Floor grinders are machines used to treat the surfaces of concrete, stone, and other flooring materials.
Unlike traditional models, which mount the grinding discs externally on the bottom of the machine, built-in floor grinders house the grinding disc assembly inside the machine body, creating a compact design.
Structural Features
The core of the internal design lies in the placement of the grinding discs inside the machine’s housing. The housing serves both protective and dust-collection functions; dust generated during grinding is collected by the vacuum system within the housing, minimizing its spread into the surrounding area. The grinding disc assembly is driven by an internal transmission mechanism, with power transmitted from the motor to the grinding discs.
Operating Principle
As the machine moves forward, the built-in grinding discs rotate to grind the floor surface. Because the grinding discs are located inside the machine body, the machine’s center of gravity is relatively centralized, resulting in a smooth and stable feel when pushing it. A specific gap is maintained between the housing and the ground, allowing the grinding discs to operate without hindering the machine’s movement.
By “hiding” the grinding discs inside the machine body, the built-in floor grinder establishes its own unique operating method in terms of structural compactness and dust control.
Translated with DeepL.com (free version)
Previous Page
Aug 18,2026
The Trend Toward Smart Floor Grinders
Aug 18,2026
Main Applications of Floor Grinders
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Classification and Drive Systems of Floor Grinders
Sep 20,2026
Grinding Discs Hidden Inside the Machine: How Built-In Floor Grinders Work
Sep 20,2026
Compact Layout: Body Design of the Built-in Floor Grinder