CS Unitec Plate Cutter, Carbide Tipped, 3" dia., 12" usable length, 14-3/4" overall length, 1-1/4" x 7" hub thread size

CS Unitec Plate Cutter, Carbide Tipped, 3" dia., 12" usable length, 14-3/4" overall length, 1-1/4" x 7" hub thread size Product Guide

The CS Unitec Plate Cutter is a carbide-tipped cutting accessory designed to be mounted on core drills for cutting steel plates, embedded rebar, and wire mesh. It addresses the challenge of efficiently severing steel reinforcements within concrete structures during drilling or demolition tasks.

In practical rental or jobsite use, this plate cutter is typically employed when a drilling operation encounters steel components embedded in concrete that require clean cutting to maintain drilling progress or prepare openings. Compatible with both wet and dry cutting methods, it supports operations that may involve water cooling to manage dust and bit temperature or dry cutting where water use is restricted.

Where This Is Used

• Cutting steel plates in construction or fabrication setups
• Severing embedded rebar during concrete coring or demolition
• Cutting through wire mesh reinforced concrete

Key Details

Selection Notes

When choosing this plate cutter, confirm that the host core drill supports the 1-1/4" x 7 hub thread size to ensure secure mounting. The 3" blade diameter suits cutting narrow profile steel elements such as rebar and mesh within concrete, but for larger steel sections a different cutter size might be required. Consider whether wet cutting is feasible on site to extend blade life and reduce dust. The 12" usable blade length allows penetration through typical steel reinforcement thicknesses, but deeper steel segments may need multiple passes or alternative tooling. Because the cutter is intended for tough materials, it withstands rough use, but you should inspect the carbide tips for wear damage before and after jobs.

Setup Requirement Notes

Before operation, verify the thread size on the core drill spindle matches the cutter's 1-1/4" x 7 hub thread to ensure proper attachment and torque transfer during cutting. When using wet cutting, establish a water feed system compatible with the core drill to manage heat and dust. For dry use, monitor blade temperature and wear more closely since absence of water can increase bit degradation. It is important to confirm the core drill provides adequate power and stability to support the cutter during high-torque cutting through steel. Routine checks of blade sharpness and connection security reduce the risk of damage or operational delays.