enz® Cutting Ball CB70 Nozzle 1/2" CC (425.070A)

Carbide Cutting Ball Nozzle for Aggressive Root and Scale Removal

The enz® CB70 CC cutting ball nozzle is engineered for high-performance cleaning in mid-size pipe systems where tougher obstructions demand more cutting power. This cutting sewer nozzle features a carbide frontal cutter, allowing it to effectively break through heavy blockages while maintaining controlled, pipe-safe operation.

Its spherical design enables smooth navigation through bends and offsets without damaging pipe walls. The self-sharpening lateral cutting edges retain their effectiveness throughout the nozzle’s lifespan, ensuring consistent performance with minimal maintenance. Combined with the proven enz® counter-rotation principle, the nozzle maintains controlled rotation speeds that reduce wear and extend service life.

Key Features & Benefits

• Carbide frontal cutter for breaking through heavy blockages

• Self-sharpening cutting edges for long-lasting performance

• Spherical design navigates bends without damaging pipes

• Counter-rotation system reduces wear and improves durability

• Compatible with recycled water for flexible operation

• Heavy-duty construction for demanding cleaning applications

Performance Overview

• Designed for 3" to 5" pipe cleaning applications

• Requires a minimum flow of 16 GPM

• Features 6 rotating jets for aggressive cutting and cleaning

• Rated for pressures up to 2900 PSI

• 1/2" connection for standard jetting setups

Ideal Applications

This pipe cutting nozzle is built for tougher cleaning conditions:

• Cutting through root intrusions and heavy organic buildup

• Removing mineral deposits and hardened scale

• Cleaning pipes with high blockage levels

• Navigating bends and complex pipe systems with control

Why Choose the enz® CB70 CC Cutting Ball Nozzle?

When standard cutting nozzles aren’t enough, the CB70 CC delivers added cutting power with its carbide frontal cutter. It’s a reliable solution for professionals tackling stubborn blockages while still needing controlled, durable performance.

For more information, visit ENZ catalog