The Corbett CAS1200 is a compact, high-precision robotic pipetting system specifically designed to automate the setup of real-time quantitative PCR (qPCR) reactions. Built with a focus on accuracy, reproducibility, and contamination control, the CAS1200 is ideal for laboratories aiming to streamline qPCR workflows and minimize pipetting errors.
Dedicated for qPCR Setup
Designed to prepare qPCR reactions with exceptional precision, the system supports complex workflows like standard curve generation, dilution series, and sample replication.
Single-Channel Pipetting Head
Equipped with a high-precision single-channel pipetting arm capable of handling volumes from 1 to 200 µL. Achieves coefficient of variation (CV) of less than 1% for ≥5 µL volumes.
Flexible Plate Compatibility
Supports a wide range of tube and plate formats including 0.1 mL and 0.2 mL PCR tubes, 96-well plates, and 384-well plates. Compatible with popular real-time PCR instruments such as Rotor-Gene and LightCycler.
Contamination Control
Offers options for ultraviolet (UV) sterilization and HEPA-filtered airflow to maintain a sterile working environment and reduce cross-contamination.
Advanced Liquid Handling Software
User-friendly software enables intuitive protocol setup, tip usage control, reagent tracking, and comprehensive logging. Features include master mix creation, dilution logic, and full plate mapping.
Deck Configuration
Modular deck accommodates multiple source plates, reagent reservoirs, and destination plates. Typically supports six plate positions, including tube and tip racks.
Liquid Level Sensing
Includes software-based liquid level tracking (LLT) and optional conductive tip sensing (LLS) for low-volume accuracy and conservation of precious reagents.
Pipetting Volume Range: 1–200 µL
Accuracy: CV <1% for volumes ≥5 µL
Operating Temperature: 4–35°C
Power Requirements: 100–240V, 50/60 Hz
Connectivity: Serial RS-232 port for PC control
Dimensions: Approx. 49 cm W × 58 cm D × 39 cm H (hood closed)
Weight: Approx. 25 kg (55 lbs)
High-throughput qPCR reaction setup
Serial dilution for standard curves
Reagent dispensing and normalization
DNA/RNA quantification workflows
Sample preparation for multiplex PCR or genotyping studies
Increased Efficiency: Automates repetitive tasks, reducing technician time and increasing lab throughput
Reproducibility: Consistent pipetting ensures reliable qPCR results across batches
Reduced Human Error: Eliminates variability introduced by manual pipetting
Compact Footprint: Small size fits easily on standard laboratory benches
Safe Operation: Optional UV/HEPA upgrades help maintain clean working conditions