Freud UP230-IC 3-15/16" x 3/8" x 1-1/4" Backcutter For 2+2 Advanced Cutter Design

Freud UP230-IC 3-15/16" x 3/8" x 1-1/4" Backcutter For 2+2 Advanced Cutter Design

Today’s high production manufacturing plants demand reduced applied tooling costs and premium finishes. With the introduction of Freud’s next generation of Industrial Raised Panel Insert Shaper Cutters for enthusiast and manufacturing environments, these shaper cutters feature 2+2 shear technology and a replaceable insert design for unmatched flawless finishes and longer life. These innovative, new shaper cutters feature the latest in advanced shear technology design and Freud made TiCo™ Hi-Density Carbide knives designed for superior quality finishes in wood for maximum life and performance. Freud’s advanced geometries take the outdated brazed technology of the past to an entirely new level by introducing a interchangeable sharpener friendly 2.0mm TiCo™ carbide cutter knives.

Features

Application: Designed to be used with Freud's 2+2 advanced cutter when cutting 3/4" stock. Use the 1-1/4" bore cutters with Panel Cutters UC200-IC through UC208-IC. Use 3/4" bore cutters with Panel Cutters UC200-IC through UC208-IC. These cutters leave a decorative profile on the back side of the panel making the panel flush with both the front and back of the rails and stiles.
Ideal For: Ideal for a decorative profile on the back side
Advanced 2+2 Cutting Design includes two large cutters that shear upward and two smaller cutters that shear downward for splinter-free, flawless finishes.
Red Anodized Protective Coating protects the aluminum body from abrasion extending the life of the shaper cutter.
Versatile Interchangeable Knives are easily interchanged during sharpenings for reduced tooling costs and minimal downtime.
Exclusive Freud TiCo™ Hi-Density Micro-Grain Carbide blend of Titanium Cobalt carbide allows for a sharper cutting edge, with minimal wear for dramatically longer cutting life.
Freud TiCo™ carbide tips have Superior Shear Angles that slices through wood fibers, leaving cross-grain cuts with virtually no sanding required.