Gradient Thermal Cycler 64

Product Code: DNT-TC64
Thermal cycles come in simple and gradient types. In the simple mode, the machine can simultaneously set a specific temperature for the samples, while in the gradient mode, multiple temperatures can be applied simultaneously. Denagene Tajhiz designs and manufactures both the standard PCR model and the gradient PCR model.
Products Price

To receive a proforma invoice, please contact us through the channels below.

Overview of Gradient Thermal Cycler 64

The gradient thermal cycler 64 is a state-of-the-art laboratory instrument designed for molecular biology and clinical research applications. Also known as Thermal cycler gradient 64, Gradient PCR 64, Gradient PCR Machine, and Gradient PCR Thermal Cycler 64 Well, this device provides precision temperature control across 64 wells simultaneously, allowing scientists to optimize PCR protocols efficiently.

The main advantage of the Gradient Thermal Cycler 64 lies in its ability to perform gradient PCR, where different annealing temperatures are applied across multiple wells in a single experiment. This functionality is particularly useful for testing multiple primers, optimizing PCR conditions, and ensuring reproducibility across experiments. Laboratories using the Gradient thermocycler 64 can achieve faster results, higher accuracy, and reduced material waste.

This instrument is widely recognized in research, clinical diagnostics, and educational labs. With intuitive software, touchscreen control, and advanced gradient functionality, the Gradient PCR Thermal Cycler 64 allows users to program complex thermal cycles, save protocols, and monitor experiments remotely via computer connectivity. The gradient PCR thermal cycler 64 cost is designed to be competitive, offering laboratories a balance of affordability and high-performance technology.

Moreover, the Gradient Thermal Cycler 64 Well can handle both standard PCR protocols and advanced gradient experiments, making it suitable for a variety of applications, from gene expression analysis to mutation detection, high-throughput genotyping, and educational training. Its flexibility, precision, and high reproducibility make it a cornerstone instrument for molecular biology laboratories.

Features of Gradient Thermal Cycler 64

The Gradient PCR Thermal Cycler 64 integrates multiple advanced features that enhance PCR efficiency and reliability:

  • 64 Wells Capacity: Enables high-throughput analysis, allowing 64 simultaneous reactions. This is ideal for laboratories conducting large-scale genetic or clinical studies.
  • Gradient Function Across Wells: Each row or column can maintain a different temperature for annealing, enabling optimization of primers and reaction conditions in a single run. This makes Gradient PCR 64 highly versatile.
  • Touchscreen Interface: Simplifies programming and monitoring of PCR cycles, with options to adjust denaturation, annealing, and elongation times easily.
  • High Temperature Accuracy: ±0.2°C precision ensures reproducibility, which is critical for sensitive PCR reactions.
  • Uniform Temperature Distribution: Guarantees consistent results in every well, avoiding variations that could affect DNA amplification.
  • Protocol Storage and Retrieval: Users can save up to 100 customized protocols, streamlining repetitive experiments.
  • Connectivity Options: USB and PC interfaces enable remote monitoring, data export, and integration into lab information systems.
  • Customizable Programming: Flexible cycle design supports standard PCR, gradient PCR, and advanced multi-step protocols.

Additionally, the Gradient thermocycler 64 is designed to minimize heat loss and maintain energy efficiency while providing rapid ramping rates between cycles. This ensures faster experiments without compromising accuracy, an important factor for laboratories with high workloads.

Applications of Gradient Thermal Cycler 64

The Gradient Thermal Cycler 64 Well is widely used in research and clinical laboratories for:

PCR Optimization: The gradient feature allows testing multiple annealing temperatures simultaneously, which helps identify the optimal conditions for different primer sets. This is especially valuable for Gradient PCR 64 experiments.

  • Genetic Research: Amplification of DNA and RNA for studies such as gene expression analysis, mutation detection, and genotyping.
  • Clinical Diagnostics: Accurate detection of infectious diseases and genetic disorders. Laboratories using Gradient PCR Thermal Cycler 64 achieve sensitive and reliable results.
  • High-Throughput Screening: 64-well capacity supports simultaneous amplification of multiple samples, saving time and reagents.
  • Educational and Training Purposes: The device is excellent for teaching PCR principles, demonstrating gradient optimization, and practical hands-on learning.

