Kneader & Calendar Machines
At Dinesh Rubber and Engineering Works, we design and manufacture Kneader and Calender Machines that form the backbone of efficient rubber compounding and sheet processing operations.
Our machines are engineered to ensure homogeneous mixing, precise temperature control, and consistent material thickness, catering to industries like rubber, plastic, footwear, and automotive components.
The Kneader ensures uniform dispersion of fillers and additives in rubber or polymer compounds, while the Calender Machine converts the mixed compound into smooth, uniform sheets with controlled gauge and finish.
Together, they offer a seamless and efficient processing solution from raw material to finished sheet.


Technical Specifications
Parameter | Kneader Machine | Calender Machine |
---|---|---|
Capacity | 1 kg to 200 kg per batch | 6” × 18” to 26” × 84” |
Mixing Chamber Material | Alloy Steel, Wear Resistant | Chilled Alloy Steel Rolls |
Rotor Type | Sigma / Spiral / Custom | Two-Roll / Three-Roll / Four-Roll |
Drive System | Gear / Hydraulic | Motorized with VFD |
Heating & Cooling | Thermic Fluid / Water Jacket | Water / Steam Circulation |
Control Type | Manual / PLC Controlled | Manual / Semi-Automatic |
Motor Power | 10 HP to 200 HP | 5 HP to 150 HP |
Key Features
Superior Mixing Performance: Intensive dispersion and uniform compound blending in the Kneader.
High Precision Sheet Formation: Calenders ensure consistent sheet thickness and excellent surface finish.
Temperature Control Systems: Efficient heating and cooling systems for better material processing.
Rugged Construction: Built for long-term heavy-duty performance with minimal maintenance.
Safety & Automation: Optional PLC control for automated mixing cycles and operator safety.
Customizable Designs: Available in various sizes and configurations for specific production needs.
Our Value Additions
At Dinesh Rubber and Engineering Works, we understand that consistent quality begins with precision mixing and sheeting.
Our Kneader & Calender Machines are enhanced with:
Optimized rotor designs for faster and more uniform mixing
Energy-efficient drives to minimize power consumption
Custom roll surface finishes (mirror, matte, or textured) as per end use
Durable seals and bearings for leak-free, low-maintenance operation
Integrated automation and temperature control panels for process consistency
Applications
Rubber compounding and masterbatch preparation
Sheet formation for conveyor belts, hoses, and gaskets
Mixing of plastics, EVA, and synthetic materials
Footwear and automotive component manufacturing
Adhesive and sealant compound production