Corbett Research RG-3000 Rotor-Gene Real Time PCR Cycler Lab + Software manuals

Corbett Research Model: RG-3000 Rotor-Gene Real Time PCR Cycler Lab Sn: 080412 Made in Australia Condition is used. Power on. Comes with rotor inside, accessories, software and manuals (shown in pictures). 𧬠Corbett Research RotorâGene RGâ3000 RealâTime PCR Cycler The RotorâGene RGâ3000 is a high-precision real-time PCR thermal cycler featuring a unique rotor-based system rather than a traditional block. This design provides superior thermal uniformity and enhanced detection sensitivity across all samples, making it a distinguished instrument for gene expression, pathogen detection, SNP genotyping, and melt curve analysis. Key Features Rotor-Based Thermal Cycling Samples spin in a rotating carousel beneath a stationary heating block, eliminating edge effects and ensuring consistent temperature distribution across all tubes. Fast Ramp Rates & Enhanced Uniformity Enables rapid heating and cooling with minimal temperature varianceâtypically within ±0.5â¯Â°Câproviding high reproducibility and faster cycle times. Multiplex Fluorescent Detection Supports SYBR Green, FAMâ¢, VIC®, ROXâ¢, and other common dyes, allowing for singleplex and multiplex assays. Intuitive Software Suite Designed for seamless assay design, setup, and analysisâincluding quantitation methods such as relative expression, absolute standard curves, and genotyping workflows. Compact Design Well-suited for benchtop placement in labs with space constraints while maintaining robust analytical capability. Technical Specifications Sample Capacity: Rotor options typically for 36 or 72âÃâ0.2âmL PCR tubes Temperature Range: Approximately 30â¯Â°C to 99â¯Â°C Optical Channels: Multiple wavelength filters for flexible dye compatibility Temperature Accuracy: Approximately ±0.5â¯Â°C across all positions Cycle Time: High performance with efficient ramping Interface & Connectivity: PC-based software control with USB or serial output for data export and analysis Footprint & Weight: Compact, bench-friendly design typically <â¯20â¯kg Applications Gene expression profiling Pathogen and viral detection assays SNP genotyping and allelic discrimination Copy number variation and quantitative analysis Highâresolution melt curve analysis (HRM) Benefits at a Glance Elimination of well-to-well temperature variation Precise, rapid cycling for reliable real-time measurements Compatible with standard qPCR chemistries and protocols Flexible multiplex imaging capabilities Low bench footprint with professional-grade performance