DRILLCO 95CT244 1.11/16" x 3/16" DOC Carbide Tipped Hole Cutter

Cutting Tools

Overview The DRILLCO 95CT244 is a high-performance carbide-tipped hole cutter designed for precision cutting in a variety of applications. With a diameter of 1.11/16 inches and a depth of cut (DOC) of 3/16 inches, this tool is ideal for use in hard rock drilling environments, including mining, geothermal energy, and civil engineering projects. Manufactured by Drillco, a leader in drilling technology, this hole cutter combines durability and efficiency to deliver exceptional performance.

Key Features

• Carbide Tipped: Enhanced cutting edge for increased durability and longer tool life, ideal for challenging materials.
• Precision Design: Engineered for accurate hole cutting, ensuring minimal material loss and maximum efficiency.
• Versatile Application: Suitable for use in various industries, including mining, quarries, and construction.
• Optimal Depth of Cut: Designed with a DOC of 3/16 inches, allowing for effective penetration in hard substrates.
• Global Expertise: Backed by Drillco's extensive experience and focus on innovative drilling solutions.

Applications

• Mining Operations: Perfect for drilling in hard rock formations where precision and durability are crucial.
• Geothermal Energy Projects: Facilitates efficient drilling for geothermal installations, maximizing energy extraction.
• Civil Engineering: Used in infrastructure projects requiring accurate hole cutting for foundations and structural supports.
• Quarrying: Ideal for producing clean holes in stone and other hard materials, optimizing material extraction processes.

Benefits

• Increased Efficiency: The carbide-tipped design reduces wear and tear, allowing for longer usage between tool changes.
• High Reliability: Proven performance in demanding environments, ensuring consistent results and reduced downtime.
• Cost-Effective Solution: Designed to minimize operational costs through enhanced durability and reduced maintenance requirements. --- Product information compiled with AI assistance for reference purposes.