⚙ Standard Salient Features

Stand

Heavy-duty steel casting or laser-cut fabricated structure designed to provide maximum strength, rigidity, and precision finishing for stable operation.

Base

Single-piece heavy-duty steel construction ensuring superior stability, vibration resistance, and long machine life.

Rolls

High-quality chilled cast iron rolls with a surface hardness of 480–520 BHN, offering excellent wear resistance, durability, and consistent mixing performance.

Housing

Robust casted housing precision-machined on CNC / VMC machines for accurate bearing fitment, structural integrity, and extended service life.

Lubrication System

Motorized recirculating oil lubrication system designed to provide continuous lubrication to bearings and critical components, delivering superior performance compared to conventional grease cup systems commonly used in the industry.

Motor

Energy-efficient motors sourced from trusted standard brands, ensuring reliable operation, reduced energy consumption, and consistent power delivery.

Gear Box

Heavy-duty multi-stage helical gearbox engineered for smooth power transmission, low noise operation, and long-term reliability.

Safety Features

Comprehensive operator and machine safety system designed in accordance with the Code of Practice for Safeguarding of Machinery.

Standard safety provisions include:

• Emergency Stop Buttons on all sides
• Gear Covers
• Safety Trip Rod
• Chest Bar
• Rotary Joints

All safety systems are provided as standard features.

🔧 Additional Key Features

• Hydraulic or Motorized Nip Gap Adjustment
• Peripherally Drilled Rolls for efficient heating and cooling
• Variable Friction Ratio available as per process requirements
• Electromagnetic or Hydraulic Emergency Braking System
• Pneumatic or Motorized Strip Cutter
• Hydraulic Stock Guides
• Designed for continuous heavy-duty production environments

🔄 Stock Blender (Optional Attachment)

An optional hydraulic stock blender can be integrated with the mixing mill to significantly improve mixing efficiency, compound consistency, and operator convenience.

Benefits:

• Better compound dispersion
• Reduced batch temperature
• Faster mixing cycles
• Lower operator effort
• Improved cooling efficiency
• Enhanced overall productivity

A highly recommended attachment for modern rubber processing plants seeking higher efficiency and improved compound quality.

🛠 Engineered with SolidWorks

All Rubber Mixing Mills are designed using SolidWorks to ensure accurate component design, optimized assembly configuration, and precision engineering throughout the machine.

Detailed exploded-view engineering drawings are available to demonstrate complete machine construction, component integration, and manufacturing quality.

📏 Available Sizes

• 6” × 13” (Lab Mill)
• 8” × 18”
• 10” × 24”
• 12” × 30”
• 14” × 36”
• 16” × 42”
• 18” × 48”
• 22” × 60”
• 24” × 76”
• 26” × 84”
• 30” × 100”

Custom sizes and configurations can also be manufactured to meet specific production requirements.

⚡ Why Choose Our Rubber Mixing Mills

• Proven industrial performance backed by decades of manufacturing expertise
• Heavy-duty construction for continuous-duty operation
• Precision-engineered components for superior reliability
• Advanced lubrication and safety systems as standard
• Complete in-house manufacturing and quality control
• Custom-built solutions available for specialized applications
• Designed for maximum efficiency, productivity, and long service life

📩 Enquire Now

Contact us today for detailed technical specifications, machine configurations, project consultation, and a customized quotation tailored to your production requirements.