Molecular

ZIP-96V

QUANTITATIVE REAL-TIME
PCR SYSTEM

Quantitative real-time PCR system ZIP-96V is intended to perform
fluorescence-based PCR to provide quantitative and qualitative de-
tection of nucleic acid sequences in human derived specimens.

96 -well

Real-time PCR instrument

15 kg

System weight

OVERVIEW

ZIP-96V is 96-well real-time PCR instrument based on Fresnel lens optical signal acquisition technology, time-resolved signal separation technology and unique temperature control technology. It is designed for multiple fields of basic research in medicine and biology, such as pathogen detection, genotyping, gene therapy drug, gene expression, etc.

4 Fluorescent channels

Channel 1

FAM

Channel 2

VIC/HEX

Channel 3

ROX

Channel 4

CY5

High throughput

96 test

per run

Technical Parameters

Throughput

1-96

Temperature precision

≤ 0.5° C

Fluorescent channel

4 detection channels
(FAM,VIC/HEX,CY5,ROX)

Reaction volume

20-120μL

Excitation light source

High efficiency LEDs

Fluorescence repeatability

CV≤ 2%

Heating rate

≥2.5 °C/s

Cooling rate

≥2.0 °C/s

Sample repeatability

CV ≤ 3%

Fluorescence linear

r ≥0.99

Temperature control block

6 blocks

Temperature range

30~99° C

Temperature fluctuation

± 1° C

Weight

15kg

Dimensions(W×D×H, mm)

425*320*205

Applications

Qualitative/ Absolute Quantitative Analysis

* The machine is for research use only(RUO)