In addition, it can be found that lower machining speeds reduce the maximum equivalent stress value.
The main drawback of this process is lower machining yield and less dimensional control.
The START and END represent events that the lower machine terminal system gets batch start/end identification information.
Higher machine speeds produced more quality pellets at lower die diameters while lower machine speed is recommended for higher die diameter.
A lower machine power (30%) gave 25 μm of metal removal compared to 48 μm at 60%, at 90% power the metal removal dropped to 34 μm.
The UHF RFID reader module is a functional unit for the lower machine to obtain duck product information through RF signals.
When grinding with a lower machine power (grinding force), the abrasive grits slide and rub over the material surface instead of effective cutting and ploughing.
To obtain the information from the entire process of product processing, dozens of lower machine terminals have been deployed in the processing plant.
A sur-pixel scan method is proposed, it can effectively restrain frequency aliasing while having lower machining requirements compared to sub-pixel scan.
A lower machine power means a lower (normal) grinding force, which led to more rubbing instead of the effective metal removal processes chip forming, cutting, or ploughing, as demonstrated by the results in Fig. 4.
