The E.M.C Slant Cone Blender, engineered with an innovative double-cone design and a 20–30-degree asymmetric inclined axis, is the premier solution for achieving absolute recipe integrity in powdered materials. It is ideally suited for Food (Spices, infant formula, additives), Pharmaceuticals (Sensitive active ingredients), Chemicals, and Minerals. By facilitating a high-energy cross-flow tumbling motion (Left-to-Right and Bottom-to-Top), this blender prevents particle segregation while ensuring rapid homogenization—the ultimate choice for producers requiring maximum uniformity and operational throughput.
Technical Specifications & Excellence:
• Precision Drive System: Powered by a heavy-duty motor integrated with a high-efficiency helical gearbox and a Siemens inverter, allowing bi-directional speed modulation. An electromagnetic brake ensures precise stop-to-position accuracy for loading and unloading.
• Advanced Control Logic: Features an industrial PLC and HMI touchscreen for seamless management of rotation cycles, intervals, and direction.
• High-Sealing Pneumatics: Equipped with German Festo actuators and valves for the loading/unloading ports, ensuring a clog-free and hermetically sealed material flow.
• Hygienic Construction: The mixing chamber is fabricated from pharmaceutical-grade 316L Stainless Steel, supported by a robust ST37 chassis with an anti-corrosion coating (Full stainless-steel construction optional).
• Expert Support: Includes complimentary installation and professional training by experienced E.M.C engineers.
Backed by a 14-month warranty and 10-year after-sales service, the Slant Cone Blender is a strategic asset for superior product quality.
Application
"Mixing of finest pharmaceutical, chemical,
and food materials"
Weighing Accuracy
±50 g
Weighing System
Included
Load Cell
Included
Pneumatic Equipment
Festo
Control
PLC
Motor
125/7.5 KW Motor and Helical Gearbox
Input Hopper
1500 Liters
Discharge Gate
Pneumatic
Access Gate
Included
Material Inlet
"Slide and Screw (Auger) types based on
material characteristics"