RUKO KEB-HSS-TiAlN reikäsaha Ø37,0 mm

The RUKO KEB-HSS-TiAlN annular cutter with 37.0 mm cutting diameter stands out for its TiAlN coating, which delivers exceptional wear resistance and heat resistance for demanding drilling tasks. Unlike standard HSS cutters, this tool maintains sharpness longer and enables faster drilling with reduced power consumption.

Highlights

• TiAlN coating for extended tool life and high-temperature performance
• Precision ground cutting edges for burr-free, high-quality holes
• Multi-tooth design optimized for high-speed and heavy-duty applications
• Suitable for steel, stainless steel, cast iron, and non-ferrous metals

In daily use

Designed for magnetic drilling machines and pillar drills with an adapter, this annular cutter excels in core drilling operations. Its Weldon shank (19 mm / 3/4 inch) ensures secure clamping and efficient power transfer. For optimal results, use cutting fluid or coolant during operation. A pilot pin (sold separately) is required for core ejection.

Full specifications

• Tool Type: Annular Cutter (Core Drill)
• Material: High-Speed Steel (HSS)
• Coating: Titanium Aluminum Nitride (TiAlN)
• Cutting Diameter: 37.0 mm
• Cutting Depth: 30 mm
• Shank Type: Weldon Shank
• Shank Diameter: 19 mm (3/4 inch)
• Application Material: Steel, Stainless Steel, Cast Iron, Non-ferrous Metals
• Recommended Use: Magnetic Drilling Machines, Pillar Drills (with adapter)
• Drilling Method: Core drilling (hollow drilling)
• Core Ejection: Requires pilot pin (sold separately)
• Hole Quality: High precision and burr-free holes
• Cooling Requirement: Recommended with cutting fluid/coolant
• Surface Finish: Smooth, low-friction TiAlN coating
• Manufacturing Process: Precision ground cutting edges
• Product Series: KEIL HSS-TiAlN
• Number of Flutes/Teeth: Multi-tooth design
• Optimized For: High-speed and heavy-duty applications

Final note

A professional-grade annular cutter that combines advanced coating technology with precision engineering for efficient and accurate hole making in tough materials.