• High-Speed Operation: Variable speed drive allows for adjustment based on material characteristics.
• Sturdy Construction: Made with high-grade stainless steel (SS 304/316) for durability and hygiene.
• Multiple Blade Options: Interchangeable screens and beaters enable customized processing.
• Easy Cleaning & Maintenance: Tool-free dismantling of parts for fast cleaning and changeover.
• Compact Design: Space-saving structure suitable for large-scale production environments.

• Motor: 1 – 7.5 HP (customizable)
• Output: Up to 200 kg/hr (depending on product and screen)
• Screen Diameter: 250 – 300 mm
• Material of Construction: SS 304/316
• Safety Features: Overload protection, interlocking system

• Uniform output with minimal fines
• Dust-free operation with optional dust extractor
• Energy-efficient and operator-friendly design

• Pharmaceutical granulation and pulverization
• Food ingredient size reduction
• Cosmetic material blending
• Chemical powder processing

Selective Features to Opt in Multi Mill

• AC frequency drive for variable speed.
• Belt less Drive.
• Inline milling process with HSMG and Sifter.
• Flame Proof electrical.

Industries That Use Multi Mills

Pharmaceutical Industry

• Wet and dry granulation before tablet compression
• Pulverizing of raw materials (API and excipients)
• Blending and homogenizing powders
• Rework of tablets (grinding defective tablets back into powder)

Chemical Industry

• Pulverizing dyes, pigments, and powders
• Size reduction of catalysts and chemicals
• Granulation of materials for easier handling or reaction control

Food & Beverage Industry

• Grinding of spices, herbs, and condiments
• Crushing and mixing of food powders (e.g., cocoa, sugar)
• Preparing premixes and seasonings

Cosmetic Industry

• Mixing and milling of powders used in makeup, skincare, etc.
• Homogenizing herbal extracts and creams (in powder form)
• Processing raw materials like clays and binders

Ayurvedic & Herbal Industry

• Grinding leaves, roots, barks into fine powders
• Making herbal granules for capsules or tablets
• Blending of natural ingredients

Agriculture & Fertilizer Industry

• Pulverizing seeds, grains, roots
• Granulating organic or chemical fertilizers
• Processing animal feed components

Pesticide & Insecticide Industry

• Grinding powders for dusting agents
• Pre-processing materials for spray formulations
• Preparing fine chemical blends

Detergent & Soap Industry

• Milling detergent powders and soap bases
• Granulating raw materials for uniform product mixing

Choosing a Multi Mill (commonly used in pharmaceutical, chemical, cosmetic, and food industries) requires evaluating several factors to ensure it meets your production and material handling needs. Here’s a comprehensive guide on how to choose a Multi Mill:

✅ Purpose of Use

• Material Type: What material are you processing—powder, granules, wet mass?
• End Goal: Are you doing size reduction, granulation, pulverization, or mixing?

✅ Capacity Requirements

• Batch Size: Choose based on your average and peak batch sizes.
• Output per Hour: Typical multi mills range from 50 to 200 kg/hr or more.
• Ensure the motor and sieve can handle your expected throughput.

✅ Design and Construction

• GMP Compliance: Crucial for pharmaceuticals—ensure it’s built with SS 304 or SS 316 stainless steel.
• Contact Parts: Must be made of food/pharma grade steel.
• Ease of Cleaning: Look for quick dismantling design for easy cleaning and changeover.

✅ Blades and Screens

• Rotor Design: Knife, impact, or screen type depending on your application.
• Screen Types: Hole size (0.25 to 12 mm) affects granule size—choose based on your required fineness.
• Look for interchangeable screens for flexibility.

✅ Motor and Drive

• Motor Power: Commonly 1–5 HP motors—more for industrial-scale operations.
• Variable Speed Option: VFDs allow better control of processing speed.

✅ Safety Features

• Mechanical Safety: Ensure the machine has overload protection, emergency stop, and safety guards.
• Electrical Safety: Check for compliant electrical systems and grounding.

✅ Automation and Controls

• Manual vs Automatic: Decide if you want a semi-automatic or fully automatic setup.
• PLC Integration: For better control in automated plants.

✅ Mobility and Mounting

• Caster Wheels: Required if you need to move it around frequently.
• Fixed Base: Better for vibration control in a permanent setup.

✅ Brand and After-Sales Support

• Choose Masterly® Engineering a reputable manufacturer with:
  • Proven track record in your industry
  • Availability of spare parts
  • Service support and documentation

✅ Cost vs Value

• Don’t just compare price—evaluate value over time, including durability, support, and downtime.

📝 Questions to Ask the Masterly Engineering as your preferred Supplier

• Can you provide performance validation data?
• What sieves and rotors are available?
• What are the lead time and warranty terms?

Key Differences: