PCR Thermal Cycler

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PCR Thermal Cycler Specification

Feature
Gradient function, fast ramping, uniform temperature control

Frequency
50/60 Hz

Power Source
Electric

Automation Grade
Automatic

Measurement Range
Programmable cycle settings

Temperature Range
4C to 99C

Accuracy
0.3C

Voltage
220-240 V

Capacity
96 wells

Core Components
Peltier heating/cooling module, microprocessor, display panel

Model No
TC-96

Equipment Materials
High-quality ABS plastic, aluminum block

Type
PCR Thermal Cycler

Usage
Laboratory DNA amplification and research

Display Type
Large color LCD touchscreen

Dimension (L*W*H)
410 x 310 x 250 mm

Weight
Approx. 12 kg

Interface
USB, RS232 port

Lid Temperature
30-110C adjustable

Sample Volume Range
20-100 l

Heating/Cooling Rate
Up to 4C/sec heating, 3C/sec cooling

Noise Level
<50 dB

Operating Environment
Ambient temperature 15-30C, non-condensing

Alarm
End-of-cycle acoustic alarm

Program Control
Touchscreen graphical programming, step and pause functions

Block Uniformity
0.2C at 90C

Data Storage
100+ program memory, USB interface for data transfer

About PCR Thermal Cycler

The TC-96 PCR Thermal Cycler stands out as a popular and superlative laboratory device, engineered for top-tier DNA amplification. Renowned for its polished design, this valorous instrument incorporates a valorous Peltier heating/cooling module, delivering up to 4C/sec heating and 3C/sec cooling with remarkable block uniformity of 0.2C at 90C. The gradient function ensures precise, uniform results. Featuring a large touchscreen LCD, advanced graphical programming, and expansive program memory (100+), it suits modern research demands. Connectivity is robust, with a USB, RS232 ports, and swift data transfer capability. This high-quality, robust device, made of ABS plastic and aluminum, is essential for researchers seeking accuracy, rapid processing, and reliability.

Application and User Guidance for the PCR Thermal Cycler

The PCR Thermal Cycler is purpose-built for laboratory DNA amplification, widely adopted in research institutions, clinical labs, and biotech companies. As an automatic, high-capacity device (96 wells), it excels in batch processing and high-throughput studies. Users should follow the intuitive touchscreen interface for protocol programming, loading samples (20-100 l), and setting temperature profiles. Optimal use requires operation within 15-30C ambient conditions and non-condensing environments. This advanced cycler brings precision and reproducibility to molecular biology workflows.

Premium Domestic Market, Payment, and Packaging Details

With a valorous commitment to market value, the TC-96 PCR Thermal Cycler is highly sought after in India's premium research and academic markets. Dispatching is thorough, with secure packaging to safeguard the equipment. Payment terms are flexible, ensuring customer convenience and satisfaction. Each unit is protected by professional packaging and meticulous handling throughout distribution. As a distinguished manufacturer, exporter, and supplier, we ensure every client receives polished service and a reliable product that enhances their laboratory's capabilities.

FAQ's of PCR Thermal Cycler:

Q: How does the PCR Thermal Cycler ensure uniform temperature across samples?

A: The TC-96 model utilizes an advanced aluminum block and gradient function to deliver exceptional block uniformity of 0.2C at 90C, guaranteeing consistent temperature distribution across all 96 wells for accurate amplification.

Q: What are the main applications of the PCR Thermal Cycler in laboratories?

A: This PCR Thermal Cycler is primarily employed for DNA amplification, genetic research, and various molecular biology protocols in research laboratories, clinical diagnostics, and educational institutions.

Q: Where can I use the TC-96 PCR Thermal Cycler for optimal performance?

A: Optimal usage is achieved in controlled laboratory environments with ambient temperatures ranging from 15C to 30C and low moisture (non-condensing) conditions, ensuring equipment reliability and robust results.

Q: When should I utilize the gradient function of the PCR Thermal Cycler?

A: The gradient function is valuable when optimizing annealing temperatures for new primer sets or assays, allowing users to efficiently determine the ideal conditions for PCR reactions and improving overall experiment success rates.

Q: How is data transferred and stored on the thermal cycler?

A: Data can be easily stored in the internal memory, supporting over 100 programs. For external storage or transfer, users can utilize the built-in USB interface, which simplifies data management and sharing across laboratory computers.

Q: What benefits does the touchscreen graphical programming offer?

A: Touchscreen graphical programming provides an intuitive, user-friendly interface for creating, editing, and managing PCR programs, enhancing workflow efficiency and minimizing operational errors for both novice and experienced users.

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