+86 571-86062776      zjtop@top17.net

TPJY-1 Genetically Modified Variety Rapid Detector

» Seed Analysis » GMO Rapid Detection System » TPJY-1 Genetically Modified Variety Rapid Detector

TPJY-1 Genetically Modified Variety Rapid Detector

CATEGORY AND TAGS:
GMO Rapid Detection System

Model:TPJY-1

enquiry
  • Specifications
  • Model

Introduction:

The Genetically Modified Variety Rapid Detector is a professional instrument used for screening genetically modified components in food crops such as GM soybean, rice, etc., and for rapid detection and identification of transformation events. It achieves an upgrade of PCR technology while ensuring the accuracy and reproducibility of the gold-standard real-time fluorescent PCR method.

Features:

  • Light and compact equipment, simple operation, high detection efficiency, and good detection performance.
  • Upgrades PCR technology while ensuring the accuracy and reproducibility of the gold-standard real-time fluorescent PCR method.
  • Fast detection: completes rapid identification of 16 samples/events within 40 minutes.
  • Duplex analysis (exogenous/endogenous reference) per sample, giving accurate and reliable results.
  • Compatible with current standards – primer and probe sequences specified in the standards can be used directly.
  • Simple workflow – only one sampling, one reagent mixing, and one instrument run needed to obtain results.
  • Room-temperature storage – companion kits can be stored at room temperature for more than two weeks, facilitating transportation.

Technical parameter:

产品技术参数表 - 荧光定量PCR仪 body{ font-family: Arial, sans-serif; background:#f5f7fa; padding:40px; } .table-wrap{ max-width:1100px; margin:auto; overflow-x:auto; } table{ width:100%; border-collapse:collapse; background:#ffffff; box-shadow:0 4px 12px rgba(0,0,0,0.08); overflow:hidden; } thread{ background:#a0a0a0; color:#ffffff; } th, td{ padding:16px 18px; text-align:left; border-bottom:1px solid #e5e7eb; line-height:1.6; } th{ font-size:16px; font-weight:600; letter-spacing:0.3px; } td{ font-size:15px; color:#333333; } tbody tr:hover{ background:#f8fbf2; transition:0.3s; } @media (max-width:768px){ th, td{ padding:12px; font-size:14px; } }
Parameter Description
Sample throughput 16 wells
Fluorescence channels 2 channels
Sensitivity Single copy detectable
Run time 20 minutes for 40 cycles
Compatible consumables 0.2 ml 8-tube strip or single tube
Reaction volume 10μl~50μl
Networking function Wi-Fi enabled
Dimensions & weight 24cm*18cm*13cm; 2.5kg
Reporting function Supports export in PDF and JSON formats
Communication interfaces Supports Wi-Fi networking, USB drive data import/export, online data transmission, report printing, etc.
Data storage ≥ 1000 experiment setup files / experiment data files
Application scenarios Portable, transportable, suitable for basic laboratories, on-site testing, etc.
Temperature control technology High-grade semiconductor chip with cycle life up to one million times. Unique temperature control algorithm manages semiconductor heating, auxiliary heating, and heat dissipation to ensure precise temperature control and improve heating/cooling rates.
Temperature range 0℃~100℃
Heating rate 13℃/s (max)
Cooling rate 10℃/s (max)
Temperature uniformity ≤ ±0.1℃
Temperature accuracy ≤ ±0.2℃
Core optical technology Multi-channel fixed beam splitting and filtering imaging system. No expensive, frequent calibration maintenance required for long-term use; high reliability. Each channel has its own chip—no moving scanning parts, maintenance free.
Excitation light source Long-life, maintenance-free LED; free-form surface light concentrating system increases excitation intensity by 200%; no calibration needed; cost-effective.
Fluorescence scan time 2 seconds for 32 wells×2 colours
Fluorescence linearity ≥ 0.990
Sample repeatability Ct value CV ≤ 1%
Excitation wavelength range 430 nm ~ 675 nm
Emission wavelength range 480 nm ~ 725 nm

Model：QY-2

Enquiry Form ( we will get back you as soon as possible )

Name:
*
Email:
*
Message:

Verification:
2 + 5 = ?

Maybe you like also