With the Gradient thermocycler 64, laboratories can conduct complex experiments efficiently, reduce trial-and-error cycles, and ensure reproducibility. It also allows rapid scaling of PCR experiments, from a few samples to large-scale studies.

Gradient Thermal Cycler 64 Price and Cost

The gradient PCR thermal cycler 64 price depends on multiple factors:

  1. Brand and Model: Denagene offers reliable Gradient Thermal Cycler 64 Well machines with full warranty and technical support.
  2. Gradient Functionality: Machines with advanced gradient settings are generally more expensive due to their enhanced optimization capabilities.
  3. Software and Hardware Features: Touchscreen programming, protocol storage, and computer connectivity impact the gradient 64 cost.
  4. Warranty and Support Services: After-sales support reduces maintenance costs and ensures long-term performance.
  5. High-Throughput Capability: 64 wells allow for multiple simultaneous reactions, which increases operational efficiency and adds value.

Laboratories considering the price gradient PCR machine should evaluate the balance between functionality, throughput, and affordability. Denagene provides competitive pricing for high-quality Gradient PCR Thermal Cycler 64, making it an ideal choice for both research and diagnostic laboratories.

Why Choose Denagene Gradient Thermal Cycler 64

Denagene’s Gradient Thermal Cycler 64 provides:

  • Reliable and uniform thermal cycling across all 64 wells.
  • Gradient functionality to optimize multiple reactions in a single run.
  • User-friendly touchscreen interface with customizable cycles.
  • High reproducibility for research, clinical, and educational applications.
  • Competitive gradient PCR thermal cycler 64 cost with full warranty and technical support.

This makes Denagene Gradient PCR Machine 64 an excellent solution for laboratories requiring precision, efficiency, and flexibility.

 

 

Download Brochure
Download User Manual
Technical Specification
Model DeNA Cycler 64
Sample Capacity (ML) 64*0.2
Temperature Range ( °C) 4-100 
Temperature Control Accuracy ( °C) 0.1  
Average Temperature Rise Rate ( °C)
Average Rate Of Temperature Decrease ( °C) 2.5   
Maximum Rate Of Temperature Change ( °C) 4  
Temperature Uniformity ( °C) ±0.4 at 50  
Maximum gradient regions ( °C 4 zones
Gradient Range ( °C) 8
Lid Temperature Default on 105, but can be variable
Thermal Blocks Mode yes
Maximum Number Of Steps 100
Maximum Number Of Cycles 100
Maximum Number Of Programs Unlimited 
LCD Dispaly 7" HDMI Display
USB Port yes
Dimensions (height*width*length CM) 17*26*40
Weight (KG) 9
Operating Temperature ( °C) 10 - 30
Power (W ) 600 W
Customer's Comments
Submit a New Comment
    Your comment has been successfully registered
    Your comment will be displayed after approval
    Tutorial Video

    FAQ

    1. What is a Gradient Thermal Cycler 64?

    It is a PCR instrument with 64 wells, allowing independent temperature control for optimized PCR reactions across multiple samples.

    2. What are the main applications of Gradient PCR 64?

    PCR optimization, genetic research, clinical diagnostics, educational labs, and high-throughput experiments.

    3. How does a Gradient Thermal Cycler 64 differ from standard PCR machines?

    It allows independent temperature control for each well, enabling rapid optimization and more precise results compared to uniform-temperature PCR machines.
    Similar Products
    Related Content
    Subscribe to the Denagene Tajhiz Newsletter, you will receive the latest updates from the Denagene Tajhiz Company, such as new product information, special price offers, or competitions by e-mail. Unsubscribe at any time to tailor your preferences.
      Your Email has been successfully submitted
      Copyright 2024 Denagene Tajhiz Inc. All rights reserved