Mini Gradient Thermal Cycler LMTC-T2012

Introduction

Mini Gradient Thermal Cycler is designed to hold 96 × 0.2 ml plates and 8 × 0.2 ml tube strips, making it ideal for applications. It uses advanced Peltier technology for high performance and can handle up to a million cycles. With storage for over 10,000 programs, our mini gradient thermal cycler offers great flexibility. Its user-friendly design makes it easy to use in busy labs, delivering precise and reliable results for research work.

This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Mini Gradient Thermal Cycler has advanced gradient features, making it perfect for high-throughput screening and complex genomic research in labs and industries.

Specifications

Capacity	96 × 0.2ml plates 8 × 0.2ml tube strips
Max. Heating Rate	6℃/sec
Max. Cooling Rate	5℃/sec
Block Temperature Range	0 to 105℃
Gradient Temperature Range	30 to 105℃
Gradient Set Span	Max. 42℃
Block Temperature Accuracy	±0.2℃
Gradient Temperature Accuracy	±0.3℃
Block Temperature Uniformity	±0.25℃
Max. Cycles	99
Max. Steps	30
Programs Stored	10,000+
Timer	1s to 59min59sec / Infinite
Temperature Display Accuracy	0.1℃
Heating Lid Temperature Range	30 to 110℃
Communication Port	2.0
Power Supply	700W
Dimension	400 × 260 × 228 mm
Net Weight	8.5 Kg
Gross Weight	11.5 Kg

Features

Compact design

High accuracy

Fast cooling rate 

8-inch colour touchscreen 

Uniform temperature 

FAQs

1. What is the It Mini Gradient Thermal Cycler used for?

The It Mini Gradient Thermal Cycler is primarily used for (Polymerase Chain Reaction) applications in laboratories. It allows scientists and researchers to amplify samples by precisely controlling the heating and cooling cycles required for denaturation, annealing, and extension. Its advanced gradient feature makes it especially useful for optimizing conditions, helping researchers run multiple reactions with different temperatures in a single run. This is particularly beneficial in high-throughput screening, genetic testing, and molecular biology research.

2. What makes the It different from a regular thermal cycler?

The stands out because of its gradient thermal capability, which allows different temperature zones across the block, helping to quickly identify the optimal annealing temperature for reactions. Unlike standard models, it supports up to 10,000 stored programs, has a fast cooling rate of 5°C/sec, and features a user-friendly 8-inch touchscreen interface. It also uses advanced Peltier technology, ensuring high accuracy and stable performance over up to a million cycles. These features make it ideal for demanding lab environments.

3. How user-friendly is the It Mini Gradient Thermal Cycler for lab technicians?

It designed the with ease of use in mind. Its compact design saves space in busy labs, and the 8-inch full-color touchscreen makes programming and monitoring easy and intuitive. Technicians can easily select, run, and save protocols using the simple interface. With the ability to store over 10,000 programs, it allows repeated use of common protocols without reprogramming. Its quick cooling and heating rates also help save time during experiments.

4. Can the support both individual tubes and plates?

Yes, the It Mini Gradient Thermal Cycler is compatible with both 96 × 0.2 ml plates and 8 × 0.2 ml tube strips, providing flexibility depending on the user’s needs. Whether the experiment requires running a full plate or just a few reactions, the can accommodate both without the need for different equipment. This makes it convenient for both small-scale research and larger sample volumes.

5. In what types of research is the It most commonly used?

The It is widely used in fields like genomics, biotechnology, forensic science, clinical diagnostics, and agriculture research. Its precision and high-throughput capacity make it ideal for complex genomic research, sequencing, mutation detection, and gene expression analysis. Labs that need to optimize conditions or perform multiple reactions at once greatly benefit from the thermal gradient feature, allowing faster and more reliable experimental results.