EziLab offers the Real Time PCR EZL-RTP100, a multiplex qPCR machine with 6 fluorescence channels and 96 reactions per run on 96-well 0.2 mL plates or 8-well and 12-well strip tubes. A full-spectrum LED excites 455 nm to 680 nm, a photomultiplier tube detects 510 nm to 730 nm, and one channel scans in 33 seconds across a 1 to 10¹⁰ copy dynamic range. The Peltier block runs 4 °C to 100 °C with 0.1 °C control, ±0.2 °C uniformity, a ramp of at least 6 °C per second, and a 1 to 36 °C gradient, while the heated lid holds 105 °C. Reactions span 1 to 50 µL, 999 cycles are programmable, and the 710 by 590 by 550 mm body weighs 47 kg. Choose it over the 4-channel sibling when multiplex panels need six targets in one run. Molecular biology laboratories, diagnostic laboratories, food safety laboratories, and environmental monitoring programs cover full target panels in fewer runs, so turnaround shortens. Typical uses include gene expression, mutation detection, pathogen analysis, SNP genotyping, melting curve, and HRM studies. Matching channel count to your panel avoids repeat runs, so compare options on the PCR Detection System and Real Time PCR pages.
| Fluorescence Detection Channels | 6 channels |
|---|---|
| Reaction Per Run | 96 |
| Throughput | 96well × 0.2ml (half-skirted/no-skirted plate) |
| Block Compatibility | 96 well Plates, 12 well strips tube, and 8- well strip tube. |
| Programmable Span | 999 cycles |
| Dynamic Range | 1 to 10¹⁰copies |
| Detection Location | Top detection |
| Single Channel Scan Time | 33s |
| Excitation Light Wavelength | 455 to 680nm |
| Detection Wavelength | 510 to 730nm |
| Fluorochrome Dye | Channel 1: FAM/SYBR Green I |
| Excitation Light Source | Full-spectrum LED |
| Detector | Photomultiplier Tube |
| Block Material | Peltier |
| Block Temperature Range | 4 to 100°C |
| Block Temperature Control | Less than equal to 0.1°C |
| Block Temperature Uniformity | ± 0.2°C |
| Block Ramping Rate | Greater than equal to 6 ℃/S |
| Temperature Control Mode | Block mode, Tube mode |
| Gradient Temperature Difference | 1 to 36°C |
| Sample Volume Range | 1 to 50 µL |
| Heated Lid Temperature Range | 30°C to 110°C (default 105°C) |
| Fluorescence Intensity | CV Less than equal to 3% |
| Detection Repeatability | Yes |
| Requires PC Connection | Yes |
| Scan Mode | Full plate scan or specified line scan |
| Software Functions | Absolute quantification, Relative quantification, Melting curve, SNP genotyping, HRM, Quick run, etc. |
| Operation System | PC software (Windows 8 or higher), Built-in software |
| Communication Ports | USB Type-A port × 2, USB Type-B port, RJ45 port |
| Power-Off Protection Function | Yes |
| Dimensions (W× D × H) | 710 × 590 × 550 mm |
| Weight | 47 Kg |
Fast sample processing capability
Leak proof sealing with gasket design
User friendly design
Easy to use interface
Fast sample processing capability
| • | Used in molecular biology laboratories for gene expression studies. |
| • | Applied in diagnostic laboratories for mutation detection and pathogen analysis. |
| • | Used in food safety laboratories for pathogen detection. |
| • | Applied in environmental monitoring programs for detecting low-copy targets in complex samples. |
| • | Used in research laboratories for SNP genotyping, melting curve and HRM studies. |
| • | Applied in pharmaceutical development and agricultural testing for multiplex panels of up to six targets. |
The Real Time PCR EZL-RTP100 is designed to accommodate demanding workloads with consistent accuracy and speed. The system enables simultaneous processing of multiple samples, making it ideal for laboratories handling large-scale testing such as gene expression studies or pathogen detection. The user-friendly interface allows for quick assay setup, reducing turnaround time. Automated data analysis tools streamline post-run interpretation, minimizing manual effort. This balance of performance and efficiency supports high-throughput workflows with confidence.
Ezilab’s Real Time PCR EZL-RTP100 features software with pre-set templates and visual guidance, making it accessible to both experienced and novice users. Step-by-step wizards help with experiment setup, reducing the learning curve. Real-time monitoring allows users to track amplification curves without interrupting the run. Built-in quality control prompts help catch common user errors before they affect results. These features make it a reliable choice for teaching labs or teams with varied experience levels.
Our Real Time PCR EZL-RTP100 is a versatile system that supports a wide range of applications, from pathogen detection and genotyping to gene expression analysis. It is commonly used in research, clinical diagnostics, agricultural testing, and pharmaceutical development. The system’s precision and sensitivity make it suitable for detecting even low-copy targets in complex samples. With flexibility to use various chemistries, the platform adapts well to evolving assay needs. Researchers across multiple disciplines benefit from its performance.
The Real Time PCR EZL-RTP100 is engineered for stable performance, even under continuous use. Its internal thermal control system and consistent fluorescence detection ensure reliable data across different runs. Automated calibration features help maintain consistency without requiring frequent user adjustments. Additionally, the software includes real-time error alerts and data validation tools to ensure integrity. This makes it easy to maintain high standards for reproducibility and trustworthiness in critical experiments.
Our Real Time PCR EZL-RTP100 incorporates multiple safety considerations for daily laboratory environments. The closed system design minimizes contamination risk, while the compact footprint ensures it fits safely on standard benchtops. Temperature safeguards protect both the system and user from overheating issues. Auto-stop functions prevent the machine from operating under unsafe conditions. These features make the unit secure for routine use in both research and diagnostic settings.
Ezilab’s Real Time PCR EZL-RTP100 is designed for ease of maintenance, with minimal user intervention needed. Regular cleaning of the sample chamber and verification of optical components help preserve data quality. Software updates and diagnostics can be performed via the interface, with prompts provided when needed. The system includes built-in self-check features to ensure all components are functioning properly. With simple upkeep, the unit delivers long-term dependable performance.
