In experiments such as biological cultivation, cell fermentation, and dissolution and mixing, the shaker is not only a tool for "shaking", but also the core for maintaining sample activity and reaction homogeneity. Nowadays, with the integration of intelligence and high-precision technologies, the new generation of liquid crystal shakers is redefining "stability" and "efficiency" at an unprecedented control level.
Comparison of new and old products
Innovation 1: Intelligent temperature control system, eliminating the "roller coaster" style fluctuations
The traditional temperature control of the shaker often relies on the simple on-off operation of the compressor, resulting in the temperature inside the box fluctuating wildly like a "roller coaster". The new generation system has achieved a leap from "having temperature control" to "precise temperature control" through two core technologies:
Variable frequency speed control + electronic expansion valve, bringing temperature control into the era of intelligence
It can be compatible with the coordinated control of variable-frequency compressors and electronic expansion valves.
The system can adjust the cooling output power continuously according to the actual cooling load, avoiding the drastic temperature fluctuations caused by "full on and full off", and ensuring a more stable and reliable temperature.
AI-powered intermittent mode for compressors, algorithm-driven "Energy-Saving Master"
Core principle: Unlike previous control methods that relied on time or temperature as references, the new controller utilizes the power of AI. It uses the built-in algorithms of the system to continuously monitor the peaks and troughs of temperature changes, intelligently calculate and automatically adjust the on-time duration and interval of the compressor.
Double benefits
More stable: Dynamically matches the cooling demand, resulting in a smaller temperature fluctuation range.
More energy-efficient: Avoiding the ineffective prolonged operation of the compressor, significantly reducing energy consumption and equipment wear and tear, achieving intelligent energy conservation.
Innovation 2: High-precision oscillation technology, each rotation is precise and reliable
A stable environment requires a uniform force field. The new generation of shakers has also made a breakthrough in the essence of "shaking":
Multidimensional equilibrium drive
By adopting an optimized drive structure and control algorithm, it ensures smooth operation within a wide speed range (such as 10 - 300 rpm), without "out-of-sync" or jitter at low speeds, and without abnormal noise at high speeds.
Data visualization and humanized interaction
The large LCD screen displays the set speed, actual speed, temperature, remaining time and other key parameters in real time and clearly. The operation status is clearly visible, making the experimental process completely transparent and controllable.
Easy upgrades and efficient maintenance
Remote upgrade of IAP based on 485 bus
Support remote update of the device control program through the communication interface using special tools
There is no need to open the box for disassembly. The function upgrade and fault repair can be completed on-site, which greatly improves the maintenance efficiency and the sustainability of the equipment.
Summary
The intelligent upgrade of the new generation of liquid crystal shaker is not a simple addition of functions, but a profound reconfiguration of "stability" and "controllability":
In terms of temperature, through the application of frequency conversion technology and intelligent intermittent algorithms, a dual breakthrough in accuracy and energy efficiency has been achieved.
In terms of oscillation, through high-precision drive control, the uniformity and reliability of the force field are ensured.
In terms of experience, through data visualization and remote upgrades, users have been endowed with unprecedented control and convenience.
Intelligent temperature control, precise oscillation and efficient management - this is not only an upgrade of the equipment, but also a solid step towards a more reliable, economical and intelligent experimental method. Choosing it means selecting a consistently stable and reliable intelligent platform for your dynamic cultivation and mixing reactions.
