Technical Information

The main turning operations in lathes are named either by the name of the cutting tool used or by the turning operation performed.

• Examples of these are taper turning, drilling, threading, grooving, cutting, reaming, etc. can be given.
• Turning is a combination of two movements. Rotation of the workpiece and advance motion of the tool. The feed motion of the tool can be along the axis of the workpiece, which means that the diameter of the part will be reduced to a smaller size.

Internal Diameter Turning

It is the process of enlarging the inside diameter of the hole along the axis of the workpiece and giving the desired shape with the rotation of the workpiece and the advancement movement of the tool.

External Diameter Turning

With the rotation of the workpiece and the advance movement of the tool, the chip removal from the diameter and the face along the part axis is the process of lowering the part to a smaller diameter and length.

It is the process of opening channels in the desired size range on the workpiece on the lathe or cutting the workpiece in the desired length.

We can group grooving and cutting operations as following;

• External diameter grooving
• Internal diameter grooving
• Faceplate grooving
• Cutting

In turning and milling machines, it is the outer diameter of the part or the desired pitch in the hole, depending on the thread type (metric, whitworth, gas thread, etc.) or special threading processes.

We can apply these processes by removing chips from the part or by crushing method.

We can briefly exemplify various threading methods as following;

• With guide
• By Rubbing
• With thread comb
• With thread mill
• By hobbing
• With thread tips

It is called chip removal by moving according to the form of the part on the workpiece with the fixed, rotating movement of the cutting tool around its own axis.

We can exemplify milling operations as following;

• Surface milling
• High Feed
• Cocoon Grooving
• T Grooving
• 90 degree milling (side wall milling)
• Rough milling
• Finish form milling
• Pool draining
• Chamfering
• Hole enlargement

It is the process of drilling holes in the workpiece in the desired dimensions on lathe, milling or drill benches.

In the milling and drilling machine, the workpiece can be drilled with the rotational movement of the fixed cutting tool around its own axis.

In the lathe, the workpiece rotates around its own axis and drilling can be done by the linear movement of the cutting tool.

We can exemplify drilling tools as following;

• With carbide drill
• With a plug-in drill
• With U-Drill

It is a precision hole machining process in the desired dimensions on the workpiece. The desired dimensions on the bar can be precisely adjusted and micron-sized chip removal can be performed.

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• Milling
• Cutting and Grooving
• Screw-cutting
• Router Bits
• Hole Drilling
• Threading and Reaming
• Carbide Cutting Tools
• Cutting Tool Solutions

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These clamping units and driven tool holders are designed to fit specific turret interfaces with a single bolt arrangement for each machine brand. Quick change allows you to get more out of the machine by reducing the time you spend on measuring, set-up, tool changes. Internal coolant application guarantees full utilization of all features on the machine, with optimized cutting units to apply coolant with maximum effect and reduce the need for adjustment.

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The range of carbide cutting tools covers all applications in drilling, milling, HSS tapping, reaming and threading. Each product is designed to meet your demands for high quality, precision and maximum productivity so that you can get the most out of your machining process.

Equipment used to precisely clamp cutting tools (eg BT, SK, HSK, ...) to the machine spindle, depending on the clamping system of the machine used.