Tooljoy 44mm Half Moon Shank Electric Screwdriver Bits - S2 Steel Precision Phillips Head Screwdriver Bits for Electric Screwdriver & Power Tools

Applications

This professional-grade 44mm half-moon shank screwdriver bit is specifically engineered for high-precision industrial assembly lines and electronics manufacturing. It is the ideal choice for fastening tasks in compact or hard-to-reach areas, such as the assembly of smartphones, laptops, household appliances, and automotive electronics.

Technical Specifications

Key Features

• Precision Half-Moon Shank: Features a standard 44mm half-moon (D-shaped) shank for secure locking and quick tool changes in industrial electric screwdrivers.
• S2 Industrial Steel: Manufactured from premium S2 tool steel, vacuum-heat-treated for maximum durability and resistance to wear and breakage.
• Slender Reach Design: The thin, elongated neck allows for easy access into narrow recesses and deep-hole screw locations.
• High Torque Efficiency: Precision-machined Phillips tips ensure a perfect fit with screw heads, reducing cam-out and extending both bit and screw life.

FAQ

Q1: What are 44mm half-moon shank screwdriver bits used for?
A1: They are widely used for electric screwdrivers, industrial assembly, furniture installation, and maintenance work.

Q2: Are these bits compatible with impact drivers?
A2: Yes, they are suitable for most impact drivers and electric screwdrivers with compatible holders.

Q3: What material are the bits made from?
A3: The bits are commonly made from high-quality S2 alloy steel for durability and wear resistance.

Q4: Can you provide OEM customization?
A4: Yes, OEM and ODM services are available, including logo, packaging, and specifications.

Summary

The 44mm Half Moon Shank Electric Screwdriver Bits are built for demanding professional use, offering extended reach for deep fastening applications and enhanced stability during high-torque operations. Featuring a reinforced structure and precision-engineered shank design, they ensure a secure fit, reduced slipping, and consistent performance.