May do not know this, but in the manufacture of pharmaceuticals a press machine is required in the final stages of the process. Some firms use single phase machines while some use the more advanced Rotary Tablet Press machines. These are used to create the tablet medicines that are commonly swallowed. As time progresses so does technology in all the fields of science.
In the former days, manufacturers of pharmaceutical products had to place the material on conveyor belts where they were then compressed and packaged by the use of foils. A process that was prone to biological contaminants like bacterial transfer from the humans handling the drugs. The process was also very expensive in terms of production costs to the manufacturers. Currently the processes are automated requiring very limited human contact.
The powdered medicine is first compressed under very high pressure by the hardened steel plates in the press machine. The machine is programmed to produce precisely sized and shaped tablets with measured weights for dosage requirements. This process is also applied in the production of cosmetic products and other cleaning products for the market.
These machines basically involve flow, compression and ejection of completed product. In the flow stage, the powdered medicine is directed into the machine where it fills the punches and is compressed into the desired shapes. After this it is then ejected then collected for packaging and sold to the market.
In the second stage, an upper and lower punch together with the chosen dye prepares the powder then it is subjected to the rollers with high pressure. The punches then open to release the tablet which is then ejected. This whole process is repeated again and again as may be required.
The press machines have several benefits. They have a good cost ratio of owning one. Their cleaning is very simple and operating them is very easy resulting in high yields. Changing the format is very fast and the parts are easy to assemble hence the short cleaning time.
The in-built dust extraction mechanism continually keeps the head section free of dust as it operates. The vacuum regulation contributes greatly in the smooth functioning of the machine. The accuracy of the machine is impressive even under heat and static stress. It works safely and takes long before it requires maintenance.
The available types of press machines are the single-punch and Rotary Tablet Press machines. The high performer is the second one with performance suitable mass production. Its speed of tablet production is high hence cost saving to the manufacturer of drugs. It can hold many punches thereby saving time and overhead costs when producing tablets of any kind. It allows for custom designing of the dyes so as to press any desired shape and size of tablet. The process has automated monitoring therefore it can handle high speed pressing producing more as compared to human monitoring that is much slower. Buy a machine that has a closed system that will keep the components separate to avoid cross-contamination that is bad in the case of pharmaceuticals. Consider the amount of tablets it can produce over a given time frame.
In the former days, manufacturers of pharmaceutical products had to place the material on conveyor belts where they were then compressed and packaged by the use of foils. A process that was prone to biological contaminants like bacterial transfer from the humans handling the drugs. The process was also very expensive in terms of production costs to the manufacturers. Currently the processes are automated requiring very limited human contact.
The powdered medicine is first compressed under very high pressure by the hardened steel plates in the press machine. The machine is programmed to produce precisely sized and shaped tablets with measured weights for dosage requirements. This process is also applied in the production of cosmetic products and other cleaning products for the market.
These machines basically involve flow, compression and ejection of completed product. In the flow stage, the powdered medicine is directed into the machine where it fills the punches and is compressed into the desired shapes. After this it is then ejected then collected for packaging and sold to the market.
In the second stage, an upper and lower punch together with the chosen dye prepares the powder then it is subjected to the rollers with high pressure. The punches then open to release the tablet which is then ejected. This whole process is repeated again and again as may be required.
The press machines have several benefits. They have a good cost ratio of owning one. Their cleaning is very simple and operating them is very easy resulting in high yields. Changing the format is very fast and the parts are easy to assemble hence the short cleaning time.
The in-built dust extraction mechanism continually keeps the head section free of dust as it operates. The vacuum regulation contributes greatly in the smooth functioning of the machine. The accuracy of the machine is impressive even under heat and static stress. It works safely and takes long before it requires maintenance.
The available types of press machines are the single-punch and Rotary Tablet Press machines. The high performer is the second one with performance suitable mass production. Its speed of tablet production is high hence cost saving to the manufacturer of drugs. It can hold many punches thereby saving time and overhead costs when producing tablets of any kind. It allows for custom designing of the dyes so as to press any desired shape and size of tablet. The process has automated monitoring therefore it can handle high speed pressing producing more as compared to human monitoring that is much slower. Buy a machine that has a closed system that will keep the components separate to avoid cross-contamination that is bad in the case of pharmaceuticals. Consider the amount of tablets it can produce over a given time frame.
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