Freud 75-025 1/4" O-Flute Up Spiral Router Bit for CNC Plastics Acrylic ABS Cool-Cutting Solid Carbide with 7/8" Cut Height

Only 2 left
SKU: 75-025
Regular price $57.47

Precision Plastic Routing: Achieve Melt-Free, Flawless Finishes on Acrylic and Solid Surface Materials

The Freud 75-025 O-Flute Up Spiral Bit is the ultimate tool for professionals demanding a **glass-smooth finish** when machining plastics and solid surface materials. Its **O-Flute geometry** is uniquely designed to produce a **cooler cut**, actively preventing the melting and gumming commonly associated with materials like Acrylic, ABS, UHMW, Nylon, and Polycarbonate. The Up Shear design aggressively channels chips and dust up and out of the cut, ensuring rapid material clearance and delivering the **cleanest, most professional quality finish on the bottom surface** of your workpiece. Crafted from Freud Premier Solid Carbide, this bit is built for exceptional longevity and peak performance in high-speed CNC, table-mounted, or hand-held routing applications.

Key Features

  • O-Flute Design: Engineered to cut cooler and **avoid melting** common soft plastics.
  • Up Shear Action: Provides **fast chip clearance** and ensures the **cleanest cut quality on the bottom surface**.
  • Solid Carbide Construction: Made with Freud Premier Solid Carbide for extended edge life and superior durability in abrasive materials.
  • Versatile Use: Excellent for use in CNC routers, hand-held routers, and table-mounted routers.
  • Ideal Material Compatibility: Perfectly suited for ABS, UHMW, acrylic, nylon, polycarbonate, and other solid surface materials.
  • Precision Cut Height: Features a 7/8" carbide height for deep grooving and through-cuts.

Specifications

Specification Detail
Manufacturer Model 75-025
Router Bit Type O-Flute Up Spiral
Overall Diameter (D) 1/4"
Shank Diameter (A) 1/4"
Carbide Height (h) 7/8"
Overall Length (H) 2-1/2"
Maximum RPM 24,000
Number of Cutters 1
Bit Material Solid Carbide
Chip Clearance Direction Up (Ejects chips upward)
Ideal Finish Surface Bottom Surface
Recommended Depth Multiple passes for deep cuts