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A thermal cycler, also known as a PCR machine, is an essential instrument for molecular biology laboratories. It precisely controls temperature changes to amplify DNA segments through the polymerase chain reaction. Selecting the correct model ensures reliable and reproducible experimental results, which is critical for research and diagnostic applications.
Compact & Portable: Only 3.2 kg – ideal for tight lab benches and mobile setups.
Fast Cycling Speeds: Up to 5 °C/sec heating and 4 °C/sec cooling.
Precision Control: ±0.2 °C temperature accuracy and uniformity.
16-Well Format: Compatible with 0.2 ml tubes in a 2×8 strip format.
Standalone Operation: No external PC required.
5-inch TFT high-definition full-touch color screen, can quickly edit the required files, visual display of temperature curve, convenient and fast setting, accurate display of temperature curve and instrument running process status in real time.
The latest generation of semiconductor technology, excellent augmentation performance, effectively eliminate the edge effect of module heat conduction, the module temperature uniformity is excellent.
The bottom shell with one aluminum carved processing, not only exquisite and solid, but also greatly enhance the heat dissipation performance.
User login, authority management, password protection function, ensure data security, administrator can clear users, large data storage, the machine can store more than 100 files.
The hot cover temperature and hot lid working mode can be set, the hot cover can be switched on and off, and the tube temperature control mode and block temperature control mode can be selected to meet more different experimental requirements.
【16-Sample Capacity】Holds 16 x 0.2 ml PCR samples, enabling efficient simultaneous processing of multiple experiments to optimize workflow in research or diagnostic settings
【7" HD Touchscreen】Features a 7-inch high-definition color touchscreen that displays real-time cycling data, allowing users to monitor experiment progress intuitively and make timely adjustments
【Standalone System】Equipped with an onboard computer, eliminating the need for a PC or smartphone. Includes preloaded Edvotek PCR programs and storage for an additional 100 custom programs for flexible, independent operation
【Precision Thermal Control】Includes a heated lid to prevent sample evaporation, active cooling to 14°C, a temperature range of 14–99°C, a maximum ramp rate of 3.5°C/sec, and a high-precision algorithm to ensure reliable and consistent...
【Universal Voltage】Supports universal voltage input, making it suitable for global use in any laboratory without the need for adapters or voltage converters, enhancing accessibility and convenience
[Gradient Optimization Function] The system comes with a built-in gradient calculator that displays the gradient temperature distribution in real time. It helps obtain accurate annealing temperatures for optimizing PCR reaction conditions
[Precise Temperature Control] The PR-96E features a built - in multi - channel refrigeration film and evenly - distributed sensors. This setup eradicates the edge effect, ensuring excellent temperature uniformity across the module.As a result, it enables...
[Flexible Thermal Lid] The elastic thermal lid opens and closes smoothly, accommodating test tubes of varying heights. It effectively prevents evaporation and ensures a tight seal
[Sleek Design & Intuitive Operation] Featuring a new and unique appearance, this device has a compact size. The interface, operated via a 5-inch HD full-touch color screen, is simple and convenient, allowing for quick file editing
[Versatile Applications] Boasting a 96 × 0.2 ml sample capacity, this PCR is ideal for a wide range of applications, including high-throughput research experiments, biological research, forensic identification, and agricultural studies
Advanced Semiconductor Heating Module Utilizes next‑gen semiconductor technology for uniform temperature distribution and minimal edge effects, supported by multi-sensor feedback and refrigeration film.
5″ Full‑Touch Color TFT Display Intuitive interface with real‑time visualization of temperature curves and run status for easy programming.
Integrated Gradient Calculator Automatically optimizes annealing temperatures across wells to streamline experimental setup.
Secure Multi‑User System Supports user login, role-based permissions, password protection, and stores over 100 protocols for data integrity.
Adaptive Elastic Heated Lid Ensures optimal contact with tubes of varying heights by intelligently adjusting lid pressure.
Configurable Temperature Modes Allows hot-lid control on/off and offers block or tube temperature control to fit diverse protocol needs.
With a footprint less than that of the average laboratory notebook, the TC-32 Mini Thermal Cycler will fit almost anywhere
Its reduced capacity block and economical price make the TC-32 Mini Thermal Cycler the perfect choice for lower throughput laboratories and educational facilities
The temperature of the heated lid can be changed or the heating function of the lid may be turned off
Last update on 2026-07-16 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Lab Thermal Cyclers
Key Features to Consider
Choosing a thermal cycler involves evaluating several critical features to match your laboratory's needs. The block format is a primary consideration; common options include single-block, gradient, and multi-block units. Single-block cyclers are standard for basic PCR, while gradient cyclers allow optimization of annealing temperatures across a range, saving time and reagents. Multi-block units offer the highest throughput, enabling simultaneous runs of different protocols.
Consider the temperature accuracy and uniformity. High accuracy ensures that the set temperatures are precisely achieved, while uniformity across the block guarantees consistent amplification across all samples. Look for specifications detailing these parameters, often expressed as ±0.25±C for accuracy and ±0.5±C for uniformity.
Programmability and user interface are also important. Advanced models offer intuitive touchscreens and extensive programming capabilities, including the ability to store protocols and set up complex thermal profiles. Ensure the interface is user-friendly and allows for easy setup and monitoring of PCR runs.
Finally, factor in the capacity and sample format. Thermal cyclers are designed for specific tube or plate formats (e.g., 0.2 mL tubes, 96-well plates). Ensure the chosen unit accommodates the consumables you typically use. Higher throughput models will have larger capacities, suitable for high-volume applications.
Frequently Asked Questions
What is the main function of a thermal cycler?
A thermal cycler's primary function is to perform the polymerase chain reaction (PCR). It precisely controls cyclical temperature changes required for DNA amplification, including denaturation, annealing, and extension steps.
What is a gradient thermal cycler?
A gradient thermal cycler allows for simultaneous testing of multiple annealing temperatures across the block. This feature is invaluable for optimizing PCR protocols by identifying the ideal annealing temperature without running multiple separate experiments.
How important is temperature uniformity in a thermal cycler?
Temperature uniformity is crucial for ensuring that all samples in the block experience the same temperature conditions. Poor uniformity can lead to inconsistent amplification across different wells, affecting experimental reproducibility and data reliability.
What is the difference between a single-block and a multi-block thermal cycler?
A single-block cycler has one temperature block for a single PCR run. A multi-block cycler has multiple independent blocks, allowing for several different PCR protocols to be run simultaneously, significantly increasing throughput.
What are the common sample formats supported by thermal cyclers?
Thermal cyclers typically support standard PCR consumables such as 0.2 mL or 0.5 mL PCR tubes, strip tubes, and 96-well or 384-well PCR plates. Compatibility with your preferred format is an important consideration.
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