Versatile Application: This milling machine is designed to mix and homogenize powder formulations from a variety of materials, including chemicals, medicines, polymers, and others, making it a vital tool for a wide range of industries.
High-Efficiency Design: Improves output by processing materials more efficiently than alternative powder processing equipment with comparable horsepower, so it increases productivity.
Fast and Simple Cleaning: The entire working portion and blade assembly may be quickly removed and rebuilt without the need for special equipment, speeding up maintenance and maintaining cleanliness.
Stainless Steel Contact Parts: These pharmaceutical milling machines are made of sturdy, corrosion-resistant stainless steel and provide optimal cleanliness for sensitive applications.
Compact and Portable: The Model 44-0 has a footprint of less than 9 square feet and is mounted on casters for mobility, making it perfect for space-constrained environments.
Minimal Maintenance: The unique spindle design includes better bearing seals, which extends equipment life and reduces maintenance requirements.
Technical Specifications: Includes a 5 HP motor, 10-inch rotor diameter, variable pulley drive rates, a 160-square-inch screen area, and 14 knives (blades) for optimal tablet manufacturing.
Wide Material Processing Range: Can handle a wide range of materials, enhancing utility in industries such as nutraceuticals, pharmaceuticals, and chemical manufacture.
Increased Production Capacity: Processes materials at rates that frequently outperform competing models, increasing throughput and operating efficiency.
Ease of Maintenance: Simple cleaning and maintenance processes save time and reduce downtime, making it suitable for high-volume tablet manufacturing gear.
Long Product Life: Durable design and corrosion-resistant materials assure longevity, resulting in a significant return on investment.
Space-Saving and Mobile: Designed for facilities with limited space, the movable, compact design allows for easy repositioning as production requirements change.
Reduced Operating Costs: An efficient design with minimal maintenance requirements contributes to lower operational costs over time.
Precision and Control: Multiple speed settings and a large screen area allow for exact control while milling and homogenizing powder compositions, resulting in improved product consistency.
