PCR Thermal Cycler PT2053

Introduction

PCR Thermal Cycler features 3 independently controlled gradient blocks, each featuring 32 wells for 0.2 ml PCR tubes. It utilizes advanced Peltier technology, offering up to 1,00,000 thermal cycles for long-lasting and consistent performance. Equipped with a large 10.1 full-color touch screen and unlimited storage for over 15,000 PCR programs. Integrated with PC remote control capability for managing up to 50 units and a smart top-open lid design for smooth, low-pressure operation. Our PCR Thermal Cycler is designed for PCR amplification, gene expression analysis, clinical diagnostics, and molecular biology research.

Applications

PCR Thermal Cycler is designed for PCR amplification, gene expression analysis, clinical diagnostics, and molecular biology research.

Specifications

Capacity	96-Wells
Reaction Volume	0.2 ml
Tube Type	0.2 ml PCR Tube, Strip with Flat & Dome Cap
Block Temperature Range	0°C to 105°C
Heat Lid Temperature Range	30°C to 112°C
Temperature Accuracy	≤±0.1°C
Temperature Uniformity	≤±0.2°C
Gradient Range	30°C to 105°C
Program	15,000+ Programs 30 Steps; up to 10,000 Cycles
Display Resolution	0.1°C
Display	10.1
USB & Backup	Unlimited via USB Flash Drive; Backup Supported
Communication Ports	USB2.0 & LAN
Max. Heating Rate	7.5°C/s
Max. Cooling Rate	6.5°C/s
Ramping Rate Adjustment	0.1°C to 5°C/s
Technology	Advanced Peltier 1,000,000 cycles
Power Supply	100V to 240V, 50 to 60Hz
Power Consumption	600W
Dimension	375 × 270 × 277 mm
Packaging Dimension	480 × 400 × 390mm
Net Weight	13 kg

Features

Multi-User Password Protection.

Auto-Pause and Resume Function.

Touchscreen PCR Support.

4°C Final Hold Temperature.

Automatic Lid Shut-off.

Advanced Thermal Control Accuracy.

Independent Gradient Temperature.

FAQs

1. How does a PCR thermal cycler work?

It works by repeatedly heating and cooling samples to specific temperatures, enabling DNA denaturation, primer annealing, and extension to create multiple copies of the target DNA sequence.

2. What are the main components of a PCR thermal cycler?

The main components include a thermal block to hold samples, a heating/cooling system for temperature changes, and a control panel for programming cycling parameters.

3. Why is precise temperature control important in a PCR thermal cycler?

Precise temperature control ensures accurate DNA amplification by maintaining optimal conditions for denaturation, annealing, and extension during the PCR process.

4. How long does a PCR reaction take?

A standard PCR reaction usually takes 1 to 3 hours, depending on the number of cycles, annealing temperature, and type of DNA polymerase used.

5. How many samples can be processed at once in a PCR thermal cycler?

The capacity depends on the model, but most thermal cyclers can hold 24, 48, or 96 reaction tubes in a single run.