RUKO MGB-DIN2182-HSSCo-60°-3/4 Morse Taper Shank Drill Bit, 19.05 mm, HSS-Co 5% Cobalt, DIN 2182, MK2

Unlike standard twist drills, this RUKO MGB-DIN2182-HSSCo-60°-3/4 is a Morse taper shank drill bit engineered for demanding drilling in tough and high-strength materials. Its 5% cobalt alloyed HSS-Co body withstands high temperatures, while the 60° point angle and spiral flute geometry deliver efficient chip evacuation and precise hole quality.

Highlights

• Ground from solid HSS-Co with 5% cobalt for excellent heat resistance
• Morse taper shank MK2 for secure, slip-free mounting in machine spindles
• DIN 2182 standard dimensions ensure compatibility with industrial tooling
• Bright, uncoated surface reduces friction and aids chip flow
• Right-hand cutting direction for conventional drilling operations

In daily use

With a cutting diameter of 19.05 mm (3/4 inch), this drill bit is suited for creating precise holes in alloyed and unalloyed steel, cast iron, non-ferrous metals, and plastics. The h8 tolerance on the shank guarantees a consistent fit, while the 225 mm overall length and 125 mm flute length provide ample reach for deep drilling tasks.

Full specifications

• Drill Bit Type: Morse Taper Shank Drill Bit
• Standard: DIN 2182
• Material: HSS-Co (High-Speed Steel with Cobalt)
• Cobalt Content: 5%
• Cutting Diameter: 19.05 mm (3/4 inch)
• Shank Type: Morse Taper
• Morse Taper Size: MK2
• Point Angle: 60°
• Flute Type: Spiral Flute
• Surface Finish: Bright / Uncoated
• Overall Length (L1): 225 mm
• Flute Length (L2): 125 mm
• Manufacturing Process: Ground from solid
• Tolerance: h8
• Cutting Direction: Right-hand cutting
• Heat Resistance: Excellent
• Recommended Materials: Alloyed and unalloyed steel, cast iron, non-ferrous metals, plastics
• Primary Application: Drilling in tough and high-strength materials

Final note

RUKO's MGB series is trusted in metalworking for its durability and precision. This 3/4 inch Morse taper drill bit is a reliable choice for workshops and production environments where performance under load is critical.