How to set up the panning function for fast wire cutting

Whether the wire cutting machine should be tightened frequently during the operation of the machine: this point is very important for the consistency of accuracy, because the tightness of the molybdenum wire is different, the size of the cut is different, and the finish is also very different.

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For example, from 1 to 10, you need to set 8 translations:

Ningbo machine: upper gear set 1 l3 10 l4 8 pan.

Taizhou machine: Upper gear set 1 l4 10 l4 8 pan.

I don't understand, isn't the wire cutting according to the diagram, and the y on the diagram is unchanged and translated.

Fast wire cutting is an efficient cutting technology that is commonly used in textile and industrial production. It uses a high-speed rotating cutting blade to quickly cut the silk thread. Fast wire cutting has the following characteristics:

1.High speed: The rotation speed of the cutting blade is fast, which can quickly complete the cutting task and improve work efficiency.

2.Precise: The size and shape of the cutting blade can be adjusted as needed for precise cutting.

3.Flat: The cutting blade can keep the silk thread flat during the cutting process, and it is not easy to break or break.

4.Automation: Fast wire cutting can be combined with automation equipment to achieve unmanned operation and improve production efficiency.

Fast wire cutting is widely used in textile and industrial production, and can be used to cut various types of silk threads, including natural fiber yarns, synthetic fiber threads, etc. Its high efficiency and precision make the production process faster and more efficient, reducing labor costs and production costs.

1. Turn on the automatic wire walking, and the wire storage tube will automatically run back and forth; 2. When the molybdenum wire on the wire storage cylinder goes to the left, just when the slag is turned wildly, hold the wire tightening wheel and lean on the molybdenum wire, and add appropriate tension; 3. In the process of automatic wire walking, if the molybdenum wire is not forbidden, the molybdenum wire will be elongated. When the molybdenum wire on the wire storage cylinder walks from one section to the other end, just when it turns, immediately press the stop button to stop smuggling, manually rotate and shout the wire storage cylinder, bring the remaining part of the molybdenum wire to the end, remove the beam wire head, tighten it and turn it back to the screw of the wire storage cylinder, cut off the excess molybdenum wire, and then reverse a few times; 4. Repeat it several times to know that the molybdenum wire runs smoothly and the tightness is moderate.

Summary. Wire cutting wire is also known as wire cutting wire winding, the process is the process of wire cutting molybdenum wire from private coiling to fast wire cutting wire storage barrel, the specific steps are as follows:

1.Before winding the wire, remove the left and right travel switches;

2.Use the crank to rotate the barrel counterclockwise to the left limit position;

3.Place the wire spool on the wire winding frame, pass the wire head from under the wire tube, pass out from the top of the wire tube, pass through the guide wheel and the wire bar in turn, and pay attention to the need to contact with the conductive block, and the wire head is fixed at the fastening screw on the left side of the wire storage tube;

4.Hold the wire cutting molybdenum wire disc with the left hand, rotate the wire storage cylinder clockwise with the crank with the right hand, and temporarily stop the wire winding when the wire winding width reaches about 8mm;

5.Adjust the left travel switch. Loosen the fastening screw on the left side limit block, and fix the stop stop after moving the stop block to the center position close to the left side travel switch;

6.Continue to wire cut the upper wire, wind the wire to the right fastening screw about 30mm to stop the wire winding, cut the wire cutting molybdenum wire, and fix the wire head at the fastening screw on the right side of the wire storage cylinder;

7.Adjust the right travel switch. Rotate the screw cylinder counterclockwise about 8mm, loosen the fastening screw on the right limit block, move the limit block to close to the center position of the right travel switch, and fix the limit block.

How to tighten the track by fast wire cutting.

Hello dear! I have seen your question here, and I am trying to sort out the answers of several friends, and I will give you a reply in five minutes, please wait a moment! ^

Wire cutting wire is also known as wire cutting wire winding, and its process is the process of wire cutting molybdenum wire from private coiling to fast wire cutting wire storage barrel, the specific steps are as follows: 1Before winding the wire, remove the left and right travel switches; 2.

Use the crank to rotate the barrel counterclockwise to the left limit position; 3.Place the silk spool on the wire winding frame, pass the wire head from the bottom of the silk chunwu cylinder, pass out from the top of the silk cylinder, pass through the guide wheel and the wire bar in turn, and pay attention to the need to contact with the conductive block, and the wire head is fixed at the fastening screw on the left side of the wire storage cylinder; 4.Hold the wire cutting molybdenum wire disc with the left hand, rotate the wire storage cylinder clockwise with the crank with the right hand, and temporarily stop the wire winding when the wire winding width reaches about 8mm; 5.

Adjust the left stroke pick or switch. Loosen the fastening screw on the left side limit block, move the state stupid stop to close to the center position of the left side travel switch and fix the stop block; 6.Continue to wire cut the upper wire, wind the wire to the right fastening screw about 30mm to stop the wire winding, cut the wire cutting molybdenum wire, and fix the wire head at the fastening screw on the right side of the wire storage cylinder; 7.

Adjust the right travel switch. Rotate the screw cylinder counterclockwise about 8mm, loosen the fastening screw on the right limit block, move the limit block to close to the center position of the right travel switch, and fix the limit block.

Summary. Hello dear, glad for your question, first, before setting the wire cutting, you can set a certain gap in the cutting head. 2. Set the relevant parameters of wire cutting, which can control the size of the gap between the silk threads, generally the depth and width parameters of the cutting silk threads.

