Touch Thermal Cycler (Gradient) LTCG-A26

The gradient feature of the Touch Thermal Cycler (Gradient) LTCG-A26 allows users to test a range of annealing temperatures in a single run. This is particularly useful for optimizing new primers or protocols. It improves the success rate of amplification by identifying the most efficient annealing conditions. With a gradient temperature range of 30°C to 99.9°C and a setting range of up to 30°C, it provides precise control. The system displays real-time gradient distribution for better visualization. This function saves time and resources by reducing multiple trial runs. It is ideal for assay development and validation. The feature enhances reproducibility and overall PCR performance.

The Touch Thermal Cycler (Gradient) LTCG-A26 is widely used in research institutes, clinical diagnostics labs, pharmaceutical R&D, forensic labs, and academic institutions. Its ability to handle 384-well plates makes it ideal for high-throughput genetic analysis. It supports applications such as pathogen detection, genetic fingerprinting, and gene expression studies. Biotech companies use it for quality control and assay development. In clinical settings, it is used for molecular diagnostics, including testing for viral or bacterial DNA. Educational institutions benefit from its intuitive touchscreen and visual temperature display for teaching. The compact design suits labs with limited bench space. Overall, it caters to a broad range of PCR-based applications.

Our Touch Thermal Cycler (Gradient) LTCG-A26 features a 384-well capacity, allowing simultaneous amplification of large sample batches. This significantly enhances throughput and lab productivity. Its fast heating (4.5°C/s) and cooling (4°C/s) rates reduce total cycle time. The intuitive touchscreen and real-time temperature tracking simplify complex workflows. With more than 100 programmable files, it supports routine and specialized protocols. Its compact size makes it ideal for busy lab environments with space constraints. The elastic hot lid adapts to varying tube heights, ensuring consistent sealing. This makes the system efficient for core labs, clinical testing, and pharmaceutical workflows. It is designed for demanding PCR workloads.

Labtron’s Touch Thermal Cycler (Gradient) LTCG-A26 uses advanced semiconductor technology for rapid and uniform heat distribution. It features multi-channel refrigeration films and evenly distributed sensors for precise temperature control. With a uniformity of ±0.25°C and accuracy of ±0.20°C, it ensures consistent amplification across all wells. The system minimizes edge effects and thermal drift. Real-time monitoring of gradient and temperature curves ensures transparent process control. The dual control methods (block/tube) allow tailored settings for specific experiments. It maintains stable thermal conditions, crucial for reliable PCR outcomes. This accuracy improves reproducibility across various experimental runs.

Yes, the Touch Thermal Cycler (Gradient) LTCG-A26 supports up to 30 programmable steps and 99 cycle repetitions per protocol. Users can adjust time and temperature increments (±599s / ±9.9°C) for flexible programming. The touchscreen interface allows quick file creation and editing. Hot lid temperature (30–110°C) and control modes can be customized to match specific sample types. The system supports both tube and block-based temperature control for different reaction vessels. Built-in program pause and resume functions help users adapt mid-run. Its storage capacity allows over 100 custom files. These features ensure it meets diverse PCR workflow needs.

Our Touch Thermal Cycler (Gradient) LTCG-A26 includes a user login system with password protection, role-based access control, and administrative management tools. Only authorized users can modify or run protocols, ensuring operational integrity. Admins can delete or update user accounts when needed. This is ideal for multi-user lab environments where access restrictions are important. Data files are stored securely, and program information can be transferred via USB if needed. It helps labs comply with data handling standards. This system ensures experiment traceability and protects sensitive research protocols. It's especially valuable in regulated or shared lab settings.