With over 100,000 orders
With over 100,000 orders
The best tools for cutting and installing ceramic and porcelain tile depend on the tile, substrate, installation method, and cuts required. A professional setup can include measuring and layout tools, manual tile cutters, wet saws, diamond blades, trowels, mixing equipment, leveling systems, grout tools, and specialty equipment for drilling and finishing.
You do not need every tile tool for every project. The goal is to match the equipment to the material and each stage of the installation, from layout and cutting through setting, leveling, grouting, and cleanup.
Accurate tile installation starts before the first piece is cut. Tape measures, straightedges, squares, levels, chalk lines, pencils or suitable marking tools, and laser levels can help establish reference lines and transfer measurements to the tile.
Careful layout also helps identify where cuts will fall around walls, corners, fixtures, transitions, and other obstacles before installation begins.
The correct cutting tool depends on the tile material, dimensions, thickness, and type of cut. Straight cuts may be handled with a manual tile cutter, while powered diamond-blade equipment provides additional options for materials and cuts that are not suited to score-and-snap cutting.
Manual tile cutters score the tile surface with a scoring wheel before a breaking mechanism separates the tile along the score. They are commonly used for straight cuts in compatible ceramic and porcelain tile.
Because they do not require electricity or water, manual cutters can provide a fast setup for repetitive straight cuts. Cutter capacity, scoring system, breaking force, and material compatibility vary by model.
See our guide to cutting tile with a manual tile cutter for the complete process.
Wet tile saws use a diamond blade and water-delivery system to cut tile. Depending on the saw and blade, they can be used for straight cuts, diagonal cuts, narrow strips, notches, and other applications that may be difficult or impossible with a manual score-and-snap cutter.
When selecting a saw, compare its cutting capacity, cutting depth, blade requirements, water-management system, material support, and portability with the tile being installed.
Our wet tile saw buying guide explains the major features to compare.
Bridge tile saws use a cutting head that travels along an overhead structure while the tile remains supported on the machine. Models with longer cutting capacities can be particularly useful for large-format porcelain and other oversized tile.
Browse our bridge tile saws or see our bridge saw vs. sliding-table tile saw comparison for more information about choosing between saw designs.
Tile nippers remove small sections of material rather than producing the long straight cut of a manual cutter or tile saw. Depending on the nipper and tile, they can be useful for trimming, shaping, and making small adjustments where a larger cutting machine is impractical.
A powered tile saw is only part of the cutting system. The diamond blade must also be compatible with the tile material, saw, blade diameter, arbor, maximum RPM, and required wet or dry operating method.
Different blade designs are available for porcelain, ceramic, glass, stone, and other materials. Use our diamond blade buying guide to compare the factors that matter when selecting a blade.
Diamond core bits are used to create openings for plumbing, fixtures, fasteners, and other penetrations in tile. Choose the bit according to the material, required hole diameter, tool, and whether the bit is designed for wet or dry drilling.
A suitable mixing drill and paddle help prepare mortar and other cementitious installation materials according to the material manufacturer's instructions. Mixing speed, water quantity, mixing time, and required resting or remixing periods depend on the specific product being used.
Notched trowels are used to comb mortar over the prepared substrate. Trowels are available with different notch shapes and dimensions, and the appropriate selection depends on factors such as tile size, tile backing, substrate conditions, and the mortar manufacturer's requirements.
The objective is not simply to use a larger notch for a larger tile. The trowel and installation technique need to produce the mortar coverage required for the particular installation.
A margin trowel is useful for handling mortar in smaller areas, working around edges and obstacles, scraping containers, and other tasks where a full-size notched trowel is cumbersome.
Tile spacers help maintain planned joint spacing between adjacent tiles. Available dimensions and designs vary depending on the desired grout joint and installation layout.
Tile leveling systems use components such as clips with wedges or caps to help control height differences between adjacent tiles while the setting material cures. They supplement proper substrate preparation, mortar coverage, and installation technique rather than replacing them.
They can be particularly useful with larger tile, where controlling adjacent tile edges across a broad surface becomes increasingly important.
Levels and straightedges help installers check the developing tile surface and maintain the intended plane, slope, and alignment. They are also useful during substrate evaluation before tile installation begins.
Depending on the installation system, appropriate beating tools can help bed tile into mortar. Follow the tile and setting-material manufacturer's recommendations, particularly when working with large-format, thin, textured, or otherwise specialized tile.
Large-format tile can require additional equipment because the material becomes more difficult to support, move, position, and cut as its dimensions increase.
Depending on the tile, installers may use large manual cutters, modular rail cutters, guided electric cutting systems, bridge saws, work tables, suction cups, carrying frames, and other handling equipment designed for oversized material.
See our guide to cutting large-format tile for a closer look at the available cutting methods.
A grout float is used to work grout into the joints between installed tiles. Float design and material vary, so choose one appropriate for the grout and tile being installed.
Sponges, buckets, wash systems, and other grout-cleaning tools help remove residue and shape joints during the grout manufacturer's specified cleaning process. Timing and cleaning procedures vary with the grout product, so follow its instructions rather than relying on a universal cleanup schedule.
A basic ceramic or porcelain tile project may require measuring and layout tools, a suitable tile cutter or saw, the correct diamond tooling when powered cutting or drilling is needed, mixing equipment, trowels, spacers, leveling equipment where appropriate, and grout installation and cleanup tools.
The exact list changes with the project. Large-format porcelain, mosaics, glass tile, natural stone, shower installations, and other specialized applications can require additional cutting, handling, substrate preparation, waterproofing, or finishing equipment.
Start with the tile and installation rather than buying tools from a generic checklist. Consider the material, tile dimensions, thickness, substrate, required cuts, installation area, setting materials, grout, and frequency of use.
Professional installers may also place greater emphasis on cutting capacity, repeatability, durability, portability, replacement parts, and compatibility with the other equipment they already use.
Tile This carries professional equipment for cutting, setting, leveling, and finishing ceramic and porcelain tile. Start with our manual tile cutters and bridge tile saws, or use our tile cutting tool guide to compare cutting methods before choosing your equipment.