BowLift | Diamond Tile Cutter Blades

This tile cutter is designed to work seamlessly with all conventional T-shank saw machines equipped with a guide rail.

Ideal for achieving precision cuts and intricate shapes. Produce neat and exact cutouts in your tiles.

Excellent for processing tiles without chips or mess. The ideal blade for cutting and making holes in tiles, guaranteeing a flawless installation of switches and outlets.

FEATURES

• Designed for cutting  rigid materials such as porcelain and ceramic tiles
  
• Heat-treated alloys ensure remarkable stability
  
• High-quality, long-lasting diamonds for precision cutting
  
• Diamonds securely bonded using a premium soldering method to eliminate the risk of detachment
  
• Sturdy and accurate blade for fast cutting
  
• Easy to clean after use with water or a hose

INSTRUCTIONS

• Insert the DIAMOND tile cutter blade into your saw machine in the same manner as a standard blade.
• Before cutting the ceramic tile, submerge it in water for approximately 4-5 minutes (this will extend the life of the bit and minimize harmful dust).
• Place the soaked tile on two wooden planks (to provide clearance for the diamond tile cutter blade), ensuring the finished side is facing downward, and drill a hole with a minimum diameter of Ø 3/16 (4mm) into the tile along the cutting line. The holes should be within the area designated for removal.
• Insert the tile cutter into the hole and carefully carve out the desired shape by applying the saw machine's guide system against the uncoated side of the bit [use moderate pressure to prevent breaking the diamond tile cutter]. High or very high speeds are preferable.

SPECIFICATIONS

• Material: Solder diamond
• Size: 4 inches
• Color: as displayed
• Packaging: 1 * diamond tile cutter blade

NOTES

Please be aware that there may be slight variations in measurements due to manual measuring techniques.

The actual color of the product may differ slightly from the colors shown in the images, due to varying monitor settings and lighting conditions.