Difference between B and D tooling
D tooling
Barel Diameter is 1 inch
Head Diameter is 1 and ¼ th inch length is 5.25 inch
Dies outer diameter is 0.945 and
BB Tolling
Barel Diameter is 0.75 inch
Head Diameter is 1 inch length is 5.25 inch
Dies outer diameter is 30.16 mm
B tooling is same as BB only difference is that lower punch length is just 3 and 9/16th inch long.
D tooling dies and punches are usually have thick diameter or have greater diameter of their body as well as the tip of punches also dies have greater outer diameter compared to B type tolling which makes D type tolling dies and punches suitable for compression of big size tablets as the tip of the pinches is border compared to B tooling dues and punches.
Many sub categories like DB , BB type tablets dies and punches are made depending up on the punches and dies requirement of product.
Following table will be useful in understanding the concept of tablet tooling and how they are classified as B and D tooling and BB and DB tooling
The primary difference between B-tooling and D-tooling in tablet compression machines is the shape of the punches and dies, which directly influences the shape of the tablets they produce.
B-Tooling:
B-tooling is characterized by round or circular punches and dies.
Tablets produced with B-tooling have a circular shape.
D-Tooling:
D-tooling features oblong or capsule-shaped punches and dies.
Tablets produced with D-tooling have an oblong or capsule-like shape.
The choice between B-tooling and D-tooling is based on the specific requirements of the tablet, such as its shape, size, and intended use. Different tooling systems are selected to achieve the desired tablet characteristics.
B-tooling and D-tooling are two different types of tooling configurations used in tablet compression machines. These configurations refer to the design of the punches and dies used in the tablet compression process. Here are the key differences between B-tooling and D-tooling:
B-Tooling:
Shape:
B-tooling is characterized by a round shape. Both the punches and dies have a circular cross-section.
Punch Tip:
The punch tip in B-tooling is flat.
Applications:
B-tooling is commonly used for manufacturing flat-faced tablets.
Standardization:
B-tooling is one of the standard tooling configurations, and it is widely accepted in the pharmaceutical industry.
Use Cases:
B-tooling is suitable for the production of plain tablets, as well as tablets with simple logos or imprints.
D-Tooling:
Shape:
D-tooling is characterized by a "D" shape, where the punches and dies have a flat bottom and a curved or beveled top.
Punch Tip:
The punch tip in D-tooling is concave or beveled, forming a "D" shape.
Applications:
D-tooling is commonly used for manufacturing tablets with a break line or score line.
Breaking Score:
D-tooling allows for the creation of tablets with a breaking score, facilitating easier splitting or breaking of the tablet into halves.
Use Cases:
D-tooling is often preferred for tablets where the ease of breaking into smaller doses is required, such as scored tablets or those intended for dose titration.
In summary, the main difference between B-tooling and D-tooling lies in the shape of the punches and dies. B-tooling is characterized by a round shape and is suitable for manufacturing flat-faced tablets, while D-tooling has a "D" shape and is commonly used for tablets with a breaking score or line. The choice between B-tooling and D-tooling depends on the specific requirements of the tablet being manufactured and the desired features of the final product.
Compression ignition is deisel. Otherwise, spark ignition is gasoline.
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compression zone is an positive zone,tension zone is an negative zone..
the difference is a rarefaction needs vibration i believe i'mnot sure
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AC3 is a digital 'audio compression' scheme. To understand the difference between AC3 and (enhanced) AC3 Plus, click the link: Audio Compression in the Related Links section below.
Compression ignition is deisel. Otherwise, spark ignition is gasoline.
y dnt u find it.....urslf
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f ′c: concrete compressive strength at 28 days (compression is negative) fcu: concrete crushing strength (compression is negative)
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150 psi per cylinder with +/- 20 psi difference between cylinders