CryoCool
The CryoCool series of program cooling device is specifically designed for cryopreservation of biological samples such as cells, tissues, and blood products. Core to this is ultra-precise temperature control technology, full-process data traceability, and cloud-based collaborative management. Incorporating a PID algorithm and liquid nitrogen dynamic injection technology, they achieve ultra-high temperature control accuracy of ±0.1°C from -180°C to 50°C, perfectly matching the cryopreservation characteristics of biological samples. They provide stable, reliable, and traceable sample cryopreservation for life science research, biopharmaceuticals, and clinical medicine, addressing industry pain points such as cell viability loss and compliance risks. With "compliant data management + high-efficiency cryopreservation experience," they help users significantly improve sample cryopreservation quality and research/production efficiency.
Product Introduction
Product features
- Multi-point high-precision temperature control ensures the stability and uniformity of the freezing environment
- Built-in IoT module enables remote data exchange and intelligent management
- Remote monitoring and remote alarms provide real-time visibility into device status and rapid response to anomalies
- Automatic dual backup of local and cloud data ensures the security of cryopreserved data without loss
- 10-inch human-computer interface for easy operation and enhanced user experience
- Customizable cooling program settings flexibly adapt to different sample cryopreservation requirements
- Threeindependent temperature control monitoring channelsimprove the accuracy of temperature data collection and system reliability
- Direct-drive vapor-phase drive design optimizes cooling efficiency and operational stability
- Multiple alarms and self-protection functions provide comprehensive protection for device and sample safety
- On-site sound and light alarms provide timely notification of device abnormalities
Product advantages
Precise Temperature Control, Protecting Sample Vitality
- High-Precision Intelligent Temperature Control System
Adopting PID algorithm optimization + precise point temperature stabilization technology, we can achieve the ultimate temperature control of ±0.1°C, ensuring the temperature change during the cryopreservation process is "smooth and without fluctuations", and minimizing the damage of temperature fluctuations to sample activity. - Fully Adjustable Rate Technology
Supporting an ultra-wide cooling rate adjustment range of 0.1-99.9°C/min, it precisely adapts to the personalized cryopreservation temperature of different samples, such as cells and embryos.This effectively reduces ice crystal formation and significantly improves sample recovery rates.
Safety and Compliance, Ensuring Experimental Reliability
- No Liquid Nitrogen Pollution Refrigeration Solution
using gas phase high purity refrigeration technology, this system completely eliminates the risk of liquid nitrogen contact contamination, fully meeting GMP clean environment requirements for safer sample cryopreservation and more reliable experimental data. - Multi-dimensional Temperature Monitoring System
Equipped with three independent thermocouple temperature controllers, it monitors "dual sample temperature + single chamber temperature" in real time. Combined with multiple thermal compensation mechanisms, it ensures chamber temperature uniformity of ≤±2°C, with accurate and traceable data.
Flexible and Intelligent, Adaptable to Diverse Scenarios
- Modular Process Adaptability
It is compatible with all types of carriers such as cryo tubes, blood bags, microplates, etc., supports customized cryopreservation program design, seamlessly connects the entire process of "laboratory research and development → industrial production", and flexibly responds to the needs of different scenarios. - IoT Smart Management Platform
Supports OPC UA protocol for seamless integration with Laboratory Information Systems (LIMS), enabling remote monitoring and synchronized batch equipment control, promoting intelligent cryopreservation processes.
Expertise in Details, Comprehensive Assurance
- Intelligent Program Management System
Provides multi-segment custom curve editing and supports dual-mode data storage (local/cloud). It records data throughout the cryopreservation lifecycle, complies with 21 CFR Part 11 regulations, and meets audit tracking require-ments. - Fast Phase Change Response Mechanism
Optimized flow channel design and low-impedance heating technology achieve ultra-fast temperature change response, significantly shortening process cycles and improving production/experimental efficiency. - Low-power and Energy-saving Design
High-insulation materials and intelligent power regulation reduce energy consumption while ensuring long-term stable operation. - Industrial-grade Security Architecture
Supports UPS power outage, over-temperature warning, fault self-diagnosis, and multiple password and permission management to ensure "double security" for device operation and data storage.
Basic parameters
| Parameter | CryoCool Mini | CryoCool Pro | CryoCool Max |
|---|---|---|---|
| Temperature range | -180°C ~ 50°C | ||
| External Dimensions (MM) | 795×520×580 | 955×520×580 | 1110×520×580 |
| Inner Chamber Dimensions (MM) | 170×330×340 | 330×330×340 | 485×330×340 |
| Nominal Volume (L) | 17 | 34 | 51 |
| Geometric Volume (L) | 19 | 37 | 54 |
| Net Weight (KG) | 73 | 86 | 97 |
| Cooling Rate | 0.1~99.9°C/min | ||
| Heating Rate | 0.1~12°C/min | ||
| Temperature Variation | ≤2°C (Chamber Overshoot + Intra-Chamber Temperature Difference) | ||
| Display | 10-inch touch screen | ||
| Run Programs | Unlimited (Supports 6 preset programs + custom programs) | ||
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