LU&MN 1/8in Solid Carbide Jobber Drill Bits – 2-Piece Set, 118° Point, Straight Shank

LU&MN 1/8in Solid Carbide Jobber Drill Bits

Engineered for durability and precision, LU&MN presents a compact 2-piece set built from tungsten carbide material. These drill bits deliver steady rigidity and maintain a sharp edge through demanding tasks, with a straight shank that guides holes with confidence. The 118° point helps holes start true and reduces wandering from the first touch of the bit to the final exit.

Without any coating, the bits offer versatile performance across a broad range of materials and applications. This approach keeps the toolchain simple while enabling reliable results in both metal and hard plastic drilling scenarios. The combination of carbide’s stiffness and wear resistance translates to consistent hole quality and reduced need for rework in busy shop environments.

Key specifications

• Diameter: 0.125 inch (1/8 in)
• Flute length: 0.98 inch
• Overall length: 1.69 inch
• Point angle: 118 degrees

Performance highlights

• Carbide solid bits offer greater rigidity and longevity than typical high speed steel options
• Material versatility includes stainless steel, alloy steel, carbon steel, die steel, tool steel, copper, and hard plastic
• No coating applied, allowing use across a wide range of applications
• Sharp flutes enable quick, smooth cuts with neat edges and minimal burrs

Real-world use and benefits

In maintenance departments and machine shops, these bits provide dependable hole starting and tidy results, even when working with tougher metals or dense plastics. The 2-piece set lets you keep a spare on hand for ongoing projects or pair with other carbide tools for cohesive workflows. Expect less tool chatter and more predictable hole quality in daily tasks.

• Ideal for stainless steel, alloy steel, carbon steel, die steel, tool steel, copper, and hard plastic
• Two pieces give you immediate redundancy or pairing options for mixed-material projects

Careful usage with appropriate feeds and speeds helps maximize the life of carbide bits, while their robust design supports steady performance across multiple job types. Use them in both handheld and machine-driven contexts to achieve consistent results without overcomplicating your toolkit.