Gradient Thermal Cycler 64
A Thermoblock is an essential piece of laboratory equipment designed to provide precise and uniform heating for a variety of applications. Also commonly referred to as a Dry Block Heater, Block Heater, or Heating Block, this apparatus allows scientists and researchers to maintain accurate temperature conditions for sample incubation, chemical reactions, enzyme activation, and other laboratory procedures.
Thermoblocks are widely used in molecular biology, biochemistry, and clinical laboratories. They serve as a Dry Bath or Dry Bath Incubator, eliminating the need for water baths and reducing the risk of contamination while providing stable temperature control. By using a solid metal block that heats uniformly, thermoblocks ensure reproducible results across multiple samples, which is critical in high-precision experiments.
One of the key advantages of a Thermoblock laboratory is its versatility. They are available in multiple formats and sizes, accommodating small sample tubes, PCR tubes, or larger microcentrifuge tubes. Modern models, such as those offered by Denagene Tajhiz, combine rapid heating capabilities, precise temperature regulation, and user-friendly digital interfaces. Researchers can set the desired temperature quickly and monitor it accurately throughout the experiment.
In addition to laboratory efficiency, Thermoblocks are designed for safety and convenience. Unlike traditional water baths, they reduce spillage risks, require less maintenance, and offer portability for labs with limited space. Prices, such as Thermoblock laboratory price, or Dry Block Heater cost, vary based on capacity, features, and brand reputation, with Denagene Tajhiz thermoblocks providing competitive pricing along with reliable customer support.
Overall, a Thermoblock is an indispensable tool in any laboratory, ensuring precision, safety, and efficiency for a wide range of scientific applications.
The Thermoblock is a versatile laboratory device used in numerous scientific and clinical applications. Its primary function is to provide precise and uniform heating for samples, making it an essential tool in research, diagnostics, and educational laboratories. Often referred to as a Dry Block Heater, Block Heater, or Heating Block, it can accommodate microcentrifuge tubes, PCR tubes, and other sample containers.
In molecular biology and biotechnology, Thermoblocks are widely used for enzyme activation, DNA denaturation, and incubation of samples. They are particularly valuable in PCR experiments where maintaining consistent temperatures across all samples is critical. By serving as a Dry Bath Incubator, thermoblocks eliminate the need for water baths, reducing contamination risk and improving laboratory safety.
Clinical laboratories also benefit from thermoblocks in diagnostic procedures. Samples requiring precise thermal treatment, such as blood, serum, or bacterial cultures, can be efficiently processed using these devices.
Their uniform heating ensures reliable results, making them essential in pathology, microbiology, and biochemistry labs.
Educational institutions frequently employ Thermoblock laboratory systems to teach students proper sample handling and incubation techniques. The simplicity and safety of a Dry Bath system allow hands-on learning without the hazards associated with traditional water baths.
Portable versions, sometimes called Portable Lab Block Heaters, allow researchers to maintain precise temperatures even in limited space or field conditions. Modern thermoblocks, including those from Denagene Tajhiz, combine user-friendly digital interfaces, rapid heating capabilities, and programmable temperature settings.
Overall, the applications of Thermoblocks are diverse. They are essential for sample incubation, enzyme reactions, molecular biology experiments, and clinical diagnostics, offering efficiency, safety, and reproducibility. Investing in a high-quality thermoblock ensures reliable laboratory results, reduced contamination risks, and improved workflow across a wide range of scientific tasks.
When considering the Thermoblock apparatus price, several factors influence the overall cost. Prices vary based on block size, heating capacity, features, and the manufacturer. A Dry Block Heater or Block Heater from a reputable brand such as Denagene Tajhiz ensures both reliability and long-term support, making it a worthwhile investment for laboratories.
Capacity is one of the primary determinants of price. Thermoblocks come in various sizes, typically accommodating 24, 48, or 96 sample tubes. Larger blocks cost more due to their increased material, higher energy requirements, and additional heating elements. Laboratories with higher throughput may opt for larger blocks, while smaller labs or educational institutions may choose compact models to save on budget and bench space.
