Traditional tiling hasn't changed much in decades—until now. We aren't just building a better tool; we are building a smarter jobsite.
- Adam Behr
- Apr 7
- 2 min read

We are moving construction from a manual craft to a mechanical process.
The construction industry has long been limited by the physical constraints of manual labor. At Symtool Systems, we aren’t just looking for "better tools", we are re-engineering the entire workflow of high-volume tile installation through the Tile Gripper™ and our POTIS™ (Pattern Oriented Tile Installation System).
Our mission is to replace guesswork with data-backed precision. Here is the disruptive technology currently in development at our Newburgh, NY headquarters:
🎯 The POTIS™ Ecosystem: This is the "brain" of the operation. By utilizing pre-staged, algorithm-verified patterns in our Pattern Oriented Dispensing Trays, we take the complex logic of a layout and bake it directly into the system. Installers no longer "figure out" a pattern; they execute a pre-mapped grid.
🌪️ Pneumatic Intelligence: The Tile Gripper™ features a high-density, 220-port vacuum grid with industrial-grade suction cups. This isn't just about lifting; it's about control. With 3 switch-on-the-fly suction zones, operators can toggle the "grasp" in real-time, allowing for intricate adjustments at wall perimeters and irregular patterns that were previously impossible to automate.
🛠️ Mechanical Consistency: By using a transparent base plate and a configurable array of 40-200+ suction points, we ensure that every square foot is identical. This removes the variable of human fatigue and eliminates lippage, resulting in a 70% reduction in labor costs for large-scale projects like hospitals, hotels, and public infrastructure.
🚀 Scale through Technology: Our system allows a single installation team to perform with the output of three, moving up to 24 tiles simultaneously. This is how we solve the labor gap—by multiplying the capability of the workforce we already have.
The future of the jobsite is smarter, faster, and more precise.
🔗 Explore the tech: www.tilegripper.com


Comments