Wera Stainless Steel Phillips PH #2 x 4 in Screwdriver with Lasertip

Wera Stainless Steel Screwdriver: Phillips PH #2 x 100mm (with Lasertip)

The Wera Stainless Steel Phillips PH #2 x 4 in Screwdriver with Lasertip is designed for dependable fastening performance in professional workshops, service environments, and general maintenance applications. Its stainless steel construction helps reduce the risk of surface contamination when working with stainless steel fasteners, while the precisely formed Phillips tip supports secure engagement with compatible screws.

Feature: Lasertip surface treatment helps the screwdriver tip grip the screw recess, reducing cam-out and improving control during fastening. The PH #2 tip is a widely used size for common machine, construction, appliance, and equipment fasteners. The 4-inch working length provides useful reach in standard-access applications while maintaining direct driver control. Wera engineering delivers consistent fit, reliable torque transfer, and durable performance for repeated use.

Specifications: Brand: Wera; Part Number: 05032022001; Tool Type: Phillips screwdriver; Tip Size: PH #2; Working Length: 4 inches; Blade Material: Stainless steel; Tip Technology: Lasertip; Measurement System: Imperial; Recommended Use: Phillips-head screw fastening. This screwdriver is suited to applications where accurate tip engagement and corrosion-resistant stainless steel construction are important.

What's Included: One Wera Stainless Steel Phillips PH #2 x 4 in Screwdriver with Lasertip. Review the fastener type and required driver size before use to ensure proper fit and prevent damage to the tool or screw.

Features:

• Stainless steel blade construction helps minimize the transfer of foreign particles when working with stainless steel fasteners.
• Lasertip treatment improves grip inside the Phillips screw recess to help reduce cam-out.
• PH #2 tip fits a broad range of common Phillips-head fasteners used in maintenance and assembly work.
• 4-inch working length provides practical reach with controlled handling in standard-access applications.