304 stainless steel CNC machining speed and cutting amount, what is the feed

VC: about 170m min, AP is selected according to your needs, if AP=3MM, then FZ is taken, the smaller the depth of cut, the larger the FZ, the larger the depth of cut, the smaller the FZ.

The number of revolutions of machining stainless steel is slightly lower than that of the machining mold, the 8 mm tool is a column, the number of revolutions is 2800, the amount of feeding, the number of revolutions of the larger tool decreases, the number of revolutions of the smaller tool is increasing, the number of revolutions of 3 mm is 5000, and the amount of feeding.

This needs to depend on what kind of tool you choose to cut, recommend a commonly used shoulder indexable milling cutter parameters to you: VC 170m min, AP according to your needs to choose, if AP=3mm, then FZ takes, the smaller the depth of cut FZ is larger, the greater the depth of cut, the smaller the FZ.

Stainless steel CNC machining is suitable for speed and feed. Choose an ISOM insert material that is suitable for machining stainless steel, such as Zhuzuan YBM153, YBG202, Kyocera CA6525, PR1125, etc.

The wool diameter below 40 30crmusi must be poured enough white emulsion, the cheating spine cold instigated to change the blade, open the thick 800 or 900 rpm, 1 2mm to eat the knife, it is best to start slowly, the cutting fluid must be sufficient. The insert is selected according to the shape of the part and the type of machining. Depending on the material to be machined, only the insert material can be selected.

Machining stainless steel.

CNC lathe stainless steel 304 with 40 70 meters min speed.

If an uncoated, indexable hard alloy insert is used, the cutting speed is 60 100 m min and the feed is mm rpm. If coated carbide inserts are used, the cutting speed is 80 to 150 m min and the feed is mm rpm. The above is the situation of the outer circle of the car, when boring, grooving and parting, due to the poor rigidity of the tool, in order to avoid vibration, it is necessary to reduce the spindle speed, which can be used for 40 70 meters for minutes, and the feed is rotated in millimeters.

Note: The number of revolutions can not be too high when cutting, and the cutting speed is generally controlled at 50 meters, and 58 circles are about 300 revolutions. As for the outer circle of the car, it can be appropriately increased by 80-100 meters.

1Cr13 is a common stainless steel for potato digging, and the coolant should be paid attention to when processing several cores. The rake angle and chip breaker of the tool should be opened as large as possible to ensure smooth chip removal and avoid knife tumors. Affects the accuracy of the workpiece.

The speed at which 304 stainless steel is cut depends on the type of shelter of the tool, the thickness of the material, and the rotational speed used on the machine. Generally speaking, when using conventional tools for cutting, when the thickness of 304 stainless steel material is less than 3mm, the best speed is 3000-4000rpm; When the thickness is 3-6mm, the optimal speed is 2000-3000rpm; When the thickness is 6-10mm, it happens that the optimal rotational speed is 1000-2000rpm.

Hello dear, when the machining center processes 304 stainless steel, it needs to adjust the speed and feed speed according to the specific situation. Generally speaking, stainless steel has a high machining hardness, so it is necessary to choose a lower speed to avoid problems such as chip overflow or the tool being too hot. The conventional cutting speed is usually between 100-300m min, and the feed rate is a more suitable choice.

However, the specific actual processing parameters need to be reasonably adjusted according to the specifications of stainless steel, the shape and size of the machined parts, the machining accuracy and other factors to ensure high-quality machining results. It should be noted that while operating the machining center, the service must attach great importance to operation safety to avoid accidental injuries.

Summary. 1. The maximum allowable cutting speed is also different for different tool materials, the high-speed steel tool has a high-temperature cutting speed of less than 50mmin, the high-temperature cutting speed of carbide tools can reach more than 100mmin, and the high-temperature cutting speed of ceramic tools can be as high as 1000mmin.

2. The hardness of the workpiece material will affect the cutting speed of the tool, and the cutting speed should be reduced when the same tool is processed for hard materials, and the cutting speed can be increased when processing softer materials.

3. The cutting depth and feed amount are large, the cutting resistance is also large, and the cutting heat will increase, so the cutting speed should be reduced.

4. The depth of cut is mainly restricted by the stiffness of the machine tool, and the depth of cut should be as large as possible if the stiffness of the machine tool allows, and if it is not limited by the machining accuracy, the depth of cut can be equal to the machining allowance of the part. This reduces the number of passes.

Find the cutting parameters of CNC machined stainless steel 304.

Hello, I have seen your question and am sorting out the answer, please wait a while

Hello. Hello.

Deformation. What a deformation.

The processed product release clip has a bend.

Is it all or is it just that.

In order to determine the appropriate milling speed of 304 stainless steel pipe with 16 blade cutter in the machining center, it is necessary to consider a number of factors, including tool material, tool size, processing depth, feed rate change, cutting parameters and other verification. It is recommended that you refer to the following steps to choose:

Determine the cutting speed (VC): Choosing the right cutting speed is important to ensure the quality of the machined surface and improve production efficiency. The choice of cutting speed should be determined according to the workpiece material and the tool material.

For 304 stainless steel pipes, the usual cutting speed range is 50 100m min.

Rotational speed (n) is determined according to the cutting speed: according to the formula n = 1000 x vc) x tool diameter), the appropriate rotational speed is calculated. Among them, the diameter of the cutter is twice the diameter of the blade.

Feed rate (f) is determined according to the depth of machining: The choice of feed rate should be determined according to the depth of processing and the material. For 304 stainless steel pipes, the feed rates are usually in between.

The cutting rate is calculated from the feed rate and rotational speed: the cutting rate is f x n.

In short, choosing the right speed needs to be determined according to the specific situation, it is recommended that you refer to the above steps to choose, and adjust it in the actual processing to ensure the processing quality and efficiency.