PinAAcle900 Atomic Absorption Spectrometer N3160060

GUDID 00812589020559

For use in clinical applications; identification is according to the wavelength and intensity of the light that is absorbed when the specimen is converted to the atomic vapor phase.

PERKINELMER SINGAPORE PTE. LTD.

Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated Atomic absorption spectrophotometer IVD, semi-automated
Primary Device ID00812589020559
NIH Device Record Keyf68ad204-e91a-4869-926d-46432fbb625c
Commercial Distribution StatusIn Commercial Distribution
Brand NamePinAAcle900 Atomic Absorption Spectrometer
Version Model NumberN3160060
Catalog NumberN3160060
Company DUNS894632777
Company NamePERKINELMER SINGAPORE PTE. LTD.
Device Count1
DM Exemptfalse
Pre-market Exempttrue
MRI Safety StatusLabeling does not contain MRI Safety Information
Human Cell/Tissue Productfalse
Device Kitfalse
Device Combination Productfalse
Single Usefalse
Lot Batchfalse
Serial Numbertrue
Manufacturing Datetrue
Expiration Datefalse
Donation Id Numberfalse
Contains Natural Rubber Latexfalse
Labeled No Natural Rubber Latexfalse
RX Perscriptiontrue
OTC Over-The-Counterfalse

Operating and Storage Conditions

Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius
Storage Environment TemperatureBetween 10 Degrees Celsius and 35 Degrees Celsius

Device Identifiers

Device Issuing AgencyDevice ID
GS100812589020559 [Primary]

FDA Product Code

JXRAtomic Absorption Spectrophotometer, General Use

Sterilization

Steralize Prior To Usefalse
Device Is Sterilefalse

Device Entry Metadata

Public Version StatusNew
Device Record StatusPublished
Public Version Number1
Public Version Date2020-05-22
Device Publish Date2020-05-14

On-Brand Devices [PinAAcle900 Atomic Absorption Spectrometer]

00812589020566For use in clinical applications; identification is according to the wavelength and intensity of
00812589020559For use in clinical applications; identification is according to the wavelength and intensity of
00812589020542For use in clinical applications; identification is according to the wavelength and intensity of

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