PCR Thermal Cycler ETC811Plus / ETC811Plus-384,>=5 C/s Ramp Rate (CAT#: STEM-AL-6433-ZJF)

The ETC811Plus is a PCR thermal cycler designed for repeated temperature cycling in nucleic-acid amplification. It automates denaturation, annealing, and extension steps through semiconductor temperature control. The system is available with 96-well and 384-well aluminum thermal blocks. Rapid heating and cooling support efficient progression through PCR temperature stages. The heated-lid system is used to limit reaction-liquid evaporation during cycling. Gradient PCR functionality supports simultaneous evaluation of multiple annealing temperatures. The platform can be used in molecular-biology workflows involving amplification for research or diagnostic preparation. The instrument provides programmable and repeatable thermal control for standard PCR processes.

Models: ETC811Plus and ETC811Plus-384
Block Options: 96 x 0.2 mL aluminum block or 384-well aluminum block
96-Well Compatibility: Single tubes, 8-tube strips, 12-tube strips, non-skirted plates, and semi-skirted plates
Input Power: 220 V AC, 50 Hz, 1000 VA
Product Dimensions: 427 x 288 x 227 mm
Package Dimensions: 540 x 450 x 385 mm
Net Weight: 9.7 kg
Gross Weight: 14.5 kg
Temperature Accuracy: <=+/-0.1 C
Temperature Control Accuracy: <=+/-0.1 C
Block Uniformity: <=+/-0.3 C at 55 C
Maximum Heating Rate:>=5 C/s
Maximum Cooling Rate:>=5 C/s
Temperature Control Technology: 3 independent Peltier zones with distributed block compensation
Block Setting Range: 0-105 C
Heated-Lid Setting Range: 30-110 C with ON/OFF control

Semiconductor thermal cycling
Programmable denaturation, annealing, and extension
Heated-lid evaporation control
Gradient PCR capability
Automated temperature cycling
Laboratory nucleic-acid amplification
Intelligent suppression of non-specific amplification
Small-volume evaporation management