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Dry Cell Thawer LE-DCT101 offers a thaw temperature range of 36 °C to 60 °C for controlled cell recovery. It features fully automatic water-free thawing, eliminating complex steps and reducing contamination risk. Equipped with an infrared sensor for accurate sample monitoring. Integrated with 2 mL cryovial specifications to ensure broad sample compatibility. Our Dry Cell Thawer is suitable for use in cell culture, biobanking, and clinical research applications.
$3,408.00 $ 2840
| Thaw Temperature Range | 36 °C to 60 °C |
| Cryovial Compatibility | 2 ml |
| Temperature Accuracy | ±0.3 °C |
| Thaw Time | –20 °C to Ice Water Mixture ≤ 120 s |
| Temperature Acquisition Frequency | 5 Hz (200 ms) |
| Preheating Time | 25 °C to 55 °C < 60 s |
| Sample Monitoring | Infrared Sensor |
| Heating Block Monitoring | Platinum Thermistor |
| Data Interface | USB, RJ45, Bluetooth |
| Power Consumption | 48 W |
| Dimension | 92 × 87 × 110 mm |
| Net Weight | 0.5 Kg |
| Gross Weight | 1 Kg |
Function Implementation Controlled thawing Even air distribution for safe recovery of frozen cells Temperature accuracy Setpoint stability protecting cell viability Laboratory operational support Programmable interface for repeatable protocols Sample integrity protection Gentle warm airflow reducing stress on biologicals
1: How does this thawer ensure contamination-free sample recovery?
These thawers use a fully automatic, water-free system that eliminates manual handling steps and reduces contamination risks.
2: What role does the infrared sensor play during thawing?
Their infrared sensor provides precise monitoring of each sample, ensuring consistent thawing without overheating.
3: Can the device handle multiple samples at once?
They support up to 20 channels of synchronized thawing, making it efficient for high-throughput laboratory workflows.
4: How fast can the thawing process be completed?
It can thaw samples from –20 °C to an ice-water state in less than 120 seconds, ensuring rapid recovery.
5: Why is this thawer preferred over traditional water-bath systems?
Our Dry Cell Thawer delivers fast, accurate, and contamination-free results with features like thermostat control, ozonation, and multiple data interfaces.
6: What is a Dry Cell Thawer and how does it differ from traditional water bath thawing methods?
A Dry Cell Thawer uses dry heat technology to thaw frozen biological samples quickly and uniformly without the need for water. Unlike water baths, it eliminates contamination risks, reduces maintenance and offers a more consistent thawing process.
7: How does infrared sensing work in a Dry Cell Thawer?
Infrared sensors detect the surface temperature of the sample without direct contact. This allows the system to continuously monitor and adjust heat delivery, ensuring accurate and consistent thawing without overheating.
8: How does the compact design benefit laboratory use?
Dry Cell Thawer compact build allows it to fit easily into tight lab spaces, making it ideal for benchtops, biosafety cabinets and crowded workstations without disrupting existing workflows.
9: How does a Dry Cell Thawer reduce the risk of contamination?
It eliminates the need for water baths which are prone to microbial growth and cross-contamination. The dry heat system provides a clean, contact-free environment that minimizes the risk of introducing contaminants to sensitive samples.
10: Where is a Dry Cell Thawer most commonly utilized?
Dry Cell Thawers are most commonly utilized in biobanking facilities, cell therapy laboratories, clinical research centres. These settings require fast, sterile and reliable thawing of cryopreserved cells and biological samples, making the dry thawing method ideal for maintaining sample integrity and viability.
Lab Expo Dry Cell Thawer supports water-free cell recovery workflows where uniform thawing and precise temperature control are required to preserve cryopreserved samples. The system operates using sensor-regulated dry heating with infrared monitoring to adjust heat distribution in real time. Digital controls manage cycle execution, while compact build supports benchtop use. Controlled operation reduces contamination risk and ensures repeatable thawing outcomes for routine and critical cell-handling processes.
