45° Tile Bevel Cutter, Portable Tile Chamfering Machine, Cooling Double Water Spray Port Device, Thickness Adjustable, for Wooden Boards

This tile chamfering machine has an adjustable thickness precision system with three types of edge retaining pressure plates. It has a durable and lightweight construction made of forged aluminum alloy with a thickened and widened design, resistant to wear, rust, and corrosion. It's highly versatile, compatible with materials like tiles, wood, and thin metals, and pairs well with an angle grinder(Not included) for efficient and precise chamfering. Name:Electric Tile Chamfering Machine Material: aluminum alloy Chamfer type: 45°/ Haitang jiao splicing Saw blade diameter: maximum diameter 120mm Product features: Cut chamfered tiles, marble, wood, etc. Package Size: 52*25*23cm Weight: 4kg Included Components: 1*Electric Tile Chamfering Machine 1*Connectors 1*Adapter 1*Elbow Screwdriver 1*1 Meter Transparent Water Pipe + Valve 1*Double End Wrench 1*1-3 Mm Spacer (Can Pour Begonia Angle)

• 【Construction】The body of this Tile Chamfering Machine is made from a single piece of forged aluminum alloy, featuring a thickened design for lightweight durability. This construction offers resistance to wear, rust, and corrosion, ensuring long-lasting performance.
• 【Material Compatibility】This versatile Chamfering Machine is suitable for tiles, wood, and thin metals, allowing seamless operation on various surfaces without material restrictions.
• 【Adjustable Thickness Precision】Equipped with three edge-retaining pressure plates, this machine lets you control margins of 1mm, 2mm, and 3mm, ensuring accuracy and professional results tailored to your specific needs.
• 【Efficient Cooling】The dual-spray nozzle cooling systems rapidly cools the saw blade and reduces dust, preventing damage during chamfering and enhancing efficiency.
• 【Stable Operation】Designed with dual handles and a closed shell, this Chamfering Machine offers stability and safety, with ergonomic grips for better control and reduced slippage during use.