10 ADJUSTABLE SPEED SETTINGS - 10 gears give precise control of vibration speed to match tile size and plaster thickness. - Maximum up to 15,000 rpm for efficient tile leveling and consistent results. HIGH TILE ADHESIBILITY - 5.7 inch rubber suction cup provides reliable holding power for tiles up to 200 kg. - Ideal for handling and precise leveling of tiles in the range of 30 to 210 cm. HIGHER EFFICIENCY - Cordless vibration leveling machine designed to boost productivity. - Enables tile laying to be ten times faster than conventional methods while reducing physical effort. DIGITAL DISPLAY AND LOCK DESIGN - Digital indicator clearly shows speed adjustments for easy operation. - Lock design maintains constant vibration levels during use to keep tile alignment stable. SPECIFICATIONS AT A GLANCE - Speed: 10 adjustable settings, up to 15,000 rpm - Suction cup: 5.7 inches, supports up to 200 kg - Tile range: compatible with tiles from 30 to 210 cm - Operation: cordless vibration leveling for tiles - Features: digital display, lock mechanism for constant vibration USE SCENARIOS - Large-format floor installation: When laying big tiles in a living room or commercial space, use the 10 speed settings to adapt to tile size and plaster thickness, leveraging the 5.7 inch suction cup to hold tiles steadily and achieve flat, even surfaces quickly. - Bathroom or kitchen renovations: For walls or wet areas with varying plaster thickness, operate cordless to maneuver around corners and corners-edge tiles while maintaining consistent vibration for precise alignment. - Long tile runs and outdoor projects: In hallways, patios, or balconies with tiles from 30 to 210 cm, rely on the digital display to set and maintain the correct vibration level, ensuring uniform bonding along extended runs. This device is designed to improve tile leveling efficiency, reduce physical strain, and maintain precise alignment across a range of tile sizes and plaster thicknesses, with a clear digital readout and a locking mechanism to keep settings stable during use.