Heating performance and accuracy also impact cost. Devices capable of maintaining precise temperatures with ±0.1°C accuracy and rapid heating/cooling rates are generally more expensive. Features like digital interfaces, programmable temperature protocols, and integrated timers add to the price but enhance usability and experiment reproducibility.
The Dry Bath design of thermoblocks provides safety and efficiency, and the Thermoblock laboratory price often reflects this added convenience. Compared with traditional water baths, dry blocks reduce contamination risks, require minimal maintenance, and offer faster startup times, which contributes to their overall value.
Finally, brand and warranty play a significant role. Denagene Tajhiz thermoblocks come with technical support, training, and service options, which may slightly increase initial costs but ensure long-term reliability and peace of mind.
In summary, when evaluating block heater price, consider capacity, heating precision, features, and brand support. Investing in a high-quality thermoblock ensures efficient laboratory workflow, consistent results, and safe handling of samples, making it a smart choice for research, clinical, and educational laboratories.
A Portable Lab Block Heater is a compact and versatile version of the traditional Thermoblock, designed to provide precise and uniform heating while being easy to move and use in various laboratory environments. These portable devices are particularly useful in research facilities, field laboratories, and educational settings where space is limited or experiments need to be conducted outside a standard lab bench.
Despite their smaller size, portable thermoblocks retain the core functionality of standard Dry Block Heaters. They provide stable temperatures for sample incubation, enzyme reactions, PCR experiments, and other molecular biology or clinical applications. By offering uniform heating, portable models ensure reproducible results across all samples while maintaining the convenience of mobility.
Many portable units feature digital interfaces and programmable temperature settings, allowing researchers to set and store multiple protocols. This feature reduces manual intervention and increases workflow efficiency, which is especially valuable in high-throughput laboratories or teaching labs. Some models can accommodate standard microcentrifuge tubes, PCR tubes, and even larger sample vessels, providing flexibility despite their compact design.
The safety advantages of a Portable Lab Block Heater are significant. As a Dry Bath, it eliminates water-based heating systems, reducing contamination risks and avoiding water spillage, which can be a concern in temporary or mobile setups. Energy efficiency and rapid heat-up times further enhance the usability of portable thermoblocks.
Brands like Denagene Tajhiz provide portable thermoblocks with robust construction, precise temperature control, and reliable support. While the Thermoblock laboratory price may vary depending on portability, capacity, and features, these devices offer an excellent balance of functionality, convenience, and affordability.
In summary, a Portable Lab Block Heater is an ideal solution for laboratories needing flexibility without compromising performance. It combines the precision of traditional thermoblocks with the convenience of portability, making it indispensable for research, diagnostics, and teaching applications.
When buying a Thermoblock, it is important to consider several factors to ensure that the device meets your laboratory’s specific needs. A Thermoblock, also known as a Dry Block Heater, Block Heater, or Dry Bath, provides precise and uniform heating for various sample types, including PCR tubes, microcentrifuge tubes, and other laboratory containers.
Capacity is the first factor to evaluate. Thermoblocks come in different sizes, typically accommodating 24, 48, or 96 tubes. Laboratories with high sample throughput may require a larger block, while smaller labs or educational institutions may prefer a compact unit to save bench space and reduce cost. The Thermoblock laboratory price usually reflects block size, heating performance, and additional features.
Temperature accuracy and control are also crucial. Look for a unit that offers precise heating with ±0.1°C accuracy, fast ramp-up times, and programmable temperature settings. Modern Denagene Tajhiz Thermoblocks feature intuitive digital displays, multiple protocol storage, and safety mechanisms such as over-temperature protection, ensuring reliable and safe operation.
Another consideration is portability. If your laboratory requires flexible placement or field applications, a Portable Lab Block Heater is ideal. These compact units provide the same reliable heating as standard thermoblocks while being easy to move and store.
Cost and warranty are additional factors. The Dry Block Heater cost can vary depending on brand, features, and support services. Choosing a trusted manufacturer like Denagene Tajhiz ensures that you receive not only a high-quality device but also technical support, warranty coverage, and long-term reliability.
