IMPLEN NP80 NanoPhotometer Nano Volume and Cuvette Instructions
- June 6, 2024
- IMPLEN
Table of Contents
IMPLEN NP80 NanoPhotometer Nano Volume and Cuvette
Description of the Qualification
Objectives
This qualification is for the documented validation of the NanoPhotometer , to show that all is conform with the requirements, specifications of the installation and function.
Instrument Description
The NanoPhotometer measures sprectra in the range of 200 nm to 900 nm. Due to
the integrated beam deflection and the use of fiber-optic light conductors,
the sample can be measured in standard volumes
(cuvettes) and/or NanoVolumes. For the detection there is a 3648 pixel CCD
array used. The instrument is maintainance and recalibration free due to
sealed optics, the True Path and Sample Compression Technology™. This
guarantees for a high accuracy and linearity over the entire life-time.
The following methods are available:
- single and multi wavelengths
- wavescan in the range of 200 nm – 900 nm (adjustable)
- concentration calculations (pre-programmed for nucleic acids and proteins)
- frequency of incorporation/degree of labelling of various fluorescent dyes (pre-programmed for nucleic acids and protein)
- cell density measurements
- colorimetric assays
- standard curves
- absorbance ratio calculations
General Data
System:| UV/Vis spectrophotometer|
---|---|---
Type:| NanoPhotometer
New device| YES
Used device| NO
Serial Number:| M80798
Operating System:| Windows10
Location:| Company:| Implen GmbH
Department:| Product Management
Person in Charge:| Dr. Helena Funk| if| +49 89 726 371 80
User:| Dr. Helena Funk| if| +49 89 726 371 80
Location:| Production
Adress:
|
Schatzbogen 52
City:| Munich
State/Province & Postal:| 81829
Country:| Germany
Validation Tools
The certified validation tools for the NanoPhotometer is a Didymiumglassfilter calibrated against a traceable NIST standard by an accredited supplier and a potassium hydrogen phthalate solution calibrated against a certified UV/Vis spectrophotometer. Calibration certificates can be furnished upon request.
Installation Qualification
Check of delivered items
Test description:
Verification of the delivery content by checking the delivery note.
Enclose a copy of the delivery note to the qualification report.
Test plan | Test report |
---|---|
Test parameter | Acceptance criteria |
Check the delivery | Complete according to delivery |
note
| YES|
Inspection of Documentation
Test plan | Test report |
---|---|
Test parameter | Acceptance criteria |
User Manuals | – Short Instructions NanoPhotometer NP80/N60/N50/C40 |
– NanoPhotometer User Manual
in digital version on USB flash drive
|
YES
|
Certificates| NanoPhotometer Operation
Certificate:
NanoVolume Application Cuvette Application
|
YES
|
Inspection of the Instrument
Test description:
Validation and approval of the NanoPhotometer installation in a technical
correct manner according to the user manual of the supplier.
Test plan | Test report |
---|---|
Test parameter | Acceptance criteria |
Installation of the NanoPhotometer | Power supply plugged in (operating |
voltage: 90-250 V, 50/60 Hz, 90W, 19 VDC) and
load the battery pack at least for 3 hours prior to the first use
|
YES
|
By switching the instrument on a self-diagnostic check is automatically
performed| pass all tests – no failure message appears – main display is
shown|
YES
|
Integrated vortexer| Activated if NanoPhotometer is switched on and
deactivated if the NanoPhotometer is
switched off.
|
YES
|
Installation of Software
Test description:
Validation and approval of the software installation in a technical correct
manner according to the user manual of the supplier.
Test plan | Test report |
---|---|
Test parameter | Acceptance criteria |
Built-in Touchscreen | home screen is shown after |
starting the instrument
| YES| N/A when no touch screen is
connected
computer (PC/MAC)| software can be opened and the home screen of the connected NanoPhotometer is shown|
YES
| N/A when using the built-in touch screen, a smart phone or tablet for
controlling the NanoPhotometer.
Tablet| software can be opened and the home screen of the connected
NanoPhotometer is shown|
YES
| N/A when using only the built-in touch screen, a computer or tablet for controlling the
NanoPhotometer.
