Matework 68-Pc Torque Screwdriver Set | 10-70 in-lb Precision, Magnetic Extensions, and Pro-Grade Quality

Overview

Meet the Matework 68-Piece Torque Screwdriver Set, a professional-grade kit designed for precise, repeatable torque across small mechanical tasks and bike maintenance. The torque driver covers a range of 10-70 in-lb (1.13-7.91 Nm) and features a dual-scale with 1 in-lb increments for fine-tuned tension. The durable body blends 40Cr steel and aluminum, with a bright orange/silver scale that remains easy to read even in busy workspaces or on the go.

What’s Included

• Torque driver with dual scales (10-70 in-lb / 1.13-7.91 Nm)
• 60mm and 100mm magnetic extensions (6150 steel)
• 15-security-bit set
• 9 1/4'' drive socket set
• 40 S2 alloy hex bit set (PH/PZ/SL/Hex/Torx/Square)
• Color-coded rings for instant ID
• Rugged carrying case for safe transport

Key Features

• Accurate Click Technology for audible and tactile feedback at preset torque
• Industrial magnetic hold keeps bits in place during work
• 6150 chrome-vanadium steel handles high torque with confident control
• Rust-resistant manganese phosphate coating on bits for longevity
• ASME/DIN-ISO certified pro performance for professional use

Real-World Use

Designed for precision, this kit shines in bicycle maintenance, scope mounting, and fine mechanical adjustments. It’s suitable for gun calibrations, guard screws, and various DIY projects where consistent torque matters. Color-coded rings and the rugged case help you stay organized on the go.

Why It Works for You

• Precise, repeatable torque reduces guesswork and cross-thread risk
• Magnetic extensions minimize dropped bits during delicate tasks
• Ergonomic chrome-vanadium handles deliver solid control under high tension
• Comprehensive bit assortment covers PH, PZ, SL, Hex, Torx, and Square fasteners

Care and Durability

Keep the kit dry and clean. The rust-resistant coatings help preserve the bits, while the rugged case protects the whole set during travel or storage. Built for repeated use in demanding environments without compromising precision.