Tork Craft Precision-Max Step Point 3.5Mm Hss Drill 10 Pack

Description

Tork Craft Precision-Max Step Point Drill — 3.5 mm HSS (10-Piece Pack)

Designed for volume and consistency, this 10-piece set of 3.5 mm HSS step-point drills offers exceptional hole quality in steel, aluminium, plastics and thin sheet materials. The step-point geometry helps to reduce wandering at startup, ensuring precise alignment even without a center punch.

Specifications

Features

• 3.5 mm diameter — standard size for medium pilot holes and fasteners.
• Step-point tip — self-centering design to reduce walking and give cleaner entry.
• High Speed Steel (HSS) body — good balance of toughness and wear resistance for general workshop use.
• 10-piece pack — supports continuous production, backups and tool rotation. Weight ~0.05 kg, box dimensions 92 × 27 × 15 mm. :contentReference[oaicite:0]{index=0}
• Straight shank — fits standard 3-jaw chucks on drills and drill presses.
• UPC / Barcode: 6009515900236 :contentReference[oaicite:1]{index=1}

Benefits

• Consistent quality: Multiple bits of the same spec help manage wear and replace without shifting performance.
• Reduced start error: Step-point geometry helps ensure holes start where you want them, reducing rejects.
• Cost efficiency: Pack format lowers per-bit overhead and ensures you won’t run out mid-job.
• Versatility: Works well across a range of materials including soft metals, plastics and light alloys.

Extra Information

• Use appropriate cutting fluid or lubricant when drilling ferrous metals to reduce heat and prolong life.
• Begin with moderate RPM and feed; avoid excessive force which can deflect or break the bit.
• When drilling thin sheet, back up with scrap to prevent breakout on exit.
• Rotate usage among bits to balance wear and extend the life of the pack.

Safety

• Wear eye protection — chips and small fragments can fly during drilling.
• Secure the workpiece firmly; avoid drilling handheld where slippage is a risk.
• Keep speeds and feed moderate — don’t force the bit.
• Use coolant or periodic breaks to avoid overheating the bit and workpiece.