Rapid test molecular platform – Easy Amp

Gold standard for nucleic acid detection Convenient·Portable Thermostatic inspection system Molecular platform Rapid Test

Product name

Easy Amp Real-time Fluorescence Isothermal Detection System

Certificate

CE, FDA, NMPA

Technology platform

Enzymatic Probe Isothermal Amplification

Features

Rapid Positive sample: within 5 mins. Visible Real-time display of detection results. Easy 4x4 independent heating module design allow on-demand sample detection. Energy-efficient Reduced by 2/3 compared with traditional techniques. Portable Small size, easy to carry, meet the testing needs in non-laboratory environment. Accurate Quantitative detection has a calibration function and outputs quantitative detection results.

Applicable Areas

Airport, Customs, Cruises, Community(Tent), Small Clinics, Mobile Testing Lab, Hospital, etc.

Technical Parameters

Model	HWTS 1600S	HWTS 1600P
Fluorescent Channel	FAM, ROX	FAM, ROX, VIC, CY5
Detection platform	Enzymatic Probe Isothermal Amplification
Capacity	4 well×200μL×4 groups
Sample volume	20~60μL
Temperature range	35~90℃
Temperature accuracy	≤±0.5℃
Excitation light source	High-brightness LED
Printer	Thermal technology instant printing
Semiconductor heating	With rapid speed, stable heat preservation
Storage temperature	-20℃~55℃
Dimension	290mm×245mm×128mm
Weight	3.5KG

Work Flow

Reagent

Respiratory tract infection	SARS-CoV-2, Influenza A, Influenza B, Mycobacterium tuberculosis, HRSVa, HRSVb, HRV, HPIV1, HPIV2, HPIV3
Infectious Diseases	Plasmodium, Dengue
Reproductive health	Group B Streptococcus, NG, UU, MH, MG
Gastrointestinal diseases	Enterovirus, Candida Albicans
Else	Zaire, Reston, Sudan

Easy Amp VS Real-time PCR

	Easy Amp	Real-time PCR
Detection result	Positive sample: within 5 mins	120 mins
Amplification time	30-60 mins	120 mins
Amplification method	Isothermal amplification	Variable temperature amplification
Applicable areas	No special requirements	Only PCR Lab
Result output	Thermal technology instant printing	USB copy, printed by printer