built-in fan quickly reduces module cooling time, maintaining set temperature and minimizing fluctuations.
6. Low noise, long life motor: Brushless DC motor offers smooth, quiet, maintenance-free operation for continuous use.
7. Real-time LCD display: Large screen shows temperature and speed information for intuitive monitoring and operation.
8. Short oscillation function: Enables rapid mixing for experiments needing quick, uniform sample preparation.
9. Multi-point operation & cycle: Supports multi-point and segmented programs for complex experiments and higher efficiency.
10. Alarm prompt: Automatic notification at program end for timely experiment management.
11. Power failure recovery & auto power-on: Resumes operation after power outages and auto-starts for uninterrupted experiments.
12. Temperature calibration: Built-in calibration maintains long-term accuracy of the temperature control system.
13. Over-temperature protection: Dual software/hardware system auto-stops on abnormal temperature for safety and equipment longevity.

Core Advantages

1. High-precision temperature control: PID technology ensures accurate regulation and protects samples from temperature swings.
2. Powerful mixing: 3000rpm oscillation for efficient sample mixing across various solutions and reagents.
3. Flexible operation: Combine heating, oscillation, and cooling as needed, reducing mid-experiment equipment changes.
4. Intelligent control & safety: Microprocessor system and dual over-temperature protection for safe, stable long-term use.
5. Rapid cooling & efficient cover: Fan cooling and adjustable hot cover minimize sample evaporation and cross-contamination.
6. Easy operation & maintenance: Modular design and brushless motor simplify cleaning, reduce maintenance and costs.

Working Principle

1. Heating process: Efficient heat conduction and PID control ensure rapid, accurate temperature rise without overshoot.
2. Oscillation: Brushless motor drives 3000rpm platform for fast, uniform mixing.
3. Cooling system: Built-in fan prevents overheating and quickly restores safe operating temperature.
4. Temperature control: PID system adjusts heating/cooling rates for constant temperature throughout the experiment.
5. Thermal cover: Adjustable hot cover regulates heat release, preventing evaporation and uneven heating.

Application Fields

1. Life science & biomedicine: Cell culture, enzyme reaction, protein analysis—stable temperature for accurate, repeatable results.
2. Chemical reaction & catalysis: Accurate temperature/mixing for smooth chemical reactions and catalyst testing.
3. Food & nutrition research: Food additive prep, emulsification—precise mixing for uniform, stable samples.
4. Pharmaceutical R&D: Drug synthesis/storage, reagent mixing—accurate temperature and oscillation for reliable results.
5. Environmental analysis: Water quality, air pollution—uniform mixing and temperature control of environmental samples.
6. Education & research: Teaching and research labs requiring simultaneous heating, mixing, and cooling for varied experiments.