MJ Enterprise produces precision components for a wide range of pharmaceutical machinery, ensuring consistent quality, dimensional accuracy, and compliance with industry standards. Applications include:

• Blending Equipment Components
  We machine drive shafts, mixing blades, and other components used in pharmaceutical blenders. Manufactured from corrosion-resistant materials, these parts help ensure uniform mixing and easy cleaning while maintaining product integrity.
• Capsule Filling Machine Parts
  MJ manufactures precision components such as dosing discs, filling nozzles, and alignment pins for capsule filling systems. All parts are machined to tight tolerances to support accurate dosing and efficient, repeatable performance.
• Centrifuge Components
  Centrifuge parts such as containment vessels, drive hubs, and rotors are produced from high-strength stainless steels. These components are machined to perform reliably under high-speed rotation and support contamination-free separation processes.
• Coating Equipment Parts
  We supply machined parts including spray arms, nozzles, drum supports, and baffles used in tablet coating machines. Built from wear- and corrosion-resistant materials, these parts ensure even coating and extended service life.
• Filling Line Components
  MJ Enterprise manufactures sanitary-grade parts for liquid and powder filling equipment, such as pistons, valves, and nozzles. These components support sterile and contamination-free filling, essential for batch consistency and regulatory compliance.
• Milling Machine Components
  For size reduction processes, we supply grinding plates, screens, and rotary blades machined from abrasion-resistant steels and polymers. These parts are built for long service life in continuous powder processing environments.
• Tablet Press Machine Parts
  We produce punches, dies, cams, and pressure rollers for rotary tablet presses. Our components are precision-machined from high-strength tool steels to ensure accurate compression, tablet uniformity, and efficient machine operation.