Pressing pliers Cimco 106002

The Cimco 106002 pressing pliers are designed for efficient and reliable crimping of terminals and connectors. Built with a robust metal head and an ergonomic black-and-red handle, these pliers combine durability with user comfort. Weighing approximately 690 g, they offer a solid feel suitable for repeated use in workshop, industrial or home environments while preserving precise control for detailed tasks.

Advantages

These pressing pliers deliver consistent crimp quality through precision-engineered jaw geometry and a strong closing mechanism. The ergonomic handle reduces hand fatigue during extended use and provides a secure grip even in less favorable conditions. The tool’s construction emphasizes durability and resistance to everyday wear, providing long-term reliability for routine crimping operations.

Suitable for

• Crimping insulated and non-insulated terminals
• Electrical assembly and wiring tasks
• Repair and maintenance work in workshops
• DIY projects requiring secure connector joints

Key specifications

• Tool type: pressing/crimping pliers
• Handle: ergonomically shaped, two-color finish for grip identification
• Weight: approximately 690 g for stable handling
• Material: hardened metal head with coated handles for comfort

How to use

Select the appropriate terminal or connector and insert the wire to the correct stripping length. Position the terminal between the plier jaws so the conductor and insulation are aligned with the crimping zone. Apply steady pressure to the handles until the crimp is completed; release and inspect the crimped connection for mechanical and electrical integrity. For repeat operations, maintain a consistent hand position and pressure to ensure uniform crimps.

Usage recommendations

The pliers should be kept clean and stored in a dry place to prevent corrosion. Periodic visual inspection of the jaw faces for deformation and timely replacement if wear is observed will maintain crimp quality. Use the pliers only within their intended application range and avoid excessive force beyond normal crimping to prolong tool life.