Twist Drill — Type N short shank, Ø 10.8 mm, 118° tip, HSS, black, DIN 338, MetavCUT

A Twist Drill by MetavCUT designed for precision metalworking with a short shank and 118° tip for stable, machine or hand-held drilling

• Short shank according to DIN 338 for high stability
• High Speed Steel (HSS) for durable metal drilling
• Classic Type N geometry for reliable centring in metal
• 118° tip angle for controlled penetration and less snagging
• Suitable for Drilling Machine and robust hand drills

Outstanding metalworking performance for precision tasks

This short HSS cutter delivers consistent hole quality in a range of metals. The reduced overhang and compact overall length ensure minimal runout and improved concentricity when using a Drilling Machine or a hand-held drill. With a 10.8 mm diameter and a 118° tip, the tool is optimised for controlled entry and reliable chip evacuation, which reduces the need for rework and increases throughput on repetitive tasks.

Durable material and manufacturing benefits

Manufactured from High Speed Steel (HSS), the bit combines toughness and heat resistance for prolonged tool life under standard metal-drilling conditions. The short design specified by DIN 338 enhances rigidity, lowering the risk of breakage when drilling hardened or alloyed steels. HSS technology also allows easier re-sharpening, keeping the tool in service longer and offering economic advantages during frequent maintenance cycles.

Designed for secure use in machines and handheld applications

The short version reduces lever arm effects and provides better control during plunge starts and when approaching curved surfaces. The Type N geometry is the conventional spiral profile for metal; it balances chip removal and cutting action, making it suitable for a wide range of ferrous and non-ferrous materials. The black surface finish offers basic corrosion resistance and simple visual inspection of wear.

Practical guidance and intended users

Workshops, maintenance teams and metal fabricators benefit from the tool’s stability and serviceability. For best results, use appropriate cutting fluid when working on alloyed steels, and ensure the chuck runout is minimised. The classic construction is not optimised for very soft materials where specialised point geometries are preferable. For questions about compatibility with specific machines or alloys, expert advice is available.

Highly recommended: choose the MetavCUT Twist Drill when accurate, repeatable metal holes are required — for individual projects or production runs contact METAV Werkzeuge for expert consultation via email info@metav-werkzeuge.com or phone +49 2822 7131930, WhatsApp +49 170 2837271

Technical Data

• Designation: Twist Drill (Short)
• Marke: MetavCUT
• SKU: 40108-FDA
• Diameter: 10.8 mm
• Tip angle: 118°
• Type: Type N
• Material: HSS (High Speed Steel)
• Overall length: 142 mm
• Spiral length: 94 mm
• Execution: short
• Colour: black
• Application: Drills for Metal
• For drilling machine: Drilling Machine / Hand Drill
• Norm: DIN 338
• Hersteller: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; info@metav-werkzeuge.com

FAQ

What is the MetavCUT Twist Drill used for?
The MetavCUT Twist Drill Type N is primarily used for drilling metal; it is designed to bore precise, cylindrical holes in alloyed and unalloyed steels, cast iron, non-ferrous metals and many plastics while offering good centring and stable cutting behaviour.

Which three drill types exist?
Common drill categories are metal drills, wood drills and masonry/concrete drills; the MetavCUT Twist Drill belongs to the metal drill group and is optimised for such materials.

For what tasks are twist drills typically applied?
A Twist Drill is mainly employed for machining high-strength materials and larger bore diameters; its shape allows easy re-sharpening and it resists greater loads during operation.

Why are twist drills pointed?
Pointing reduces the cross-edge at the tip and lowers friction; by regrinding to a defined tip angle such as 118°, the drill needs less feed force and centres more reliably in the workpiece.