3/4” Compression x 2” CL x 3/4” Shank 4” Overall Solid Carbide 7/8” Upcut 2 Flute Router Bit

Discover the Benefits of the 3/4” Compression Router Bit

3/4” Compression x 2” CL x 3/4” Shank 4” Overall Solid Carbide 7/8” Upcut 2 Flute Router Bit

Unique carbide for longer lifetime in abrasive material. Designed for CNC applications requiring high feed rates and a clean finish.

Our Compression bits are made of a submicron carbide specially designed for use in cutting tools for highly abrasive machining applications and wear components.

With a 6% cobalt binder and 93 HRA hardness, grade HB-3 is well-suited for wear parts and cutting tools being used in non-ferrous, machining applications. It offers a homogenous microstructure and uniform grain distribution.

Precision Cutting with 3/4” Compression Router Bit

The 3/4” Compression Router Bit is designed for enhanced precision, making it an ideal choice for CNC applications. It features a solid carbide construction that ensures durability and long-lasting performance. This router bit allows for clean cuts on various materials, including wood and composites; however, users must ensure proper speed and feed settings for optimal performance. Because of its 2-flute design, this bit can efficiently remove material, resulting in smoother finishes.

Versatile Applications in Woodworking

This router bit is not just about precision; it's also about versatility. With a 2” cutting length and a 7/8” upcut design, it is excellent for a variety of woodworking projects, including cabinetry and furniture making. Many woodworkers choose this bit to achieve both rapid material removal and a flawless finish. So, whether you are a hobbyist or a professional carpenter, this router bit meets diverse needs and elevates your woodworking to the next level.

Enhance Your CNC Machine's Capabilities

Using the 3/4” Compression Router Bit can significantly enhance the capabilities of your CNC machine. It is specially designed to work well under various conditions, meaning it performs well in both soft and hard materials. Many users report faster cycle times and less tool wear when using this bit compared to standard router bits. Because of these benefits, incorporating this bit into your toolkit could lead to greater efficiency and higher-quality results in your projects.