33 total results

smaXtec System SX.1

17 results

smaXtec System SX.2

9 results

Software

7 results
  • General information

    Both the web software as well as the mobile app are updated on a regular basis. As the software is cloud-based, all users profit from ongoing improvements and developments.
    You can access your data at any time and anywhere using the broswer-based web software smaXtec Messenger via messenger.smaxtec.com or the smaXtec App (available for iOS and Android).

    Where are the events that lead to alerts calculated? Locally at farm level or via the cloud?

    All measurement data is first transferred to our server where it is analysed. You can then use the smaXtec Messenger and the smaXtec App to access cow and herd data as well as alerts.
    There are several reasons why the area in which rumination data is normally displayed doesn’t show data and is highlighted in red:
    1. The bolus is currently not in the reticulum. The bolus measures rumination activity based on typical movements of the reticulum, therefore rumination activity is only measured when the bolus is located there. In certain cases, the bolus can be ejected from the reticulum and floats in the rumen freely. In this case, the bolus cannot measure the movement of the reticulum correctly. It can take up to 10 days for the bolus to be back in the right place – usually it is much faster. As soon as the bolus is back in place, rumination activity is displayed in the diagram again.
    2. The bolus has only been administered recently. The bolus is still in the process of initialisation. Once the initialisation phase is complete, rumination data is displayed.
    3. A technical problem has occurred. This prevents rumination data to be calculated.
    4. In rare cases, the absence of rumination data, especially after an alert “reduction of rumination”, may also indicate a serious health problem. In this case, keep a close eye on the other health parameters such as inner body temperature in order to be able to intervene in the case of illness.
  • Measurement data

    How does the measurement of activity work?

    Every movement of the animal is continuously recorded with an accelerometer. The recorded activity is summarised into one data point every 10 minutes. The measured activity thus includes movements such as walking or jumping up. The data points are automatically transferred and displayed in the smaXtec software. smaXtec does not provide any information on the standing or lying behaviour of the animals and does not count individual steps.
    The activity measurement is available for the smaXtec system SX.1 and SX.2.
    The temperature is measured by means of a temperature sensor and has a very high precision (+/-0,03°C.).
    The measurement of the inner body temperature is available for the smaXtec system SX.1 and SX.2.
    The normal temperature of the cow is calculated based on the last 5 days. This also means that the normal temperature can change for several reasons: Depending on the lactation phase and the outside temperature, the normal temperature of cows is higher or lower. In addition, the normal temperature can increase significantly during longer periods of temperature increases – a recovery of the animal is therefore often accompanied by “decrease in temperature” messages.
    In the temperature curve, one can see the water intake behaviour of the animals. If an animal drinks (cold) water, it goes directly into the reticulum, where the bolus is positioned. The environment of the bolus is briefly cooled by the cold water, which results in a few (1-3) measurements being significantly lower (also lower than the body temperature). The temperature regulates itself within a few minutes. The measurements continue constantly and then show again the usual normal temperature in the rumen.
    By monitoring the drinking behaviour can be concluded on the health of the animal and indirectly on the feed intake. Strong deviations indicate a change in the animal’s condition. Appropriate warnings are issued by the system. If several animals in the herd show a change in drinking behaviour, the drinking troughs themselves must be checked in addition to the health status.
    The cow’s rumen is constantly in motion. Depending on what the cow is doing, the number of contracts in the reticulum differs: If the cow is eating or digesting, the reticulum contracts twice. When the cow is ruminating, a third contraction takes place, which transports the feed back into the mouth. Thanks to the measurement position in the reticulum, the bolus precisely detects how many times it contracts and thus knows whether the cow is currently ruminating.
    The measurement of rumination is available exclusively for the smaXtec system SX.2.
    The rumination activity provides valuable information on the health status of the animals and allows feeding to be monitored and optimised at the group level.
    To gain an accurate insight into the feeding of the herd, to optimise it and to detect problems in feeding management, the targeted use of pH value measurement is recommended. The pH value provides direct conclusions about the feeding of the animals and, in contrast to the rumination activity, is not influenced by other factors such as individual health.
    The pH values of the rumen and the reticulum are very closely related (i.e. correlate very strongly with each other). Since measurements are always taken at the same point in the reticulum, changes or deviations in pH can be attributed to management and ration.
    Classic Bolus SX.1: The relative measurement accuracy is +/-0.05°C at 39°C.
    Classic Bolus SX.2: Relative measurement accuracy is +/-0.03°C at 39°C.
    The measurement accuracy is +/- 0.2 up to the 90th day and +/- 0.4 from the 90th to the 150th day.
    According to the literature-based formula we use to calculate THI, temperature has a greater impact on THI than humidity. The reason for this is that heat directly stresses or overstresses the body temperature regulation.
    Measuring inside the animal has several significant advantages: The device cannot be lost and there is also no risk of injury to the animal from the measuring device. In addition, the measurements are free from falsification, which can occur with externally mounted measuring devices due to external influences.
  • Alerts

