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Bilayer Tablet Compression Problems: Layer Separation, Weight Variation & Cross-Contamination – Causes & Solutions

Key Trends Shaping Softgel ManufacturingHere are key industry trends shaping soft gel operations in the nutraceutical industry. The demand for non-animal capsules has significantly transformed the market, with plant-based capsules moving from a niche product to a mainstream preference.1. In-House Ma

I. Three Core Functions of Magnesium Stearate1. The lubricating effect (most important) reduces the friction between the granules and the die, and between the granules themselves, allowing for smooth tableting, preventing die blockage, sticking to the die, and easy tablet ejection.2. 3. The anti-sti

Automatic capsule filling machines are classified into intermittent rotary type (represented by BOSCH's GKF model) and continuous rotary type (represented by MG2's MG series) based on their worktable motion form. Currently, the intermittent type automatic capsule filling machine is widely used in Ch

The NJP series represents an integrated electromechanical-pneumatic automation system. Driven by a main motor through a indexing box and cam-linkage mechanism, it coordinates multiple stations to achieve capsule separation, material filling, waste removal, capsule closing, product ejection, and mold

Capsule filling machine manufacturers, Capsule-in-capsule equipment supplier.What is Capsule-in-Capsule. Video demonstration of the capsule-in-capsule production process

Overview of empty capsule shell production process

How should the mixing uniformity of premix be evaluated?

The core reasons for the physical defects of tablets are three categories: unsuitable material properties, improper process parameters and abnormal equipment status. Different defects (such as loose tablets, cracked tablets, sticking and so on) can be attributed to the problems in specific links.I.

Wet granulation combines powders with liquid binders (e.g., water/ethanol) to form granules, improving flowability and uniformity for tablet compression. It uses a high-shear mixer with a pot, agitator, and chopper to mix and cut the material. Key controls include binder amount (affects moisture), agitator speed (shear force), and chopper speed (particle size).