TOTAL THT578002 800mm Extreme-Duty Manual Tile Cutter (16mm Capacity)

The TOTAL THT578002 is an extreme-duty 800mm manual tile cutter engineered specifically for thick, large-format porcelain and heavy commercial tiling. Boasting a massive 16mm cutting thickness, it utilizes an aluminum die-cast handle and a 22x6x2mm tungsten carbide ball-bearing blade. Anchored by a colossal 1015x200mm steel base weighing 12kg, it is the ultimate precision sizing tool for professional masonry teams.

Command absolute dominance over the heaviest, largest porcelain tiles on the market with the TOTAL THT578002 Extreme-Duty Manual Tile Cutter. For premium architectural projects in Pakistan utilizing thick, imported large-format porcelain, standard cutting equipment is a massive liability. You require the highest echelon of manual cutting power—a machine that combines massive reach with uncompromising, bone-crushing plunging capability.

The THT578002 is the ultimate 800mm titan in the manual lineup. It matches the extended 800mm cutting length with a devastating 16mm maximum thickness capacity. The structural foundation is a colossal 1015x200mm steel base, driving the total weight of the machine to a highly stable 12kg. When the operator pulls down the heavy-duty aluminum die-cast handle, the 22x6x2mm tungsten carbide ball-bearing blade delivers a flawless, incredibly deep score into the hardest porcelain glazes, ensuring a mathematically perfect snap every single time.

• Browse rapid fabrication gear in [Power Tools].
• Shop essential high-speed cutting equipment under [Saw & Cutters].
• Compare extreme porcelain scoring in our [Tile Cutters] collection.

Key Features:

• 16mm Extreme Depth Capacity: The absolute pinnacle of manual plunging force, designed specifically to conquer ultra-thick commercial outdoor porcelain.
• 1015x200mm Steel Base: The extended, heavy-gauge steel chassis completely neutralizes vibration and flexing during the high-stress snapping process.
• Tungsten Carbide Ball-Bearing Blade: Engineered to roll flawlessly under extreme downward pressure without dulling against high-density masonry glaze.