TABLET DE-DUSTING & DE-BURRING UNIT
At Misa International, we manufacture high-performance tablet de-burring units designed to improve the quality and finish of pharmaceutical tablets. Burrs and excess dust not only affect the appearance of tablets but can also compromise safety, coating, and packaging processes. Our tablet de-burring and de-dusting machines ensure smooth edges, clean surfaces, and compliance with strict pharmaceutical standards.
Why a Tablet De-Burring Unit is Essential
During compression, tablets often develop rough edges, sharp corners, or accumulate powder residues. A tablet de-burring unit removes these imperfections, providing:
Improved Tablet Quality – Smooth, dust-free finish for better coating and handling.
Compliance with GMP Standards – Ensures pharmaceutical-grade results.
Extended Machine Life – Prevents excess dust from damaging downstream equipment.
Safer Production Process – Reduces contamination risks.
Key Features of Misa’s Tablet De-Burring Unit
Compact, robust design for continuous operation
Adjustable vibration for effective de-dusting and de-burring
Stainless steel construction ensuring hygiene and durability
Easy integration with tablet press machines
Low-noise and low-maintenance operation
Applications of Tablet De-Burring & De-Dusting
Our tablet de-burring units are widely used in:
Large-scale pharmaceutical manufacturing plants
Nutraceutical and herbal tablet production
R&D laboratories for trial batches
Veterinary and chemical industries
Partner with Misa International
With years of expertise in pharmaceutical machinery, Misa International delivers tablet de-burring and de-dusting units that meet global standards. Our machines enhance efficiency, safety, and product quality.
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Conclusion
The NCVD and NCED tablet de-dusting and de-burring units are essential for maintaining the quality of tablets in pharmaceutical manufacturing. Their robust design, high output capacity, and compliance with industry standards make them ideal for both small-scale and large-scale production environments.