Carbide turning tools have a couple of advantages of standard turning tools. One of the most satisfying advantages is that we don’t have to sharpen tools when they become dull over time. Another advantage is that they are ready to go right out of the box! No more making sure your brand new tool is sharp enough to start turning. Carbide cutters will stay sharper for a longer period of time when compared to standard turning tools. When the carbide cutter finally dulls, simply loosen the screw that holds the cutter in place, rotate the cutter to a sharp, clean edge and then secure the cutter by tightening the screw.
When our turning tools need to be sharpened we all have to bit the bullet so to speak and sharpen our tools Not only is the sharpening process time consuming, its truly just downright boring. If you own carbide tipped turning tools, like the Savannah 3 piece large carbide set, then you know how convenient and easy to use this type of tool is to use in comparison. Not only is this type of tool easy to use, when the cutter dulls you simply loosen the screw and rotate the cutter to a fresh, sharp edge! Once the cutter is completely used up, simply purchase another economical 3 piece cutter set!
These three cutters have been designed to replace the 3 cutters that come with the Savannah 3 piece large carbide turning tool set. However, the Savannah 3 piece cutter set may work with many other brands of carbide turning tools that you may already have in your shop. This cutter set comes with two screws that are sized for Savannah turning tools, but depending on your turning tool thread size, you may need to use the screws that came with your turning tools to properly secure these cutters on to your current brand.
Round cutters are primarily designed for finishing cuts, especially on inside curves of bowls and spindles. This cutter shape also works well for shaping and hollowing bowls.
Square cutters are generally used for roughing out material and for that reason they are sometimes referred to as a rougher tool or cutter. They are ideally used on flat or convex surfaces and they remove more material than the round or diamond shape cutters.
The diamond shaped carbide cutter is designed for putting the final details on your project such as small beads and coves on both spindle and bowls. Along with the lighter detail cuts, this cutter shape can also be used for roughing, finishing and cutting chuck tenons.
The great thing about carbide cutters is that when an edge gets used and becomes dull, all you have to do is rotate the cutter for a fresh, clean, razor sharp edge!
These three cutters have been designed to replace the 3 cutters that come with the Savannah 3 piece large carbide turning tool set.
However, the Savannah 3 piece cutter set may work with many other brands of carbide turning tools that you may already have in your shop. This cutter set comes with two screws that are sized for Savannah turning tools, but depending on your turning tool thread size, you may need to use the screws that came with your turning tools to properly secure these cutters.
We offer the cutters in a 3 pack that includes 1 each of the most commonly used profiles. This pack also includes 2 screws for securing the cutters to the tool. Please note: the screws in this pack may or may not properly fit your turning tool. This means you must use the screws that came with your original turning tool.
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97 HexPicks for drum cutters
Another industry first from Epiroc
Unique design
QuickSnap fastening system
Up to 20% longer service life
Contact Local contact Uzbekistan
Another industry first from Epiroc
Unique design
QuickSnap fastening system
Up to 20% longer service life
Contact Local contact Uzbekistan
Close
HexPicks for drum cutters
Another industry first from Epiroc
Unique design
QuickSnap mounting system
Up to 20% longer service life
Take a look at these new models from Epiroc, who recently released their new V Cutter
HexPick
This insert is brazed into the tool body and is the heart of the cutting process.
Manufactured from a sintered cobalt-bonded tungsten carbide material, it is designed to withstand the extreme loads that result from constant rock impact. Various grades and shapes of carbide are available depending on the application.
Cutter body head and shaft made of 'optimized' heat treated steel, supporting the tungsten carbide insert as well as the 'full' protection of the chisel.
This unique design is only available from Epiroc. Easy replacement with a hex wrench.
QuickSnap attachment system for quick and easy blade changes.
Up to 20% longer life of (compared to all competitive products).
For each rotary cutter model, Epiroc offers a range of cutter types to find the best solution for each application.
Wood, stump
Soft to medium hard, abrasive ground and rock
Homogeneous, soft and sticky soil
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Our production / Production of rock cutters
The production of mining tools at JSC "KZTS" is one of the priority areas, the technological chain from the use of raw concentrate to the release of the finished product allows for control at all stages of the production cycle, which ultimately leads to the high quality of the produced tool for equipping the working bodies of mining equipment .
The production of mining and construction tools consists of many successive stages, including the processing of tungsten concentrate to obtain tungsten trioxide and then obtaining pure tungsten and its carbide. After that, equipment for the production of mixtures of tungsten carbide and cobalt comes into play. The finished mixture is plasticized and granulated, and then fed to the line for pressing blanks, which are sintered in furnaces at specified temperatures. On this, the manufacture of the carbide part of the cutter can be considered complete.
This is followed by the manufacture of a steel body of a mining cutter and soldering of a carbide insert in this body.
Core cutting tools for mining applications must have high static and fatigue strength. Therefore, in the manufacture of the cutter holder, high-quality steels alloyed with chromium and manganese are used, heat treatment is carried out and an optimal geometric shape is given. The carbide insert (plate, tooth), usually soldered to the head of the cutter, directly affects the material to be destroyed. Soldering is carried out using solder according to proven technology, which ensures reliable fastening of the hard alloy in the holder.
The originality of the design and increased performance properties of the mining cutter lie in its rotation in the fist (tool holder), which is installed on the working body of the machine. Therefore, incisors are often called rotary. This design allows the cutter to work reliably and for a long time in self-sharpening mode, without frequent tool changes.
When choosing a tool, first of all, it is necessary to proceed from its geometric parameters. What matters is the diameter, the length of the carbide insert and the head of the cutter, which has a different shape with different angles at the top. It is these factors that determine the energy intensity of the destruction process. It is important to choose the type of tool depending on the power of the drive of the executive body. Carbide tips (inserts) for mining cutters are made from an alloy of increased hardness, which has a coarse-grained structure and high resistance to impact loads, a hardness of at least 88.5 HRA. The body of the cutter is made of steel 35G2R, chosen by us, as it is better than other steel grades for processing by cold heading for the production of cutter forgings. Steel with increased wear resistance, has good weldability. For a quick search, you can use the "Selection of products by applicability" service - the "Search" tab or refer to the corresponding section of the Catalog.
