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Hi,
Yes, we have sent Gaurav a private message.
Let us know if you are facing a similar problem.
Ayelet,
The Consumer Physics Team
Hi Jeremy,
Notice that the production grade SCiO has an improved hardware version. Therefore, the spectrum might look a bit different.
We recommend using the production grade SCiO in order to achieve improved accuracy.
Ayelet,
The Consumer Physics Team
Hi wire,
Do you mean what is SCiO’s wavelength range?
SCiO spectrometer works in NIR at wavelengths of 700-1100nm.
Ayelet,
The Consumer Physics Team
Hi Wak,
Have you used the optical shade? If you haven’t, I believe using it may solve your problem.
Ayelet
Hi,
When viewing the scans of a data collection, the preprocessing method options allow you to view your raw reflectance spectrum with different algorithms applied. These can help you identify outliers, inaccurate scans and reveal possible relationships in your data.
Note that this option will be available on SCiO’s next generation device.
Meanwhile, if you would like to get the raw reflectance spectrum with no algorithm applied, this can be done by downloading the spectrum as a CSV file.
If you are interested, please contact us at support@consumerphysics.com.
Ayelet,
The Consumer Physics Team
Hi,
When viewing the scans of a data collection, the preprocessing method options allow you to view your raw reflectance spectrum with different algorithms applied. These can help you identify outliers, inaccurate scans and reveal possible relationships in your data.
Note that this option will be available on SCiO’s next generation device.
Meanwhile, if you would like to get the raw reflectance spectrum with no algorithm applied, this can be done by downloading the spectrum as a CSV file.
If you are interested, please contact us at support@consumerphysics.com.
Ayelet,
The Consumer Physics Team
Hi Carlos,
While in principle SCiO can penetrate glass (and most likely transparent assay tube as well), individual scans will depend on material type, thickness, and transparency.
We recommend scanning the object directly to get the most accurate read.
In addition, the analysis of liquids requires a liquid accessory to provide the best quality measurement of the special optical characteristics of liquids. The liquid accessory will be available in the coming months.
Ayelet,
The Consumer Physics Team
Hi Detlef,
As a policy, Consumer Physics does not share the raw scans of the samples, but will have an API to the molecular sensing models we will make from those samples, which will be released to both our consumers and developers.
Ayelet
Hi Detlef,
SCiO consumer app which be released soon will offer a number of food nutrition analysis applets, for example analyzing the nutritional values of dairy and meat products. It will also include an application that allows you to work with the spectrometer by collecting material data and building classification applets for your own materials.
If you would like to scan an apple and classify it from an orange, it would be possible. In addition, nutrition analysis applet for fruit and vegetables is currently under development.
Ayelet,
The Consumer Physics Team
Hi,
Sharing models option is not available.
In order to publish your model, a corresponding application should be created using the Mobile SDK.
In addition, data collections can be copied by us to your colleagues’ account or other developers and researchers you wish to share your data with.
Ayelet,
The Consumer Physics Team
Hi Carlos,
Correct, adding a new attribute of ‘Sample Name’ will solve the problem, as each sample must be unique.
Ayelet,
The Consumer Physics Team
Hi,
Our Consumer app users will have access to Consumer Physics applets. At the near future, they will not have access to models or applets created by developers or researchers.
However, adding applets inside our app is in our roadmap.
Developers will be able to publish their applications either privately or by using the Consumer Physics platform, so that their applets will be displayed as part of SCiO Consumer app.
I hope that answered your question.
Ayelet,
The Consumer Physics Team
Dear Daniel,
I’m sorry for the delayed response.
SCiO cannot be connected to a fiberoptic, at least not easily – you will need to connect the illumination source to one fiber, and the sensor to another. Sounds like a complicated work.
Can you elaborate what temperatures are you interested in? If the temperatures are within SCiO’s spec, it can be used in a heated environment.
Ayelet,
The Consumer Physics Team
