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KESLA twinAX

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Logging equipment > Harvester Heads > 3rd generation harvester heads > KESLA twinAX

KESLA twinAX - The Most Cost‑Effective Wood Cutting Solution

KESLA twinAX brings a new level of efficiency to wood processing. As a high‑performance shear-cutting module, twinAX offers unmatched reliability and cost savings—especially in environments with extensive small‑diameter timber.

Seamless Integration with KESLA Harvester Heads

twinAX is compatible with the KESLA 19RH‑III, 21RH‑III, 24RH‑III and 26RH‑III harvester heads. Thanks to Kesla’s innovative modular frame design, switching from a chainsaw module to the twinAX shear-cutting module is possible. This modularity also allows new and existing machines to be upgraded for improved performance.
 

 

Why Choose twinAX?

When operating in demanding conditions—such as energy wood harvesting or eucalyptus plantations - shear-cutting offers significant advantages over traditional chainsaws:

• No downtime from dull, worn or broken chains
• No unproductive work for changing, handling or sharpening chains
• No guide bar or sprocket failures
• No chain oil consumption, transport or refilling
• No environmental oil leakage, no skin contact with chain oil
• No chain tensioning issues
• No interruptions caused by snow, ice, sawdust or branches
• No risk of chain shot
• No concerns about ground contact, stones or dropped chains

These benefits translate into lower operating costs, higher uptime, and greater operational safety.

 

Flexible and Future-Proof Design

Kesla’s interchangeable module concept makes it easy to adapt your harvester head between energy wood and roundwood harvesting tasks. This flexibility helps protect and maximize the value of your machine investment.
Additionally, the twinAX module can be retrofitted to existing compatible KESLA harvester heads, enabling an easy and cost-effective upgrade path.

Performance You Can Trust

• Cutting capacity: up to 28 cm (depending on tree species and conditions)
• Optimized for demanding harvesting environments
• Engineered for durability and low lifecycle costs