Labmate Real-Time PCR System LMPCS-801

Key Features

• Six-channel fluorescence detection with adjustable excitation and emission ranges

• Rapid thermal cycling: ≥6.1°C/s heating, ≥5.0°C/s cooling

• Precise temperature control: ±0.1°C uniformity and ≤0.1°C accuracy

• Gradient PCR capability (1–40°C range, 12-row block)

• Supports 0.2 mL 96-well plates, 8-tube strips, and single tubes

• High-throughput capacity with sample dynamic range of 1–10¹⁰ copies

• Advanced data analysis and customizable report generation

• USB connectivity and memory storage for secure data management

• Power failure protection for uninterrupted experiments

Technical Specifications

Specification	Details
Sample Throughput	1–96
Fluorescence Channels	6
Fluorescence Scanning Time	7 s
Excitation Range	Channel 1: 465 nm, 2: 527 nm, 3: 580 nm, 4: 632 nm, 5: 680 nm, 6: 465 nm
Detection Range	Channel 1: 510 nm, 2: 563 nm, 3: 616 nm, 4: 664 nm, 5: 730 nm, 6: 616 nm
Sample Dynamic Range	1–10¹⁰ copies
Maximum Heating Rate	≥6.1°C/s
Maximum Cooling Rate	≥5.0°C/s
Temperature Uniformity	±0.1°C
Temperature Control Accuracy	≤0.1°C
Gradient Interval Range	1–40°C
Gradient Block	12-row
Programmable Protocols	Thermal Gradient PCR, Long PCR, Touchdown PCR
Linearity & Repeatability	R² ≥0.999; Ct CV <0.5%
Compatible Consumables	0.2 mL 96-well plates, 8-tube strips, single tubes
Power Consumption	900 VA
Power Supply	100–240 V, 50/60 Hz
Dimensions (W×D×H)	355 × 475 × 484 mm
Net Weight	30 kg

Features

• Adjustable fluorescence range for multiplex assays

• Advanced real-time data analysis and reporting

• USB data transfer and memory storage

• Power failure protection for uninterrupted operation

• User-friendly touchscreen and PC connectivity

Applications
Labmate Real-Time PCR System LMPCS-801 is suitable for gene expression studies, SNP genotyping, pathogen detection, relative and absolute quantification, and melting curve analysis.

Selection Guide
Labmate LMPCS-801 is ideal for laboratories requiring accurate, high-throughput real-time PCR analysis. Its rapid thermal cycling, multi-channel fluorescence detection, and gradient capabilities make it perfect for molecular biology, clinical diagnostics, and research applications. The system supports multiplex assays and precise nucleic acid quantification, ensuring reproducibility and regulatory compliance. ISO, CE, and RoHS certifications guarantee adherence to international quality and safety standards, making it a dependable choice for gene expression, mutation detection, and pathogen quantification studies.