KRUTZ RVS25R Vibrator Screed
The KRUTZ RVS25R Vibrator Screed is a professional concrete finishing machine designed for levelling, vibrating and compacting freshly poured concrete to achieve a smooth, uniform and durable surface. It is suitable for construction projects involving concrete floors, slabs, pavements and other large-area concrete surfaces.
Powered by a 1.2 kW Robin petrol engine and equipped with a flexible shaft drive system, the RVS25R delivers consistent vibration for efficient concrete consolidation and surface levelling. Its robust construction and practical design make it suitable for demanding construction and flooring applications. The machine is listed by Trident Machinery Corporation as a Made in India vibrator screed with mild-steel construction and automatic operation.
The RVS25R concrete vibrator screed helps reduce manual effort while improving the uniformity and finish of concrete surfaces, making it a practical solution for contractors, builders and concrete flooring professionals.
Key Features:
1.2 kW Robin petrol engine
Flexible shaft drive system
Approx. 5,200 RPM maximum speed
Robust mild-steel construction
Automatic operation
Designed for concrete vibration and surface levelling
Helps achieve a smooth and uniform concrete finish
Suitable for construction and flooring applications
Made in India
Applications:
Concrete floor levelling
Slab and pavement construction
Concrete surface finishing
Floor and foundation work
Road and construction projects
Large-area concrete pouring
General civil construction applications
Technical Specifications:Model: RVS25R | Type: Vibrator Screed | Engine: Robin | Engine Power: 1.2 kW | Drive System: Flexible Shaft | Maximum Speed: 5,200 RPM | Construction: Mild Steel | Operation: Automatic | Country of Origin: India.
Trident Machinery Corporation (KRUTZ) has been manufacturing construction machinery since 1971 and offers a range of vibrator screeds, concrete vibrators, power trowels, compactors and other construction equipment from Bengaluru, Karnataka.
