Small disc milling cutter 12x2 inner hole 6 processing stainless steel, milling cutter to 10 15 toot

Stainless steel groove milling with OSG circular serrated inserts is good. OSG milling cutter: The product series includes OSG carbide end mill, OSG high-speed steel end mill.

Its product features: The sharp corners are designed with a special shape, which improves the rigidity of the cutting edge and protects the sharp corners from chipping. OSG Drill Bits:

OSG carbide drill bits, OSG diamond drill bits, VP** drill bits, EX** drill bits. Among them, the EX** drill can make the cutting break fine and uniform, which not only improves the operability and safety, but also can be applied to the unmanned operation of machining centers and automation equipment. OSG Center Drill Series:

The OSG center drill bit can be used for centering and chamfering before drilling. Centering improves the accuracy of the hole's position, and chamfering prevents burrs on the end face when tapping. OSG Reamer:

OSG carbide straight edge reamers, OSG carbide reamers (taper shank), OSG carbide reamers (straight shank).

When machining stainless steel, the parameters of using a 10mm milling cutter can be adjusted according to the specific situation, and the following are some commonly used parameters for reference:1Cutting speed:

According to the material and hardness of stainless steel, it can generally be selected in the range of 30-60 meters. The specific cutting speed can be tested and adjusted according to the actual situation. 2.

Feed rate: The feed rate is the speed at which the cutter moves on the workpiece. For stainless steel, a lower feed rate can generally be selected to avoid too fast a feed that causes the tool to wear out too quickly or the cutting quality to deteriorate.

Generally, it can be selected in the range of millimeter teeth. 3.Depth of cut

The depth of cut refers to the distance between the cutter and the workpiece each time it is cut. For stainless steel, it is generally possible to choose a smaller depth of cut to avoid excessive cutting forces and tool wear. Generally, it can be selected in the range of millimeters.

4.Coolant: When machining stainless steel, the use of coolant can effectively reduce the cutting temperature, reduce tool wear or lift and improve the cutting quality.

Cooling can be done with water-soluble cutting fluids or cutting oils.

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Hello, I'm glad to answer for you: Here for you to find out 1, to understand whether to mill the inner circle or the outer circle. If it is said to be milling the inner circle, then you will use the diameter of 16 to mill the circle of 90, first of all, to determine the radius of the actual oak disturbance circle that the machine tool should go, that is to say, to mill the circle of 90, its radius is 45, and then you have to count the tool, the tool of 16, the radius is 8, that is, subtract the radius of the tool 8 from the radius of the front 45, and get 37 is the actual number of the machine tool, and the milling out is the circle of 90.

Keep in mind that the center of the machine spindle and the center of the tool are the same center. 2. Therefore, it is necessary to subtract the knife radius. On the contrary, the radius of the cutter should be added to the outer circle of milling.

The programming is: go g9o g54 x0 y0; go z100；G01 Z-(How much to set) F2000; go2 x-37 yo f2000；g0 z100。Other methods also include Liang Dan's method of determining the center point of the circle with i.

There is also a note that sometimes the circle is relatively large, and the milling of one cutter can not be completed, then it is necessary to divide two knives or several points of milling, so it is necessary to calculate the radius value of the circle taken by the machine tool, that is, as long as you change the 37.

Hello, it is a pleasure to serve you and give you the following answer: Programming:1

First, the milling cutter of 16 is installed on the machining center and fixed on the table. 2.Then, set the machining parameters on the machining center, including cutting speed, feed rate, cutting depth, etc.

3.Next, set the machining coordinate system on the machining center and set the origin at the center point of the circle to be machined. 4.

Then, enter the G02 G03 command into the programming software, specify the radius of the circle as 22, and set the machining direction, as well as the start and end points of the machining. 5.Finally, the programmed program is sent to the machining center, and the program is run to complete the machining.

Reasons for the problem:1The size of the milling cutter is not suitable:

If the size of the milling cutter used is not suitable, it will lead to insufficient machining accuracy, and the processing effect will be affected by the land book. 2.Improper setting of processing parameters:

If the processing parameters are not set properly, it will lead to low processing efficiency, which will affect the processing effect. 3.Improper setting of the machining coordinate system:

If the machining coordinate system is set improperly, the machining position will be inaccurate, which will affect the machining effect. 4.Improper input of programming instructions:

If the programming instruction is entered incorrectly, it will lead to incorrect machining program, which will affect the machining effect. Workarounds and practices:1

Check whether the size of the milling cutter is appropriate: the appropriate milling cutter size should be selected according to the size and requirements of the processed material. 2.

Check whether the processing parameters are set correctly: the appropriate processing parameters should be set according to the size and requirements of the processed materials. 3.

Check whether the machining coordinate system is set to positive.

Hello friends, let me answer for you when the 4mm milling cutter is machining stainless steel, you need to flexibly adjust the processing parameters according to the specific situation, and the following are some parameters that may be applicable for your reference: 1Cutting speed:

Normally, the cutting speed of 4mm milling cutter for machining stainless steel is recommended to be about 20-30 meters minFeed: Feed refers to the distance that the milling cutter moves in a unit time, for the processing of stainless steel, the feed should be appropriately reduced, to reduce the friction heat and tool wear in high spring, in general, it is recommended to choose the feed of millimeter teeth, 3

Depth of cut: The depth of cut refers to the depth of the milling cutter each time it touches the metal, and when machining stainless steel, it is recommended to control it between millimeters. 4.

Coolant: Since stainless steel materials have strong corrosion resistance and difficult machinability, it is necessary to use a fully resistant coolant for cooling and protection during machining. Please note:

The above parameters are for reference only, and the specific situation needs to be adjusted according to factors such as processing materials, milling cutter types and equipment conditions. Before the actual processing, it is recommended to carry out test cutting, and optimize the processing parameters according to the test cutting results to ensure the processing quality and efficiency. At the same time, it is necessary to pay attention to safety and wear protective equipment during the processing process to avoid the occurrence of injury accidents.