One-hand pruning shear FELCO 160L fibreglass handle

The FELCO 160L one-hand pruning shear with fibreglass handle cuts branches up to Ø25 mm diameter. The composite fibreglass construction delivers high strength at low weight. Total length is 220 mm. The tool weighs 190 g. The bypass cutting mechanism uses a hardened steel blade. A sap groove on the blade improves cutting efficiency. The handle design accommodates larger hands. Hand and wrist protection features are built in.

The blade adjustment system is simple and stable. All parts are individually replaceable. The tool is suited to general pruning tasks in gardens and orchards. Swiss manufacturing standards apply.

Construction and Materials of the One-Hand Pruning Shear with Fibreglass Handle

Composite Fibreglass Handle

The handle is made from composite fibreglass. This material combines low weight with high mechanical strength. The handle design fits larger hands comfortably. Ergonomic contours reduce hand and wrist strain during extended use. The composite resists impact and environmental degradation.

• Material: composite fibreglass
• Handle length: 220 mm overall
• Weight: 190 g
• Ergonomic design for large hands
• Integrated hand and wrist protection

The lightweight construction reduces user fatigue. The handle geometry supports secure grip. The material does not corrode or splinter. The tool remains balanced during cutting operations.

Hardened Steel Blade and Bypass Mechanism

The cutting blade is made from hardened steel.

Heat treatment increases edge retention and durability. The bypass cutting mechanism positions the blade against a counter blade. This design produces clean cuts that heal quickly. A sap groove on the blade prevents resin buildup.

• Blade material: hardened steel
• Cutting mechanism: bypass (anvil type)
• Maximum cutting diameter: Ø25 mm
• Sap groove on blade
• Adjustable blade system

The blade adjustment system allows precise alignment. Users can maintain optimal cutting performance over time. The hardened steel resists wear and deformation. The bypass action minimizes tissue crushing.

Technical Specifications and Adjustment

Blade Adjustment System

The blade adjustment mechanism is straightforward. A screw and nut assembly controls blade tension. Users can adjust the gap between blade and counter blade. Proper adjustment ensures clean cuts and extends blade life. The system remains stable under working loads.

• Adjustment method: screw and nut
• Tool-free adjustment possible
• Stable under load
• Maintains alignment during use

Regular adjustment compensates for blade wear. The simple design requires no special tools. The mechanism is accessible without disassembly. Correct adjustment reduces cutting effort and improves cut quality.

Replaceable Components

All parts of the FELCO 160L are individually replaceable. The counter blade screw is part 160/6. The counter blade nut is part 160/7. The complete handle assembly without counter blade is part 160L/2. Additional spare parts are available from the manufacturer.

• Counter blade screw: 160/6
• Counter blade nut: 160/7
• Handle assembly: 160L/2
• All parts individually available

Replaceable parts extend tool service life. Users can maintain the tool economically. The modular design simplifies repair. Genuine parts ensure continued performance and safety.

Common Applications

The FELCO 160L is suited to general pruning in gardens and orchards.

It handles soft to medium-hard branches up to Ø25 mm. Typical tasks include shaping ornamental plants, maintaining fruit trees, and clearing overgrowth. The lightweight design supports extended use without fatigue. The tool is appropriate for users with larger hands who require a comfortable, efficient pruning shear for routine garden maintenance.

Manufacturing and Quality Standards

The FELCO 160L is manufactured in Switzerland. Swiss production standards govern material selection, heat treatment, and assembly. The hardened steel blade undergoes controlled heat treatment. The composite fibreglass handle is molded to precise tolerances. Quality control procedures verify cutting performance and dimensional accuracy. The tool meets the manufacturer's specifications for durability and ergonomics.