Smart Phone| software can be opened and the home screen of the connected NanoPhotometer is shown|
YES
| N/A when using only the built-in touch screen, a computer or tablet for controlling the
NanoPhotometer.
Installation of Printer
| Installation of Printer| | |
---|---|---|---|---
| Test plan| Test report
Test parameter| Acceptance criteria| passed| remarks
Printer via USB
cable/network/WiFi network
| Print icon is shown on all
method screens.
| YES| N/A when no printer is
available
Printer is functional| Do a measurement and print
the results.
| YES| N/A when no printer is
available
| Printer installataion passed| YES|
Operation Qualification
Validation of the Calibration Standard
Test description Didymiumglassfilter:
As a validation tool, the Didymiumglassfilter is the secondary spectrometric
calibration standard used. This filter is calibrated and checked against
calibration- or control standards, which are NIST proven. For all validation
tools which are used during the qualification, an actual and valid calibration
certificate is necessary. Enclose a copy of the calibration certificate to the
qualification report.
Test plan | Test report |
---|---|
Test parameter | Serial number |
passed | remarks |
Didymiumglassfilter: | E2343 |
Valid calibration certificate: |
5.11.2021
|
YES
| recalibration of the Didymiumglassfilter every
24 months
Test description potassium hydrogen phthalat solution:
As validation tool a potassium hydrogen phthalat solution used. This solution
is calibrated and checked against a certified UV/Vis spectrophotometer.
Test plan | Test report |
---|---|
Test parameter | |
Lot number | 1606 |
used for one hour.
Absorbance @ 280 nm
(10 mm path)
| 21,40| Absorbance entered| YES| The absorbance can be
found on the vial.
Validation of the Wavelength Accuracy – Cuvette
Test description:
Method: More Apps – Wavescan
Parameter Settings: Change to Cuvette, Pathlength 10 mm, Start Wavelength
200 nm, End Wavelength 900 nm, Baseline Correction Off, Smoothing 1
Blank: air
Sample: Didymiumglassfilter S/N E2343
approx. position: | 329 nm | 472 nm | 512 nm | 681 nm |
---|---|---|---|---|
certified expected peaks: | 328,71 | 472,06 | 512,86 | 681,29 |
measured value: | 328 | 472 | 511 | 680 |
Tolerance is +/- 2nm
Test plan | Test report |
---|---|
Test parameter | Serial number |
passed | remarks |
Didymiumglassfilter | E2343 |
YES
| Peak position must be visible in the graph, if not listed in the table please check manual for the corresponding peak
Validation of Absorbance Accuracy – Cuvette
Test description:
Cuvette mode
Method: More Apps – Wavelength
Parameter Settings: Change to Cuvette, Pathlength 10 mm, add 4
Wavelengths: enter wavelengths 270 nm, 280 nm, 321 nm and 341 nm, Baseline
Correction Off, Smoothing 1
Blank: air
Sample: Didymiumglassfilter S/N E2343
| certified expected
absorbances:
| tolerance| measured values:
---|---|---|---
A270| 1,145| +/- 0.050| 1,140
A280| 1,143| +/- 0.046| 1,140
A321| 0,790| +/- 0.046| 0,790
A341| 0,495| +/- 0.034| 0,490
Test plan| Test report
---|---
Test parameter| Serial number| Acceptance criteria|
passed| remarks
Didymiumglassfilter| E2343| The measured absorbances (270, 280, 321 and 341
nm)
have to be in the tolerance
range defined in the calibration certificate
| ****
YES
|
Validation of the Reproducibility – Cuvette
Test description:
Method: More Apps – Wavelength
Parameter Settings: Change to Cuvette, Pathlength 10 mm, enter wavelength
270nm, 280 nm, 321 nm and 341 nm, Baseline Correction Off, Smoothing 1
Blank: air
Sample: Didymiumglassfilter S/N E2343
| certified expected
absorbances:
| tolerance| measured values:| measured values:| measured values:| measured
values:| CV%
