Professional RUBI Tile Cutters
RUBI Tile Cutters provide manual and guided cutting solutions for compatible ceramic, porcelain, and large-format tile. The range includes traditional score-and-snap cutters as well as modular rail cutting systems for oversized tile and porcelain panels. Cutting length, breaking force, scoring wheel compatibility, material support, and operating features vary across RUBI cutter series, allowing installers to select equipment suited to different tile formats and cutting requirements.
Types of RUBI Tile Cutting Systems
RUBI Manual Tile Cutters
RUBI manual tile cutters use a scoring wheel and mechanical breaking system to score and separate compatible tile without electricity or water. Series such as FAST, HIT, RCH, SPEED, TK, TR, TS, TX, and TZ provide different cutting capacities, breaking systems, guide configurations, and features for professional tile installation.
RUBI Porcelain Slab Cutters
RUBI also offers modular rail cutting systems for compatible large-format tile and porcelain panels. Guide rails establish the cutting path across the supported material, while scoring and breaking components provide an alternative to conventional manual cutters when greater cutting length is required.
RUBI Tile Cutters for Porcelain & Large-Format Tile
RUBI offers cutters for compatible ceramic and porcelain tile across a range of dimensions and thicknesses. Dense porcelain can require suitable scoring wheels and greater breaking capability, while large-format tile may require extended cutting capacity and additional material support. Oversized panels can instead require a modular rail cutting system designed for slab and panel formats.
Choosing the Right RUBI Tile Cutter
Compare RUBI tile cutters based on tile material, thickness, straight and diagonal cutting capacity, scoring wheel compatibility, breaking system, material support, portability, and intended use. For oversized tile and porcelain panels, also consider whether an extended manual cutter or modular rail system provides the appropriate capacity for the material dimensions.