Taps
1 από 1 product
Machine Tap with Drill M-Metric - Drill Tap Guide
Description: Machine Tap of the economic series from Baer. Suitable for basic machining on easy materials. Not recommended for production use or ma...
View full detailsTaps are cutting tools used to produce internal (female) threads in pre-drilled holes so they accept screws and bolts with precision. Available as hand taps — sets for manual work, maintenance and repairs — and machine taps for lathes, milling machines and CNC, delivering consistent pitch and repeatability.
The category covers the full range, metric and inch: metric coarse (M) and fine (MF), inch threads (UNC, UNF, BSW, BSP/G, NPT), for through or blind holes, with straight or spiral flutes, left-hand, long and trapezoidal (Tr) versions, plus special threads (PG for conduit, VG valve, EG thread repair). Options in HSS/HSS-E with coatings (TiN, VAP) and cutting geometries for steel, stainless, aluminium and cast iron, from Yg, Baer & Hepyc.
Choose by thread system (metric or inch), workpiece material, hole depth and type (blind/through) and the lubrication/cooling method, for clean threads and maximum tool life.
Tap Wrench
Tap taps are precision cutting tools used to create an internal thread in a hole (e.g. in nuts or holes in metal). This process is called tapping and requires the use of a special tap wrench or machine (drill/CNC).
- Main Categories:Hand (3-piece set): Consists of the taper (conical), the intermediate and the bottoming tap. They are used sequentially to distribute the cutting load and ensure perpendicularity.Machine: Designed for a single pass. They are divided into Spiral Point (push the chip forward - for through holes) and Spiral Flute (pull the chip out - for blind holes).
- Materials & Coatings: Usually made from HSS or HSS-E (Cobalt) for higher resistance to heat. They often have a TiN (gold color) coating to reduce friction.
- Important Rule: Before use, the appropriate hole must be drilled. The general formula for metric threads is:$D_{hole} = D_{nominal} - P$(Where $D$ is the diameter and $P$ is the thread pitch).




























































































































































































































































































































































































































