[Andrew Toluhi]

In addition, each mill is configured to achieve certain tonnage when running optimally. In all cases, the component of the mill ( mixer, hammermill, etc) are optimised to have the capacity to achieve the target tonnage. This tonnage can be 20mt/hour , 40mt/hour etc.

[Milila Camejo]

<font dir=”auto” style=”vertical-align: inherit;”><font dir=”auto” style=”vertical-align: inherit;”>Uno de los factores más importantes que determinan la velocidad de corte es la dureza del material que se corta. Cuanto más duro es el material, más lenta es la velocidad de corte y viceversa. Por ejemplo, el mecanizado de materiales como el acero requerirá una velocidad de corte más baja en comparación con el aluminio.</font></font>

<font dir=”auto” style=”vertical-align: inherit;”><font dir=”auto” style=”vertical-align: inherit;”>La velocidad de corte (o “fresado de velocidad”) se refiere a la rapidez con la que la herramienta gira para cortar el material (medida en metros por minuto o pies por minuto), mientras que la velocidad de avance (o “fresado de avance”) se refiere a la rapidez con la que la herramienta avanza linealmente a través de la pieza de trabajo (medida en milímetros por revolución o pulgadas por revolución)</font></font>

[Md.Rejuan Hossain]

In machining, the main difference is that speed refers to the rotational rate of the cutting tool (spindle speed), measured in revolutions per minute (RPM), while feed (or feed rate) is the rate at which the tool moves across the material, measured in distance per minute, such as inches per minute (IPM). These two parameters must work together to ensure proper machining, with the correct ratio preventing tool wear, overheating, and damage to the workpiece.

[Kim]

In Feed manufacturing ‘feed’ speed refers to the rate at which material is introduced into a processing machine such as a hammer or roller mill, a pellet press conditioner or other processing machine where feed rate is an important variable to control. In particle size reduction the ‘tip speed’ of the hammers is governed by the rotational speed of the shaft driving the rotors from which the hammers are suspended and tip speed is determined using a math formula. Sometimes hammermill motors are equipped with a Variable Frequency Drive (VFD) which allows for changes to the rotational speed of the shaft.

The terms have nothing to do with industrial milling.

[Argie Lloyd]

Thank you for this Dr. Kim.

[Asia]

Speed milling has nothing to do with animal feed production, but rather with industrial manufacturing processes. Speed milling, often referred to as high-speed milling is a machining process performed at high cutting speeds and feed rates using specialized cutting tools and machines.