0 7 cft concrete mixer one bag concrete mixer

WEBER Wire Rope Hopper Concrete Mixer Machine – 10/7 CFT The WEBER Wire Rope Hopper Concrete Mixer Machine is a heavy-duty, reliable, and economical concrete mixing solution designed for construction sites requiring faster material loading and consistent concrete mixing. Its mechanical wire-rope operated hopper helps load cement, sand, aggregate, and other materials efficiently into the mixing drum, reducing manual effort and improving site productivity. Manufactured by Weber Construction Machinery, Ahmedabad, Gujarat, India, the machine is built with a strong structural frame, heavy-duty mixing drum, robust transmission system, and durable components suitable for demanding construction-site conditions. Key Features Mixer Capacity: 10/7 CFT – One Bag Capacity Loading System: Mechanical Hopper with Wire Rope Operation Heavy-Duty Mixing Drum for uniform and efficient concrete mixing Drum Cone: Heavy-duty M.S. construction Strong Base Chassis: Designed for durability and stability Heavy-Duty Frame: Suitable for continuous construction-site operation 4 Nos. Pneumatic Wheels with roller bearings for site mobility Heavy-Duty Yoke Assembly with bushes and bearings Robust Wire Rope Hopper Mechanism for easy material loading Engine / Motor Options: Available according to application requirements Easy to operate and maintain Suitable for rugged construction environments Applications The WEBER Wire Rope Hopper Concrete Mixer is suitable for: Residential and commercial building construction RCC and civil construction work Road and infrastructure projects Industrial construction Foundation and flooring work Contractors, builders and equipment rental companies Why Choose WEBER? Weber Construction Machinery focuses on manufacturing construction equipment that combines quality, durability, dependable performance, and reasonable pricing. Our Wire Rope Hopper Concrete Mixer is designed for contractors who need a practical machine capable of handling regular site operations with lower manual loading effort.