KNIPEX 12 52 195 PreciStrip16® Automatic Insulation Stripper 190 mm

KNIPEX 12 52 195 PreciStrip16 Automatic Insulation Stripper, 195mm

KNIPEX 12 52 195 automatic insulation stripper pliers are designed for simple, precise stripping of fine wires and solid round cables, helping electricians and installers work quickly while maintaining consistent results. With an automatic depth control and adjustable length stop, the PreciStrip16® supports accurate repeat stripping when you want neat, repeatable terminations.

Built for practical day-to-day wiring work, the 12 52 195 uses grooved metal holding clamps for secure grip and a parabolic stripping blade for clean removal of insulation. A cable cutter on top is provided for copper and aluminium conductors within the stated capacities.

Key Features

• Wide stripping range: Strips conductors from 0.08 to 16.0mm² (AWG 28–6) using one tool for versatile wiring tasks.
• Automatic cutting-depth control: The automatic mechanism regulates stripping depth to help protect the conductor during insulation removal.
• Fine adjustment for challenging conditions: Adjustable neutral point allows tuning for different insulation materials and temperature conditions.
• Secure cable grip: Semi-circular grooved metal holding clamps help hold cables firmly for controlled stripping.
• Parabolic stripping blade: Designed to produce an exact cut for clean, consistent stripping results.
• Adjustable length stop: Supports accurate, repeatable strip lengths for precision work.
• Integrated cutter: Cable cutter on top for copper and aluminium conductors (flexible up to 16mm² / AWG 6; solid up to 6mm² / AWG 10).
• Tether-ready design: Includes a tether attachment point for use with KNIPEX Tethered Tools accessories.

Specifications at a glance

Suitable applications

• Stripping insulation on fine wires and solid round cables across a wide range of conductor sizes
• Repeatable termination work where a consistent strip length is required (using the adjustable length stop)
• Cutting copper and aluminium conductors within the stated flexible and solid capacities