In the precise operation of gene sequencing, the critical moment of vaccine inactivation, and the key stage of cell culture, temperature-a seemingly ordinary physical parameter-often acts as an invisible judge that determines the success or failure of an experiment. SCIENTZ Biotechnology is well aware of the pain points in laboratory temperature control. After three years of research and development, it has launched its fifth-generation constant temperature water bath, which has redefined laboratory temperature control standards with its exceptional ±0.1℃ accuracy and intelligent temperature control system. To date, over 300 top scientific research institutions, including the Institute of Biophysics of the Chinese Academy of Sciences and the School of Medicine of Fudan University, have entrusted the "temperature lifeline" of their experiments to SCIENTZ's precise temperature control solutions.
1. Three Core Technological Breakthroughs: Establishing a New Benchmark for Temperature Control
1.1 Intelligent PID Temperature Control System
Equipped with a high-sensitivity temperature sensor array, the system utilizes a high-speed dynamic sampling frequency combined with an independently developed PID algorithm, compressing the temperature fluctuation range to ±0.1℃. According to third-party testing, at a constant temperature of 37℃, the temperature standard deviation over 8 consecutive hours is only 0.08℃, perfectly meeting the precision requirements of experiments such as PCR amplification and ELISA detection.
1.2 Composite Structure Insulation System
The innovative double-layer structure—"304 medical-grade stainless steel inner tank + aviation aluminum shell"—combined with a vacuum insulation layer design reduces heat loss by 62% compared to traditional models. Measured data shows that at a room temperature of 25℃, the time required for the water temperature to drop by 1℃ after a power outage is extended to 45 minutes, providing emergency protection for interrupted experiments.
1.3 Dynamic Safety Monitoring Platform
The built-in intelligent diagnostic module monitors 12 equipment parameters in real time. Upon detecting abnormal temperatures, insufficient water levels, or circuit faults, the system quickly activates a three-level response mechanism: first attempting automatic correction → triggering an audible and visual alarm → automatically cutting off power if necessary, thus establishing a full-range protection system.
2. Intelligent Temperature Control Workflow: Experiment Efficiency Increased by 40%
Preheating Optimization System: Through a dual-channel water injection design (conventional water injection / 70℃ preheated water) and 4 sets of preset program functions, preheating time is shortened to 1/3 of that required by traditional equipment.
Three-Dimensional Circulation System: A 7-blade centrifugal pump creates a three-dimensional water flow, ensuring the temperature difference in the working area is ≤0.2℃.
Remote Monitoring Interface: Supports real-time acquisition of 12 parameters (such as temperature curves and equipment status) through the laboratory LIMS system.
3. Six-Layer Safety Protection System: Safeguarding Laboratory Safety
Dry-Burn Power-Off Protection: Intelligent electrodes detect when the water level drops below the safety line and immediately cut off heating.
Dual-Mode Alarm System: When the temperature deviates from the set value by ±1℃, the device buzzer and manager APP notifications are triggered simultaneously.
Anti-Corrosion Electrode Group: Platinum-plated electrodes maintain stable monitoring even in strong acid and alkali environments.
Intelligent Power Adjustment: Dynamically matches 50-1500W power output based on real-time needs.
Overheat Protection: Automatically shuts down heating if the temperature exceeds the safety threshold by 5℃.
Circuit Overload Protection: Built-in fuses and current sensors prevent damage from power surges.
4. Ultra-Low Energy Consumption Design: Setting a Benchmark for Green Laboratories
60% Higher Energy Efficiency Ratio: Utilizing military-grade insulation materials and vacuum insulation layer technology, thermal efficiency reaches 98%, reducing average daily power consumption by 30% compared to traditional equipment. It has passed China Energy Conservation Certification (CQC), meeting the sustainable development needs of laboratories.
Intelligent Sleep Mode: Automatically enters a low-power state (<5W) after 30 minutes of inactivity and supports nighttime energy saving (22:00-6:00), saving over 1200 kWh of electricity annually.
Circulating Water-Saving System: An innovative condensate recovery device, combined with a double-layer sealed cover design, reduces evaporation by 45% compared to industry standards. Measured data shows that only 200mL of water is required for 72 hours of continuous operation.
Environmentally Friendly Materials: The entire machine has passed RoHS certification, and the inner tank uses medical-grade 304 stainless steel to eliminate the risk of heavy metal precipitation, adapting to the long-term constant temperature requirements of biological samples.
As scientific exploration enters the era of molecular-level precision, temperature control has evolved from an auxiliary parameter to a core variable. SCIENTZ Biotechnology's fifth-generation constant temperature water bath, with temperature control accuracy exceeding international standards (ISO-9001) and an innovative design integrating intelligent IoT, is building a reliable temperature control platform for over 300 laboratories nationwide. We sincerely invite all scientific research institutions to experience it, making every temperature adjustment a precise scale to drive scientific progress.
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