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Shandong Youyunpu photoelectric Technology Co., LTD

Youyunpu Optoelectronic Tech

Name：Jenny Li

Tel：+86 19963093538

Email：jennyli0927@163.com

Address:Oulong Science and TechnologyPark,Jinma Road,Weifang City,Shandong Province,China

Current location：HOME>PRODUCT>Specialized Instruments>Parrot DNA Identification Instrument
Parrot DNA Identification Instrument

Parrot DNA Identification InstrumentYP-P16


【Introduction】:Youyunpu Optoelectronic Tech specializes in R&D & production of Parrot DNA Identification Instrument, with custom services. Complete Parrot DNA Identification Instrument models, high detection accuracy, trusted by customers.

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Product Details

Product Overview

There are many reasons for sexing parrots, including social management and aggression prevention, breeding planning, behavior and training, avoiding reproductive distress, healthcare, and maintaining balance in social groups. The primary goal is to better manage and care for these pet birds.
In short, parrot sexing helps owners better meet their pets’ needs and provide a suitable environment and proper care. Whether for breeding, socialization, or health management, knowing a parrot’s gender accurately is essential for the bird’s well-being and the owner’s satisfaction.

DNA Testing

This is the most widely used method for parrot sex determination, based on DNA analysis. It offers extremely high accuracy and is suitable for parrots of all ages. DNA samples are typically extracted from feathers or toenails, followed by genetic analysis. Gender is identified by detecting sex chromosomes or specific genetic markers to determine whether the parrot is male or female.

Tested Species

Budgerigars, Cockatiels, Lovebirds, and other parrot species

Instrument Structure

The Parrot Sex Detector is a real-time amplification and detection instrument, mainly composed of a gene amplification thermal cycler system, a real-time fluorescence detection system, a microcircuit control system, and a computer with application software. The two core functional modules are the thermal cycler system and the real-time fluorescence detection system.
The gene amplification thermal cycler operates on a principle similar to conventional PCR instruments, using semiconductor heating and cooling to complete thermal cycling. The fluorescence detection system mainly consists of a fluorescence excitation unit, optical signal transmission components, a fluorescence detection unit, and a control system.

Device Specifications

Dimensions (W×D×H): 235 mm × 385 mm × 175 mm
Weight: 5.6 kg
Electrical: ~220 V / 50 Hz, 255 W
Data Interface: 2 × USB 2.0 (on the right side)

Environmental Parameters

  • Operating conditions: Temperature 10–30 ℃, humidity 20%–80% RH

  • Storage & transport conditions: Temperature −20–55 ℃, humidity 20%–80% RH

  • Altitude: < 2500 m

  • Noise level: A‑weighted, < 60 dB

Sample Parameters

  • Sample capacity: 16 × 0.2 mL

  • Tube type: Single tubes, 8‑tube strips, 16‑well blocks

  • Reaction volume: 15–100 μL

Thermal Performance

  • Heating/cooling method: Semiconductor heating / cooling

  • Temperature range: 4 ℃ – 99 ℃

  • Max heating rate: ≥ 3.5 ℃/s

  • Average heating rate: ≥ 2.5 ℃/s

  • Max cooling rate: ≥ 3.5 ℃/s

  • Average cooling rate: ≥ 2.5 ℃/s

  • Temperature precision: ≤ ±0.01 ℃

  • Temperature accuracy: ≤ ±0.1 ℃

  • Temperature uniformity: ≤ ±0.3 ℃

Optical Performance

  • Fluorescence channels: 2

  • Light source: High‑brightness LED

  • Detector: High‑sensitivity, high‑SNR photodiode

  • Supported probes/dyes:

    • Channel 1 (470/520): FAM, SYBR Green

    • Channel 2 (530/570): HEX, JOE, VIC

  • Detection sensitivity: 1 copy

  • Linear range: 10⁰ – 10¹⁰ copies

  • Correlation coefficient: ≥ 0.999

  • Channel crosstalk: None

  • Repeatability: ≤ 1.0%

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