Gradient Thermal Cycler LT-GTC102
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Gradient Thermal Cycler LT-GTC102

Gradient Thermal Cycler LT-GTC102 offers gradient functionality with a temperature range of 30°C to 99.9°C. It provides rapid thermal cycling with heating rates up to 7°C/sec and cooling rates up to 5°C/sec. Built with a power-off protection system and auto-pause function. Our Gradient Thermal Cycler boasts advanced user management functionality, supporting multi-user login and access control.

Catalog

Qty:

$ 4,345.00

Specifications

Sample Capacity 96×0.2mL, 96×0.1mL, 384-well, flat panel
Compatible Tubes/Plates 0.2mL single, PCR 8-strip, 96-well, 384-well
Temperature Range (Sample Block) 0℃ to 99.9℃
Maximum Heating Range 7℃ / sec
Maximum Cooling Rate 5℃ / sec
Temperature Uniformity ≤±0.2℃
Temperature Accuracy ≤±0.1℃
Temperature Display Resolution 0.1℃
Variable Temperature Range 0.1℃ to 0.4℃
Gradient Accuracy ≤±0.1℃
Gradient Uniformity ≤±0.2℃
Gradient Temperature Range 30℃ to 99.9℃
Maximum Gradient Difference Up to 30℃
Heated Lid Type Gland type, adaptive height
Heated Lid Temperature 30℃ to 110℃ (adjustable)
Lid Heating Time ≤1 min 40 sec (to 105℃)
Lid Auto Close Function Engages below 30°C or after program completion
User Management Multi-user login, add/delete users
Program Interface Graphical, scrollable editing
Program Storage Capacity Up to 18,000 Programs
Max Program Steps 30 steps, with nested loop support
Cycle Count Limit Up to 10,000 cycles
Power-Off Protection Yes
Auto Pause Yes
Program Report Detailed run log for analysis
PC Connectivity Optional, up to 100 instruments
Display 7-inch capacitive touch screen, compatible with gloves
Power Consumption 550 Watt
Power Supply 85V to 265V, 50/60 Hz
Dimensions 260 × 410 × 245 mm
Weight 7.3 kg

Features

  • Gradient function
  • Bilingual interface
  • Advanced DNA refolding technology
  • High reliability
  • Dual temperature control modes

Application

  • Gradient Thermal Cycler LT-GTC102 is used in molecular biology labs, clinical diagnostics, and research institutions for applications such as DNA amplification, gene expression analysis, genotyping, mutation detection, and cloning experiments.

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