    Calving detection is activated 14 days before/after the expected calving date. The calving notifications can be sent up to 36 hours before calving. However, we found out during a scientific study that a large part of the alerts are sent 6 to 20 hours before calving.

    Does the system detect estrus in a tie-stall barn?

    As we detect estrus based on changes in the activity of cows we cannot guarantee a reliable estrus detection due to reduced activity levels in tie stall barns. All other functions (calving detection, early detection of diseases, monitoring of drinking behavior, heat stress detection and pH measurement) work without any problems in tie-stall barns.
    After activating smaXtec boluses it takes at least 30 minutes until the first data are available in the smaXtec software.
    The bolus has to be administered at least 8 days before the calving date.
    All measurement data is first transferred to our server where it is analysed. Then, you can access your cow and herd data as well as alerts directly in the smaXtec Messenger and smaXtec App.
  • Tips & Tricks

    On this page you find short video tutorials with useful functions in the smaXtec Messenger and the smaXtec App
    https://support.smaxtec.com/en/smaxtec-software-4/tips-tricks/
  • General information

    Both the web software as well as the mobile app are updated on a regular basis. As the software is cloud-based, all users profit from ongoing improvements and developments.
    You can access your data at any time and anywhere using the broswer-based web software smaXtec Messenger via messenger.smaxtec.com or the smaXtec App (available for iOS and Android).

    Where are the events that lead to alerts calculated? Locally at farm level or via the cloud?

    All measurement data is first transferred to our server where it is analysed. You can then use the smaXtec Messenger and the smaXtec App to access cow and herd data as well as alerts.
    There are several reasons why the area in which rumination data is normally displayed doesn’t show data and is highlighted in red:
    1. The bolus is currently not in the reticulum. The bolus measures rumination activity based on typical movements of the reticulum, therefore rumination activity is only measured when the bolus is located there. In certain cases, the bolus can be ejected from the reticulum and floats in the rumen freely. In this case, the bolus cannot measure the movement of the reticulum correctly. It can take up to 10 days for the bolus to be back in the right place – usually it is much faster. As soon as the bolus is back in place, rumination activity is displayed in the diagram again.
    2. The bolus has only been administered recently. The bolus is still in the process of initialisation. Once the initialisation phase is complete, rumination data is displayed.
    3. A technical problem has occurred. This prevents rumination data to be calculated.
    4. In rare cases, the absence of rumination data, especially after an alert “reduction of rumination”, may also indicate a serious health problem. In this case, keep a close eye on the other health parameters such as inner body temperature in order to be able to intervene in the case of illness.
  • Measurement data

    How does the measurement of activity work?

