ARS CT-42PRO

High carbon steel

Carbon steel is sharp, wear-resistant and easy to sharpen. It offers high precision and durability, ideal for professional pruning. Regular maintenance greatly extends its lifespan, especially in outdoor or humid conditions.

Hard-chrome plating

Hard‑chromed blades are extra protected against rust and wear. The hard layer creates a smooth surface that resists sap build-up and keeps the edge sharp for longer. Suitable for intensive professional use.

Impulse hardened

Impulse‑hardened blades or teeth are extremely hard and wear‑resistant thanks to a special heat treatment. They stay sharp for a long time and require little maintenance. Ideal for professional pruning and sawing.

Turbocut

Turbocut toothing features an aggressive cutting angle for fast, smooth sawing with minimal effort. Perfect for fresh wood and general pruning, even during prolonged use.

Curvature ground

Hollow‑ground saw blades are light, razor‑sharp and perfect for precision work. The hollow grind reduces resistance and prevents the blade from jamming during cutting. The concave shape efficiently removes sawdust → smooth, clean cutting without friction.

Tooth pitch - 4.5 mm

A tooth pitch of 4.0 mm delivers the ideal balance between speed and control. Suitable for both hard and soft wood of medium thickness. The versatile toothing ensures smooth, clean cuts → ideal for professional pruning and intensive use.

Tooth thickness - 1.8 mm

A tooth thickness of 1.8 mm provides extra strength and stability while cutting. Common on larger or telescopic saws → optimal control, less flex and smooth cuts for heavier pruning.

For all hands

This model suits all hand sizes and offers a comfortable, universal fit. → Ideal for shared or professional use, with optimal grip and balance for long‑term comfort.

KWF Profi quality mark

The KWF Profi certification from Germany is an internationally recognised quality standard for professional forestry tools. Products with this label are thoroughly tested for durability, safety, ergonomics and performance under real‑world conditions.