Description

The GRADIENT THERMAL CYCLER is an advanced PCR instrument designed for precise DNA/RNA amplification with gradient temperature capability. Engineered to optimize annealing temperatures across multiple samples simultaneously, it ensures faster protocol development, improved amplification efficiency, and maximum flexibility for molecular biology workflows.

Perfect for research labs, genetic engineering, molecular diagnostics, biotechnology units, and academic institutions requiring reliable and reproducible PCR results.

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✅ Key Features

🌡 Advanced Temperature Gradient Technology

Simultaneous multi-temperature annealing
Ideal for optimizing new primers and PCR protocols
Ensures accurate and reproducible results across wells

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⚙ High-Precision Peltier Temperature Control

Fast heating and cooling ramp rates
Superior temperature uniformity and stability
Minimizes amplification errors and enhances efficiency

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🧬 Versatile Block Format Options (Model Dependent)

Compatible with:
✔ 96-well blocks
✔ 48-well blocks
✔ 384-well blocks
✔ Tube strips or individual PCR tubes
Supports all standard PCR consumables

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📱 Intuitive User Interface

Large LCD or touchscreen display
Easy protocol setup, storage, and editing
User-friendly icons and navigation menus

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💾 Powerful Reaction Programming

Store multiple user-defined protocols
USB support for data transfer & software upgrades
Step editing, copy functions & gradient mode customization

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🚀 Fast & Efficient PCR Cycling

Shortened run times due to high-speed ramping
Improved workflow for busy research and diagnostics labs

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🛡 Built for Reliability

Power failure recovery function
Over-temperature protection
Durable Peltier modules for long-term performance

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📊 Typical Applications

PCR temperature optimization
DNA/RNA amplification
Primer testing and protocol development
Molecular diagnostics & pathogen detection
Genotyping and genetic analysis
Cloning, sequencing & gene expression studies

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💡 Why Choose This Model?

Allows rapid optimization of annealing temperatures
Ensures highly reproducible and accurate PCR results
Flexible block formats suit any laboratory workflow
Perfect for research, diagnostics, and primer development applications