Powder Handling In the Encapsulation Process

Processing the powder in the encapsulation process is a challenge for manufacturers of fixed dose additives and there are many consumer awareness considerations that must be considered. Many in the supplement business want to extract excipients from their formulations.

Regardless of the function of these ingredients and actual or imaginary side effects, consumers will want them from dietary supplements. You can also get the best automatic capsule filling machine online via https://tesequipmentsupplier.com/product/tes-1200-automatic-capsule-filler/.

Recent studies have shown that nearly all population groups are scrutinizing information about the additives in bottles. Hence, this expert article will focus on the effects of removing these ingredients from your formulas and their effects on your powders and then on your additive processing and packaging machines.

Magnesium stearate removal is high on many removal lists. Magnesium stearate is a white powder that combines the basic mineral magnesium and saturated fatty stearic acid.

It contains a small amount of magnesium but is mainly used as an inactive ingredient in the pharmaceutical and food industries to get better performance from solid state machines. Promotes powder flow and the lubricating properties the powder gets when compressed.

Magnesium stearate particles adhere to powders and metal surfaces and act as a lubricant. This lubrication is essential in tablet manufacturing, where the powder expands through compression and exerts side pressure on the mold, but also aids encapsulation.

One of the main concerns regarding the use of magnesium stearate has been identified in several medical literature. Tests have shown that magnesium stearate increases the time it takes for tablets and capsules to dissolve due to a film formed on the components of the capsule or tablet.