BDS HSS VarioPLUS 17 mm jadrový vrták, 55 mm hĺbka rezu, Weldon stopka KBL-VP017

On a busy metalworking shop floor, a fabricator needs to create clean, precise 17 mm holes in a steel beam for a structural connection. The BDS HSS VarioPLUS annular cutter (KBL-VP017) makes this task efficient and accurate. Its 55 mm cutting depth handles thick materials in one pass, while the Weldon shank ensures a secure fit in magnetic core drilling machines. The high-speed steel body, precision ground and re-sharpenable, delivers reliable performance across steel, stainless steel, and non-ferrous metals.

Key specifications

• Cutting diameter: 17.0 mm
• Cutting depth: 55 mm
• Shank type: Weldon, 19 mm (3/4 inch)
• Material: High-speed steel (HSS)
• Number of cutting edges: 4, multi-cut geometry
• Overall length: approximately 92 mm
• Recommended tensile strength: up to 700 N/mm²
• Re-sharpenable: yes

Why choose it

This annular cutter stands out for its efficient chip evacuation and high wear resistance. The multi-cut geometry reduces cutting forces and improves hole quality, while the HSS construction ensures durability even in demanding applications. It is compatible with any magnetic core drilling machine featuring a Weldon 19 mm chuck, making it a versatile addition to your tooling. The cutter is precision ground for consistent performance and can be re-sharpened to extend its service life, offering excellent long-term value.

Ideal use cases

• Structural steel fabrication and construction
• Maintenance and repair in industrial settings
• Metalworking shops producing precise holes in thick materials
• On-site drilling with portable magnetic drills

Good to know

For optimal results and extended tool life, use internal or external cooling during operation. The cutter is individually packaged and identified by product code KBL-VP017. It is suitable for materials with tensile strength up to 700 N/mm², including steel, stainless steel, and non-ferrous metals. Always follow the manufacturer's guidelines for speed and feed rates based on the workpiece material.