2-in-1 Battery Tile Vibrator & Suction Cups Compatible with Makita 18 V Battery, Tile Vibrator with 22.5 x 12 Suction Cup, 250 kg Adsorption, 9 Gears Adjustable for 0.3-1.8 m Tiles, Wall Tiles Battery Not Included

• Exceptional adhesive force: This medium tile vibrator has a 22.5 × 12 cm suction cup that effortlessly fixes tiles weighing up to 250 kg. It ensures a secure grip even on textured surfaces. One-touch start and automatic locking technology eliminates permanent hand pressure - this reduces fatigue during long laying jobs.
• Professional level vibration frequency: the improved tile machine works with a high frequency of 25,000 rpm and offers 9 adjustable speed levels to precisely adjust the vibration intensity. It easily handles everything from delicate 30cm mosaics to heavy 180cm panels.
• Easy handling of different materials: Designed for demanding projects, this tile vibrator combines industrial-grade robustness with precise control. Its suction cups adhere reliably to technical surfaces, even on rough or textured surfaces, while gripping edges firmly fix tiles. Multi-purpose: kitchen worktops, stone patios in the garden, wood effect floors, bathroom mosaics, uneven stone walls.
• Professional ergonomic design: the double-click ventilation button prevents accidental triggering. The integrated spirit level allows precise, even tile laying without additional tools. The non-slip handle with built-in damping spring prevents tool slipping and ensures a secure grip.
• Battery compatibility: Our battery suction lifter is compatible with Makita 18 V max lithium-ion batteries, such as BL1820, BL1830, BL1840, BL1850, BL1860 etc. ️Note: Batteries not included. To prevent possible damage caused by strong vibrations, use only original or special batteries.
• Important note for size check: This tile vibrator has a special suction cup (22.5 x 12 cm), designed for tiles from 30 cm to 180 cm. Be sure to measure your tiles against the plunger dimensions before you buy - a fitted size is critical for smooth operation and optimal results.