In summary, buying a Thermoblock requires careful consideration of capacity, heating precision, programmability, portability, and brand support. By evaluating these factors, laboratories can invest in a reliable, safe, and efficient heating solution that meets both research and diagnostic needs.
The Denagene Tajhiz Thermoblock is a high-quality laboratory heating device designed for precise and reliable temperature control. As a trusted brand in scientific equipment, Denagene Tajhiz offers thermoblocks that combine accuracy, safety, and ease of use, making them ideal for molecular biology, biochemistry, clinical diagnostics, and educational laboratories.
These thermoblocks function as Dry Block Heaters, Heating Blocks, or Dry Bath Incubators, providing uniform heating for microcentrifuge tubes, PCR tubes, and other sample containers. The solid block design ensures consistent temperatures across all wells, which is crucial for reproducible results. Users can easily set and monitor desired temperatures using the intuitive digital interface, making daily laboratory work more efficient.
One of the major advantages of the Denagene Thermoblock is its versatility and durability. It can accommodate multiple tube formats and sample sizes, and its robust construction ensures long-term use even in high-volume laboratories. Safety features, including over-temperature protection and energy-efficient heating, minimize risks and reduce operational costs.
Another key consideration is cost-effectiveness. The Thermoblock laboratory price and Dry Block Heater cost from Denagene Tajhiz are competitive, providing excellent value for laboratories seeking reliable equipment without compromising quality. Furthermore, Denagene Tajhiz provides comprehensive after-sales support, training, and warranty services, ensuring that customers receive long-term assistance and maintenance guidance.
Applications of the Denagene Tajhiz Thermoblock are extensive. It is widely used in enzyme reactions, PCR experiments, sample incubation, genotyping, and other laboratory procedures requiring precise temperature control. Its combination of performance, affordability, and safety makes it an essential tool in both research and clinical laboratories.
In summary, the Denagene Tajhiz Thermoblock offers precision, reliability, and user-friendly operation. With advanced features and competitive pricing, it is a smart investment for laboratories seeking consistent, safe, and efficient heating solutions.
The Thermoblock is an indispensable laboratory tool that provides precise, uniform, and reliable heating for a wide range of scientific applications. Also known as a Dry Block Heater, Block Heater, or Heating Block, it is used extensively in molecular biology, biochemistry, clinical diagnostics, and educational laboratories. By maintaining consistent temperatures across all samples, thermoblocks ensure reproducible results and reduce the risk of contamination compared to traditional water baths.
One of the key advantages of a Thermoblock laboratory is its versatility. It can accommodate microcentrifuge tubes, PCR tubes, and other sample containers, supporting diverse applications such as enzyme activation,
DNA amplification, genotyping, and sample incubation. Modern units, especially those from trusted brands like Denagene Tajhiz, feature programmable temperature settings, digital displays, and rapid heating capabilities, making them user-friendly and efficient for routine laboratory tasks.
Cost-effectiveness is another important factor. The Thermoblock laboratory price and Dry Block Heater cost are competitive, especially when compared to gradient or more complex heating systems. With long-term durability, minimal maintenance requirements, and safety features such as over-temperature protection, investing in a high-quality thermoblock provides excellent value for laboratories of all sizes. Portable models further enhance flexibility, enabling researchers to perform precise heating even in constrained or field-based settings.
In summary, a Thermoblock combines accuracy, reliability, safety, and convenience, making it a smart investment for research, diagnostics, and teaching laboratories. By choosing a reputable supplier like Denagene Tajhiz, laboratories can ensure consistent performance, comprehensive support, and long-term usability. Whether for routine PCR, enzymatic reactions, or general sample incubation, thermoblocks deliver dependable results, streamline workflow, and enhance laboratory efficiency.
| Model | DTB - 100 |
| Temperature Range | 5-100 |
| Speed Of Temperature Increase | About 5 degrees Celsius per minute |
| Capacity (ML ) | 16 * 1.5 + 15 * 0.5 + 12 * 0.2 |
| Maximum Activity Time ( Hour ) | 100 |
| Weight (KG ) | 4 |
| Input Power | 220 volt AC |
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