We supply sandivik, iscar ,taegutec type Deep hole drilling inserts. if you are interested in purchase, please contact email: sales@btadrilltools.com they are crafted with meticulous attention to detail and engineered for durability. They are designed to endure the intense demands of high-speed drilling, offering exceptional performance and a long service life. Whether you’re working with …
how to improve Cutting Efficiency in Titanium Alloy Machining Titanium alloy machining characteristics: Titanium alloys are difficult to machine materials. When the hardness of the titanium alloy exceeds HB350, machining becomes particularly challenging. Below HB300, the material is prone to adhesion, making it difficult to machine. However, the hardness of the titanium alloy is just …
What is pipe thread lathe? Below feature tell you FEATURES ● Pipe thread lathe has Big spindle bore and double chuck allows clamp and process big diameter pipes ●Integral machine bed adopts high strength iron to realize high rigidity and precision ● Ultrasonic frequency quenched guide-ways are hard enough for good wear-resistance ·Equipped with taper guide bar device this enables the machine to process taper thread Pipe threading lathe characteristic: Characteristic: Able to process inner and outer straight pipe threads and tapered pipe threads …
Do you know how to machining stainless steel? Stainless steel machining is a difficult-to-machine material that requires special attention during processing in various industries. Here are some basic requirements for machining stainless steel: 1. Brief Description of Stainless Steel Types and Machinability Stainless steel is mainly divided into three categories: ferritic stainless steel, austenitic stainless steel, and …
The main methods for hole making include drilling, reaming, boring, broaching, grinding, and honing, but each method is suitable for different specific situations,especiallly deep hole drilling Drilling: The hole making range is Φ0.1-Φ80mm, primarily used for rough machining of holes below Φ30mm. The surface roughness of ordinary twist drills is generally Ra12.5-50, with accuracy up to …
What is advantages trepanning drill? What is advantages of trepanning drill? The main advantages of the inner chip removal treapanning drill are: (1) The cross-sectional area of the drill pipe is larger than that of the external chip removal method, so the rigidity is good. (2) The coolant can lubricate and protect the guide block, …
What is trepanning drill? what is trepanning drill? The broad interpretation of the word “trepanning drill” or “nesting hole” refers to the processing method of machining a hole with an integral core material in the center of an annular groove surface. Scope of application of trepanning drill: When there are strict tolerance requirements …
sandvik 800-12T3 08M-C-G Sandvik 800-12T3 08M-C-G is sandvik deep hole insert, it still be used by many customer, if you need, you can contact us email: sales@btadrilltools.com Drilling head diameter Central inserts Qty Intermiddle insets Qty Peripheral inserts Qty Guide pad Qty 25～28.7 800－050308M-C-G 1 800－050308M-I-G/L 1 800－060308H-P-G/L 1 800-06A 2 28.71～31.00 800－06T308M-C-G 1 800－050308M-I-G/L 1 …
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Classification of Deep Hole Machining Deep hole machining can be classified into seven categories based on the machining method: 1.Solid Drilling: This refers to the deep hole drilling method of removing excess material from solid materials using drilling tools. Solid deep hole drilling is considered a primary machining process. 2.Boring: This is a further deep …
The function of guide pad in deep hole machining cutters Do you know the function of guide pad in deep hole machining cutters? At this time, we have to know about self guiding principle meaning and their asymmetric structure. Figure 1-1 shows a deep hole cutter, …
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Advantages of using deep hole machine for machining 1.Using deep hole machine for machining has below feature:high-pressure, high-flow, recyclable cooling fluids provides effective cooling and easy chip removal, creating conditions for high-speed continuous cutting. 2.High cutting speed: When machining common carbon steel, the cutting speed can reach 120m/min, and for non-ferrous metals such as copper …
1.During honing with honing head, the cutting speed is low, only one-tenth or even a few tenths of the conventional grinding speed, resulting in a lower cutting temperature, minimal thermal deformation, and virtually no thermal damage or altered layer. 2.During honing, the contact area between the honing head and the workpiece surface is hundreds of times larger …
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