Specially designed combination of sharp cutting edges for easy penetration. 3858-PQ P9000 series high-precision milling inserts, suitable for difficult-to-cut materials. 17° rake angle with patented float. 3858-PQ P9000 Series for high productivity cutting. 3858-PQ P9000 series is suitable for difficult-to-cut materials and special alloys.

3858-PQ P9000 series high-precision milling inserts, suitable for difficult-to-cut materials. Specially designed combination of sharp cutting edges for easy penetration. Set the level to produce a multi-chip cutting profile and reduce cutting forces. 3858-PQ P9000 series is suitable for difficult-to-cut materials and special alloys. 17° rake angle with patented float.

3858-PQ P9000 series high-precision milling inserts, suitable for difficult-to-cut materials. 17° rake angle with patented float. 3858-PQ P9000 Series multi-chip performance. 3858-PQ P9000 series is suitable for difficult-to-cut materials and special alloys. Specially designed combination of sharp cutting edges for easy penetration.

3858-PQ P9000 series high-precision milling inserts, suitable for difficult-to-cut materials. 17° rake angle with patented float. 3858-PQ The P9000 series is a high-precision milling band saw blade. 3858-PQ P9000 Series gold metal cutting bi-metal band saw blades. 3858-PQ P9000 series is suitable for difficult-to-cut materials and special alloys.

17° rake angle with patented float. 3858-PQ The P9000 series is a high-precision milling band saw blade. Specially designed combination of sharp cutting edges for easy penetration. 3858-PQ P9000 Series multi-chip performance. 3858-PQ P9000 series is suitable for difficult-to-cut materials and special alloys.

17° rake angle with patented float. Provides longer service life for users looking for high removal rates and fast cutting. 3858-PQ P9000 Series for high productivity cutting. Specially designed combination of sharp cutting edges for easy penetration. Set the level to produce a multi-chip cutting profile and reduce cutting forces.

Use the same blade to cut "easy" or difficult materials - no need to change blades. Extremely high wear resistance – extends blade life. Extremely high heat resistance – for faster cutting and operating flexibility. 3859 Carbide Easy-Cut EZX outperforms regular bimetal blades in applications. Extremely easy to use – can be used in the same applications as bimetal.

With Easy-Cut Xtreme blades, you can cut faster when you need to. Reduce downtime by reducing blade changes and reduce blade inventory. Extremely high wear resistance – extends blade life. Use the same blade to cut "easy" or difficult materials - no need to change blades. HUGE COST SAVINGS – Lower cost per cut due to higher cutting performance.

Use the same blade to cut "easy" or difficult materials - no need to change blades. Extremely high wear resistance – extends blade life. 3859 Carbide Easy-Cut EZX upgrades bimetal to carbide. Extremely high heat resistance – for faster cutting and operating flexibility. 3859 Carbide Easy-Cut EZX outperforms regular bimetal blades in applications.

Extremely high heat resistance – for faster cutting and operating flexibility. Reduce downtime by reducing blade changes and reduce blade inventory. Extremely easy to use – can be used in the same applications as bimetal. With Easy-Cut Xtreme blades, you can cut faster when you need to. 3859 Carbide Easy-Cut EZX upgrades bimetal to carbide.