A tableting machine (also called tablet press, tablet compression machine, tableting press, or tablet making machine) is a mechanical device that compresses powdered material into solid tablets of specific shape, size, weight and hardness by applying compression force using punches and dies. 

It’s essential in industries like:

• Pharmaceuticals (medicine tablets)
   
• Nutraceuticals & supplements
   
• Food & confectionery (e.g., candy tablets)
   
• Chemical & detergent tablets
   
• Cosmetics (e.g., compressed powder tablets)

Types of Machine we supply

 A tablet dedusting machine (sometimes called a de-duster) is used in tablet production lines to remove dust, particles, and loose powder that remains on tablets after compression. They are essential for ensuring good product quality, hygiene, and free-flowing tablets before packaging or further processing. 

• Vibration & Conveying: The machine vibrates tablets along a path—often a spiral or mesh screen—causing dust and loose particles to detach from the tablet surface.
   
• Airflow & Suction: Some models use a regulated airflow or vacuum to pull the dust away and collect it.
   
• Brush Action: Advanced versions can incorporate gentle brushes to help further clean tablet surfaces.
   
• Output & Integration: Many dedusters can be placed inline with tablet presses and metal detectors so tablets go straight from pressing → dedusting → inspection/packaging. 

This machine enhances tablet production efficiency by removing dust from punches and dies, minimizing breakdowns, and reducing mechanical strain on tablet-making equipment. Key Features: ✔ Effective Dust Removal: Utilizes a shaking mechanism to dislodge dust, which is then collected by the dust collection system fans 

Punches and dies are essential tooling sets, used in metal fabrication and pharmaceuticals, where a hard male punch presses material against a female die to cut, shape, bend, or form it into a specific final product like a tablet or a shaped metal part. They work in tandem, with the punch providing force and the die providing the mold or cutting edge, ensuring high precision, repeatability, and consistency in manufacturing processes.