    Every movement of the animal is continuously recorded with an accelerometer. The recorded activity is summarised into one data point every 10 minutes. The measured activity thus includes movements such as walking or jumping up. The data points are automatically transferred and displayed in the smaXtec software. smaXtec does not provide any information on the standing or lying behaviour of the animals and does not count individual steps.
    The activity measurement is available for the smaXtec system SX.1 and SX.2.
    The temperature is measured by means of a temperature sensor and has a very high precision (+/-0,03°C.).
    The measurement of the inner body temperature is available for the smaXtec system SX.1 and SX.2.
    The normal temperature of the cow is calculated based on the last 5 days. This also means that the normal temperature can change for several reasons: Depending on the lactation phase and the outside temperature, the normal temperature of cows is higher or lower. In addition, the normal temperature can increase significantly during longer periods of temperature increases – a recovery of the animal is therefore often accompanied by “decrease in temperature” messages.
    In the temperature curve, one can see the water intake behaviour of the animals. If an animal drinks (cold) water, it goes directly into the reticulum, where the bolus is positioned. The environment of the bolus is briefly cooled by the cold water, which results in a few (1-3) measurements being significantly lower (also lower than the body temperature). The temperature regulates itself within a few minutes. The measurements continue constantly and then show again the usual normal temperature in the rumen.
    By monitoring the drinking behaviour can be concluded on the health of the animal and indirectly on the feed intake. Strong deviations indicate a change in the animal’s condition. Appropriate warnings are issued by the system. If several animals in the herd show a change in drinking behaviour, the drinking troughs themselves must be checked in addition to the health status.
    The cow’s rumen is constantly in motion. Depending on what the cow is doing, the number of contracts in the reticulum differs: If the cow is eating or digesting, the reticulum contracts twice. When the cow is ruminating, a third contraction takes place, which transports the feed back into the mouth. Thanks to the measurement position in the reticulum, the bolus precisely detects how many times it contracts and thus knows whether the cow is currently ruminating.
    The measurement of rumination is available exclusively for the smaXtec system SX.2.
    The rumination activity provides valuable information on the health status of the animals and allows feeding to be monitored and optimised at the group level.
    To gain an accurate insight into the feeding of the herd, to optimise it and to detect problems in feeding management, the targeted use of pH value measurement is recommended. The pH value provides direct conclusions about the feeding of the animals and, in contrast to the rumination activity, is not influenced by other factors such as individual health.
    The pH values of the rumen and the reticulum are very closely related (i.e. correlate very strongly with each other). Since measurements are always taken at the same point in the reticulum, changes or deviations in pH can be attributed to management and ration.
    Classic Bolus SX.1: The relative measurement accuracy is +/-0.05°C at 39°C.
    Classic Bolus SX.2: Relative measurement accuracy is +/-0.03°C at 39°C.
    The measurement accuracy is +/- 0.2 up to the 90th day and +/- 0.4 from the 90th to the 150th day.
    According to the literature-based formula we use to calculate THI, temperature has a greater impact on THI than humidity. The reason for this is that heat directly stresses or overstresses the body temperature regulation.
    Measuring inside the animal has several significant advantages: The device cannot be lost and there is also no risk of injury to the animal from the measuring device. In addition, the measurements are free from falsification, which can occur with externally mounted measuring devices due to external influences.
  • Alerts

    Calving detection is activated 14 days before/after the expected calving date. The calving notifications can be sent up to 36 hours before calving. However, we found out during a scientific study that a large part of the alerts are sent 6 to 20 hours before calving.

    Does the system detect estrus in a tie-stall barn?

    As we detect estrus based on changes in the activity of cows we cannot guarantee a reliable estrus detection due to reduced activity levels in tie stall barns. All other functions (calving detection, early detection of diseases, monitoring of drinking behavior, heat stress detection and pH measurement) work without any problems in tie-stall barns.
    After activating smaXtec boluses it takes at least 30 minutes until the first data are available in the smaXtec software.
    The bolus has to be administered at least 8 days before the calving date.
    All measurement data is first transferred to our server where it is analysed. Then, you can access your cow and herd data as well as alerts directly in the smaXtec Messenger and smaXtec App.

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If you cannot solve a problem with help of the instructions (quickstartguide, user manuals), please get in touch with our smaXtec support team. They will take care of your requests during our support hours.
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