What to do if the Implen NanoPhotometer thermal paper printer prints a lot of paper?
If the Implen Measuring Instruments thermal printer is printing a lot of paper with a normal sound but no error message, the thermal printer paper was probably put in the wrong way. Check the correct position of the printer paper.
Why does my Implen NanoPhotometer Measuring Instruments instrument switch off during measurement?
If your Implen Measuring Instruments instrument intermittently switches off during measurement, it could be due to a faulty or loose power input connection. Check the voltage output of the power supply.
Why does my Implen NanoPhotometer instrument switch off after calibration?
If the Implen Measuring Instruments instrument is switching off after calibration, it might be because you are holding the ON/OFF button too long. Avoid holding the ON/OFF button for an extended period.
What to do if Implen Measuring Instruments thermal paper printer displays random numbers?
If the Implen Measuring Instruments thermal paper printer displays random or endless numbers after a paper exchange, it's possible that the paper roll was changed while the instrument was still in one of its programs. Move to the main menu before exchanging the paper roll. Then, switch the device off, disconnect the power supply, and reconnect it after about 5 minutes. A firmware update (version 2.4.2) is also recommended.
How to fix Implen Measuring Instruments failing start up calibration?
If the Implen Measuring Instruments instrument is failing to start up calibration, check that the correct power supply (18 V, 1.2 A) is being used and ensure that the connector is pushed in fully.
General| Category | Spectrophotometer |
|---|---|
| Light Source | Xenon flash lamp |
| Measurement Time | < 5 seconds |
| Detector | 2048 element CCD array |
| Connectivity | USB, Ethernet, Wi-Fi |
| Absorbance Range | 0.02 - 300 A (depending on path length) |
| Display | 7" Touchscreen |
Instructions for unpacking, positioning, and installing the instrument safely.
Overview of the NanoPhotometer P-Class spectrophotometer, its CCD array detector, and operating system.
Guidance on sample handling, cell insertion, volume, and using test tubes for measurements.
Description and function of the keypad and LCD display for the P 300 model.
Description and function of the keypad and LCD display for the P 330/P 360 models.
Details on menu options for P 300 and P 330/P 360 models after measurements.
Step-by-step guide for inserting the submicroliter cell and preparing samples for measurement.
Procedure for using software for NanoVolume and Cuvette applications with the submicroliter cell.
General information on quantifying and checking purity of DNA, RNA, and oligonucleotides.
General information and methods for protein determination using UV absorption and colorimetric assays.
Guidance on monitoring bacterial growth using optical density measurements at 600 nm.
Measures light passed through a sample relative to a reference for absorbance or % transmission.
Measures sample absorbance and calculates concentration using a known factor or standard.
Obtains an absorption spectrum to identify peak height and position for simple spectral analysis.
Monitors absorbance change over time at a fixed wavelength for kinetic studies.
Constructs multi-point calibration curves from known standards to quantify unknown samples.
Performs up to 5 absorbance measurements on the same sample at different wavelengths.
Measures absorbance at two wavelengths and calculates the ratio, corrected for background.
Options for renaming, locking, unlocking folders, and managing methods via SD card.
Procedure for setting the instrument's date and time.
Configures number format, such as decimal point style, for regional preferences.
Settings for data output to PC, SD Memory Card, or the built-in printer.
User preferences for games, screen layout, history, standby mode, and baseline compensation.
Adjusts display brightness and contrast for optimal visibility under local conditions.
Displays the instrument's serial number, software version, and manufacturer website.
The instrument is maintenance-free; secondary standards are available for performance verification.
Xenon lamp replacement should be done by a service engineer after several years of use.
Mixer replacement should be done by a service engineer after several years of use.
Instructions for replacing a damaged gaiter, item number S-330360-G.
Guidelines for external cleaning, surface care, and handling hazardous samples.
Lists common error messages, their explanations, and solutions for troubleshooting.
Determines nucleic acid concentration using absorbance at 260 nm and the Lambert-Beer equation.
Determines nucleic acid and dye concentrations using fluorescence and dye correction.
Determines protein concentration using absorbance at 280 nm and the Lambert-Beer equation.
Determines protein and dye concentrations after labelling, with dye correction.
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