Background

The QEP 10552 20 Inch Professional Tile Cutter is a tool used for cutting various types of tiles. This tile cutter is capable of cutting ceramic, porcelain, and glass tiles up to 20 inches in square or up to 14 inches diagonally. It is made with materials such as aluminum alloy and rubber.

The tile cutter is equipped with a 7/8 inch tungsten carbide cutting wheel and a linear ball bearing system, which allows for a smooth sliding action during operation. It also includes chrome-plated steel guide rails with rubber bumpers. The cutter provides an adjustable rip guide for making cuts at different angles. It has rubber pads used to protect the tiles during the cutting process. The device is designed to be compact and lightweight. To use the tile cutter, the tile is positioned on the rubber pads and the cut line is aligned with the cutting wheel. The lever is then pulled down smoothly to score the tile. Increasing downward pressure will snap the tile along the scored line. When necessary, the cutting wheel and guide rails can be removed and replaced.

Technical Specifications

  • Manufacturer: QEP
  • Part Number: 10552
  • Weight: 5.88 pounds
  • Dimensions: 7 x 27 x 4.5 inches
  • Model Number: 10552
  • Materials: Aluminum alloy, rubber
  • Package Quantity: 1 tile cutter
  • Cutting Capacity: 20 inch for tiles up to 20 inches square or 14 inches diagonally
  • Cutting Wheel: 7/8 inch tungsten carbide
  • Sliding System: Linear ball bearing for smooth action
  • Guide Rails: Chrome plated steel with rubber bumpers
  • Guide Adjustment: Adjustable rip guide for angled cuts
  • Protection: Rubber pads to protect tiles during cutting
  • Design: Compact and lightweight

Warranty

The QEP 10552 20 Inch Professional Tile Cutter offers a 1-year manufacturer's replacement warranty. This warranty covers any defective parts in the product. If you discover a defect in any part of the tile cutter during the warranty period, you can claim the warranty by contacting QEP customer service, who will arrange for a replacement of the defective part.