Sifter Cum Multi Mill

Integrated Granule Sizing and Sifting Solutions for Pharmaceutical Manufacturing

The Sifter Cum Multi Mill is designed for particle size reduction, granule sizing, and screening of pharmaceutical powders and granules. It combines milling and sifting functions to support the preparation of materials with the required particle size characteristics. Depending on the equipment configuration, oversized particles are reduced through mechanical milling while suitable particles pass through a screening arrangement.

Intence Engineering offers Sifter Cum Multi Mill equipment within its pharmaceutical milling range. The equipment is intended to support efficient material sizing, separation of oversized particles, and preparation of granules for downstream manufacturing processes. The appropriate milling and screening configuration depends on material characteristics, batch requirements, and desired particle size distribution.

Applications of Sifter Cum Multi Mill

  1. Pharmaceutical Granule Sizing: Processing dried granules to obtain suitable particle size characteristics for tablet compression and capsule filling operations.
  2. Powder Sifting and Classification: Screening pharmaceutical powders and granules to separate suitable particles from oversized material according to the selected sieve.
  3. Granule De-Agglomeration: Breaking down lumps and agglomerated particles to improve material handling and prepare granules for subsequent processing.
  4. Solid Dosage Material Preparation: Supporting particle sizing and screening operations before pharmaceutical blending, tablet compression, and capsule filling.

Key Features

  • Combined Milling and Sifting: Supports particle size reduction and screening within a coordinated processing arrangement.
  • Granule Size Classification: Screening arrangements help separate particles according to the selected sieve openings.
  • Efficient Particle Size Reduction: Milling action supports the breakdown of oversized granules, lumps, and suitable agglomerated materials.
  • Integrated Material Processing: A combined milling and sifting arrangement can reduce intermediate material handling between separate operations.
  • Flexible Screen Selection: Different screen openings can be selected according to the required particle size characteristics.
  • Process Consistency: Appropriate selection of milling and screening parameters supports consistent granule sizing.
  • Compact Processing Arrangement: Combined equipment configurations can support efficient use of available production space.
  • Pharmaceutical Applications: Suitable for integration into powder and granule processing workflows for oral solid dosage manufacturing.

Optional and Additional Features

Intence Engineering’s broader milling and sifting equipment range includes different processing arrangements. The following features are potential configurations and should be confirmed for the selected Sifter Cum Multi Mill model.

  • Interchangeable milling screens
  • Different sieve mesh configurations
  • Alternative blade and beater profiles
  • Variable-speed milling arrangements
  • Vibratory or other suitable screening mechanisms
  • Dust-controlled charging systems
  • Vacuum material loading arrangements
  • Continuous product discharge arrangements
  • Portable or mobile configurations
  • Stainless steel product-contact construction options
  • Customized inlet and outlet arrangements
  • Integration with upstream and downstream processing equipment
  • Configurations based on material characteristics and production requirements

Available Capacity

Capacity: Based on Milling and Sifting Configuration

Intence Engineering’s documented general milling equipment range covers processing capacities from 10 kg/hr to 1,000 kg/hr, depending on sieve size and product characteristics. However, the operating capacity of a Sifter Cum Multi Mill depends on both the milling and screening arrangements, material flow properties, selected sieve openings, and required throughput. Model-specific capacities should be confirmed with Intence Engineering.

Intence Engineering – Sifter Cum Multi Mill Solutions

Intence Engineering offers Sifter Cum Multi Mill equipment for pharmaceutical powder processing, granule sizing, and material screening applications. By combining milling and sifting functions, this equipment category supports efficient particle preparation for downstream production processes.

Intence Engineering Pvt. Ltd. is a pharmaceutical equipment manufacturer offering Sifter Cum Multi Mill solutions for granule sizing, powder classification, de-agglomeration, and oral solid dosage manufacturing applications.

Frequently Asked Questions (FAQs)

Explore frequently asked questions about Intence Engineering’s Sifter Cum Multi Mill, including its working principle, pharmaceutical applications, sizing capabilities, and equipment configurations. Learn how combined milling and sifting operations support granule preparation, powder screening, and efficient pharmaceutical manufacturing.

01. What Is a Sifter Cum Multi Mill Used for in Pharmaceutical Manufacturing?

A Sifter Cum Multi Mill is used for granule sizing, powder screening, particle size reduction, and de-agglomeration of pharmaceutical materials. It combines milling and sifting operations to help prepare granules with suitable particle size characteristics for subsequent blending, tablet compression, and capsule filling.

A Sifter Cum Multi Mill combines mechanical milling with particle screening. In a typical arrangement, material passes through a milling section where rotating beaters or blades reduce oversized particles. The processed material is then screened through a selected sieve, separating particles according to their size. The exact processing sequence depends on the equipment configuration.

A Sifter Cum Multi Mill combines two material-processing functions into a coordinated arrangement. This can reduce intermediate material handling, improve workflow efficiency, and support consistent particle sizing. Depending on the equipment model, additional options may include interchangeable screens, variable-speed operation, dust-controlled material transfer, and portable construction.