---|---|---|---|---|---|---|---
A270| 1,145| +/- 0.050| 1,145| 1,144| 1,145| 1,145| 0,038
A280| 1,143| +/- 0.046| 1,143| 1,142| 1,144| 1,143| 0,062
A321| 0,790| +/- 0.046| 0,790| 0,790| 0,799| 0,790| 0,492
A341| 0,495| +/- 0.034| 0,495| 0,495| 0,495| 0,495| 0,000
Test plan| Test report
---|---
Test parameter| Serial number| Acceptance criteria|
passed| remarks
Didymiumglasfilter| E2343| CV% = 0.75%| ****
YES
|
Validation of the Baseline – Cuvette
Test description:
Method: More Apps – Wavelength
Parameter Settings: Change to Cuvette, Pathlength 10 mm, enter wavelength
280 nm, Baseline Correction 377 nm, Smoothing 1
Blank: air
Sample: empty cell holder (air)
| tolerance| measured
values:
| measured
values:
| measured
values:
| measured
values:
| Absmax| � Abs
---|---|---|---|---|---|---|---
A280| +/- 0.002| 0,000| 0,000| 0,000| 0,001| 0,001| 0,001
Test plan| Test report
---|---
Test| Acceptance criteria| passed| remarks
Measurement against air / empty cell holder| Tolerance is +/- 0.002 A
according to the technical specifications| ****
YES
|
Validation of Absorbance Accuracy – NanoVolume
Test description:
Method: More Apps – Wavelength
Parameter Settings: Dilution 15, Wavelength 280 nm, Baseline Correction
377 nm, Smoothing 1 Blank: water
Volume: 1.5 µl
Sample: vial with lot number 1606
| certified
expected absorbances:
| measured values:
---|---|---
A280| 21,40| 21,390
Test plan| Test report
---|---
Test parameter| Lot number| Acceptance criteria| passed|
remarks
Potassium hydrogen phthalate solution (PHP)| 1606| The absorbance at 280 nm
has to be in the certified range| ****
YES
|
Validation of the Reproducibility – NanoVolume
Test description:
Method: Protein UV
Parameter Settings: BSA, Volume 1 µl- 2 µl, wavelength 280 nm, Background
Correction: On, Manual Dilution: Off Blank: water
Volume: 1.5 µl
Sample: water/pipette once and measure four times
| certified expected
absorbances:
| measured values:| measured values:| measured values:| measured values:|
Absmax| ∆Abs
---|---|---|---|---|---|---|---
A280| 0,000| 0,000| 0,000| 0,002| 0,000| 0,002| 0,002
Test plan| Test report
---|---
Test parameter| Lot number| Acceptance criteria| passed|
remarks
Water| 1606| Four repeated absorbance measurements tolerance is +/-
0.03 A (10 mm path) according to the technical specifications.
| ****
YES
|
Validation of the Baseline – NanoVolume
Test description:
Method: More Apps – Wavelength
Parameter Settings: Dilution 15; wavelength 280 nm, Baseline Correction
377 nm, Smoothing 1 Blank: air
Sample: air – no sample
| tolerance| measured
values:
| measured
values:
| measured
values:
| measured
values:
| Absmax| � Abs
---|---|---|---|---|---|---|---
A280| +/- 0.03| 0,002| 0,005| 0,000| -0,005| 0,005| 0,010
Test plan| Test report
---|---
Test| Acceptance criteria| passed| remarks
Measurement against air / empty cell holder| Tolerance is +/- 0.03 A (10 mm
path) according to the technical specifications| ****
YES
|
Results and Release of Installation and Operation Qualification
The below listed persons confirm with their signature the succsessful installation and operation qualification of the NanoPhotometer .
Valuation | passed | remarks |
---|---|---|
All tests performed | YES | |
All acceptance criteria fullfiled | YES | |
System ready to use | YES | |
Name (block letter): | Date: | Signature: |
--- | --- | --- |
Performed by: |
Dr. Helena Funk
|
13.03.2020
|
Approved by:|
Dr. Michael Riepl
|
13.03.2020
|
Attachments
- Copy of delivery note
- Calibration Certificates for the NanoPhotomter
- Calibration Certificate for the Didymiumglassfilter
- Calibration Certificate for the Standard Solution
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>