Gradient Thermal Cycler T-GT-C102

Introduction

Gradient Thermal Cycler offers gradient temperature range of 1 to 36℃. It features compact, lightweight build that ensures easy placement in any laboratory setup. Equipped with dual modes, it shows actual sample or block temperature for flexible and faster reactions. Incorporates programming system with adjustable timing and ramp rates. Thermal Cycler enables gene amplification in research centers, genetic screening, and diagnostic laboratories.

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

Applications

Gradient Thermal Cycler is applied for gene amplification for molecular biology, food safety testing, genetic screening, and animal disease detection in research centers, and diagnostic labs.

Specifications

Capacity	96×0.2 ml
Gradient Temperature	1 to 36°C
Ramp Rate	4°C/s
Block Temperature Range	4 to 99.9°C
Temperature Uniformity	±0.3℃
Temperature Control	Industrial-grade semiconductor system
Temperature Distribution	± 0.3°C (55°C)
Temperature Accuracy	Less than or equal to ± 0.1℃ (55°C)
Temperature Control Mode	Block mode, Tube mode
Ram Rate Adjusting Range	0.1 to 4.5°C
Maximum Cycles	99
Hot Lid Temperature Accuracy	± 0.5℃
Hot Lid Temperature Range	Room temperature + 5 to 110 ℃
Program Capacity	Infinite
Display	Touch screen
Communication Interface	USB
Power Consumption	600 W
Power Supply	100 to 240VAC, 50/60Hz
Dimensions	187×176×280 mm
Weight	7 kg

Features

Fast ramping rate

Tm calculator

Graph-text interface

Touch screen panel

Side ventilation slots

FAQs

1. What is a Gradient Thermal Cycler?

A Gradient Thermal Cycler is a PCR machine designed for simultaneous testing of different annealing temperatures across a temperature gradient.

2. How does Gradient Thermal Cycler work?

It works by creating a temperature gradient across the block, enabling multiple PCR reactions to be run at slightly different temperatures in the same cycle.

3. Can Gradient Thermal Cycler be used for multiplex PCR?

It is ideal for multiplex PCR, as it helps determine a temperature that works efficiently for multiple primer sets in the same reaction.

4. How does Gradient Thermal Cycler improve PCR efficiency in research labs?

It improves PCR efficiency in research labs by reducing trial-and-error cycles and enabling faster optimization of reaction conditions.

5. Is Gradient Thermal Cycler useful in genotyping applications?

It is widely used in genotyping to optimize conditions for amplifying specific alleles or polymorphisms accurately.

6. How does Gradient Thermal Cycler support environmental DNA (eDNA) analysis?

It supports eDNA analysis by enabling rapid optimization of PCR conditions for complex, low-abundance DNA targets in environmental samples.

7. Is Gradient Thermal Cycler beneficial for forensic DNA analysis?

It is highly beneficial for forensic DNA analysis, where precise optimization is required to amplify minute or degraded DNA samples reliably.

8. How does Gradient Thermal Cycler support microbiome or metagenomics studies?

It supports microbiome and metagenomics studies by enabling precise amplification of complex microbial DNA mixtures with optimized conditions.

9. Can Gradient Thermal Cycler be used for pathogen detection in food safety testing?

It is commonly used in food safety testing to optimize PCR conditions for detecting bacterial, viral, or fungal pathogens in food samples.

10. How does Gradient Thermal Cycler support molecular diagnostics in clinical labs?

It supports molecular diagnostics by allowing rapid and accurate PCR optimization for disease-specific genetic markers.