Encapsulation is one of the most used ways to formulate goods today, ranging from medicines and nutraceuticals to vitamins and nutritional supplements. While certain criteria are similar, establishing a capsule filling process for a product differs significantly from establishing a tableting operation. If a capsule is the best form for your product, there are a few things to consider before going into production. While each of these considerations may differ based on your application, considering them before implementing a large-scale capsule filling line will help you decrease production mistakes and expenses. You can read about [Guide] Fill capsules by yourself.
Humidity:- Humidity and other environmental factors might have a major influence on the quality of your final capsules. If the humidity level in the capsule production environment is too high, the capsules will not dry correctly, resulting in product inconsistencies and increased rates of non-compliant capsules. Capsules may cling to surfaces owing to static electricity if the drying atmosphere is too low in humidity. Regional climate variations might make things more complicated by bringing periods of high or low humidity.
"Areas like Asia are difficult to work in since it's difficult to maintain constant production conditions in such a tropical environment," said Martin Ginty, Industry Manager, Pharmaceutical, for Munters, an air treatment business. "You'll find that in Western Europe and North America, you have fairly consistent dry winter times when dehumidification requirements are minimal, but as soon as you enter the summer cycle, you may have manufacturing issues you didn't have before."
Ginty advises using a humidity management system that adapts to local weather conditions. Manufacturers may assure higher uniformity in their product by eliminating external factors as a variable in the capsule filling and drying process.
Capsule Material:- For their filling procedure, manufacturers have the option of selecting from a variety of capsule materials. Two-piece gel encapsulation encloses the medicinal substance in hard capsules composed of gelatin or another readily dissolved material. These hard caps are made up of two halves: the body and the cap, which are packed with powders or pellets. A single-piece gel encapsulation technique is used to fill soft capsules. These softgels are frequently filled with liquid medicinal products, which can improve the bioavailability of medicines that are poorly soluble.
The majority of soft capsules are constructed of gelatin or hydroxypropylmethyl cellulose (HPMC), both of which need unique drying conditions. Due to its increased moisture content, gelatin capsules are more susceptible to over-drying, whereas HPMC capsules may resist more severe drying conditions. If the material being filled within the capsule is hygroscopic, a capsule with a reduced water content may be preferable to avoid undesired changes to the filling material.
Encapsulation is one of the most used ways to formulate goods today, ranging from medicines and nutraceuticals to vitamins and nutritional supplements. While certain criteria are similar, establishing a capsule filling process for a product differs significantly from establishing a tableting operation. If a capsule is the best form for your product, there are a few things to consider before going into production. While each of these considerations may differ based on your application, considering them before implementing a large-scale capsule filling line will help you decrease production mistakes and expenses. You can read about [Guide] Fill capsules by yourself.
Humidity:- Humidity and other environmental factors might have a major influence on the quality of your final capsules. If the humidity level in the capsule production environment is too high, the capsules will not dry correctly, resulting in product inconsistencies and increased rates of non-compliant capsules. Capsules may cling to surfaces owing to static electricity if the drying atmosphere is too low in humidity. Regional climate variations might make things more complicated by bringing periods of high or low humidity.
"Areas like Asia are difficult to work in since it's difficult to maintain constant production conditions in such a tropical environment," said Martin Ginty, Industry Manager, Pharmaceutical, for Munters, an air treatment business. "You'll find that in Western Europe and North America, you have fairly consistent dry winter times when dehumidification requirements are minimal, but as soon as you enter the summer cycle, you may have manufacturing issues you didn't have before."
Ginty advises using a humidity management system that adapts to local weather conditions. Manufacturers may assure higher uniformity in their product by eliminating external factors as a variable in the capsule filling and drying process.
Capsule Material:- For their filling procedure, manufacturers have the option of selecting from a variety of capsule materials. Two-piece gel encapsulation encloses the medicinal substance in hard capsules composed of gelatin or another readily dissolved material. These hard caps are made up of two halves: the body and the cap, which are packed with powders or pellets. A single-piece gel encapsulation technique is used to fill soft capsules. These softgels are frequently filled with liquid medicinal products, which can improve the bioavailability of medicines that are poorly soluble.
The majority of soft capsules are constructed of gelatin or hydroxypropylmethyl cellulose (HPMC), both of which need unique drying conditions. Due to its increased moisture content, gelatin capsules are more susceptible to over-drying, whereas HPMC capsules may resist more severe drying conditions. If the material being filled within the capsule is hygroscopic, a capsule with a reduced water content may be preferable to avoid undesired changes to the filling material.