3. If the wire cutting equipment has the function of automatic gap adjustment, the gap parameters of the cutting head can be adjusted to achieve the purpose of automatic adjustment of the gap. Fourth, according to the characteristics of the material to be cut, if the material is easily affected by heat, the cutting gap can be appropriately increased to reduce the impact of heat on the material. 5. The design of the cutting head can also control the cutting gap, for example, increasing the depth of the cutting head or increasing the spacing of the cutting head, which can also increase the cutting gap.

Hello dear, glad for your question, first, before setting the wire cutting, you can set a certain gap in the cutting head. 2. Set the relevant parameters of wire cutting, which can control the size of the gap between the silk threads, generally the depth and width parameters of the cutting silk threads. 3. If the wire cutting equipment has an automatic gap adjustment function, the gap parameters of the cutting head can be adjusted to achieve the purpose of automatically adjusting the gap between imitations.

Fourth, according to the characteristics of the material to be cut, if the material is easily affected by heat, the cutting gap can be appropriately increased to reduce the influence of the material by the heat source. 5. The design of the cutting head can also control the cutting gap, for example, increasing the depth of the cutting head or increasing the spacing of the cutting head, which can also increase the cutting gap. Kiss me over, thank you for your question, I hope mine is helpful to you, I wish you a happy life!

Is this unilateral?

Yes, it is a kind of unilateral fast wire cutting, which can effectively cut thin plates, medium plates, and thick plates, and has the advantages of high cutting quality, high cutting accuracy and high cutting efficiency. It has a unique structural design, which can process a variety of materials at the same time, effectively improve work efficiency and reduce material loss.

Can you help me with that? Thank you.

Sorry, kiss, this can't be answered.

It's a matter of addition and subtraction.

Kiss you and send it to me.

Processing instructions: quickly blind to take the orange loss silk wire cut (internal and external off the plate shared, within the quasi-circle god 2 mm).S: 4-25 guide pillar holes, 2 C+: 12- punch throughs 2 C+: 4-@5挡料销孔2c+

Fast wire cutting (shared with internal and external detachment): use fast walking wire cutting technology to cut the plate cultivation and closing, subject to internal detachment, and the depth of internal detachment is 2 in 25 guide pillar holes: 25 guide pillar holes are punched and cut on the plate, and the depth is 2 c + punch holes:

Punching and cutting 12 pairs of through holes for the plate with a depth of 2 c+: 4 pairs of @ 5 stopper pins for the plate with a depth of 2 c+.

Speed, efficiency, and accuracy are not the same. Although the research of slow wire walking started late in China, the technical bending technique has been developed in teaching and scientific research institutes such as the School of Mechanical Engineering of Huazhong University of Science and Technology, and its accuracy can be reached.

Difference 1: the speed of wire walking. The speed of fast wire cutting is greater than or equal to, the common value is 6 to 10m s, while the speed of slow wire cutting is less than or equal to. Commonly used values to.

Difference 2: The working state of the electrode wire. The fast wire cutting machine is a reciprocating wire supply and is used repeatedly. The wire-cutting machine is one-way moving and one-time use.

Difference 3: Electrode wire material. The electrode wire material of the fast wire cutting machine tool is molybdenum wire and tungsten molybdenum alloy, while the wire cutting wire of slow wire cutting is the electrode wire of brass, copper, alloy with copper as the main body or plating composite material.

Difference 4: Electrode wire diameter. The diameter of the electrode wire of the fast wire cutting machine tool is to, and the diameter of the electrode wire of the slow wire cutting wire is to, and the diameter of the electrode wire of the slow wire cutting is to, and the common value diameter is .

Difference 5: Threading method. The threading method of fast wire cutting can only be manual, while the threading method of slow wire cutting can be manual or automatic.

Difference 6: The length of the working electrode wire. The length of the working electrode wire for fast wire cutting is hundreds of meters, while the length of the working electrode wire for slow wire cutting is several kilometers.

Difference 7: Electrode wire vibration. The vibration of the electrode wire is larger, while the vibration of the electrode wire of the slow wire cutting is less.

Difference 8: Electrode wire tension. The tension of the electrode wire of the fast wire cutting is fixed after the wire is loaded, while the tension of the electrode wire of the slow wire cutting is adjustable after the wire is loaded, usually up to 25.

Difference 9: The structure of the wire transport system. The structure of the wire transportation system of the fast wire cutting machine tool is simple, while the structure of the moving wire system of the slow wire cutting machine tool is more complex.

Difference 10: Pulse power supply. The open circuit voltage of the fast wire cutting machine tool is 80 100V and the working current is 1 5A, while the open circuit voltage of the slow wire cutting machine tool is 300V and the working current is 1 32A.

Difference 11: Working fluid. The working fluid of the fast wire cutting machine tool is an emulsion or water-based working fluid, while the slow wire cutting machine tool is deionized water, and kerosene is used in some cases.

Difference 12: Working fluid resistivity. The resistivity of the working fluid of the fast wire cutting machine tool is, while the resistivity of the working fluid of the slow wire cutting machine tool is 10 100.

Difference 12: guidewire mechanism type. The type of guide wire mechanism of fast wire cutting machine tool is the use of guide wheel, which has a short life, while the type of working liquid guide wire mechanism of slow wire cutting machine tool is the use of guide, and the life is relatively bright and slow.

Difference 13: **Not the same. Fast wire cutting is cheap, and slow wire cutting is expensive.

Similar to the unilateral loose wire, the rear guide wheel is replaced with a unilateral guide wheel, and the wire is re-tightened. If it doesn't work, you have to find someone to adjust it, or buy an automatic wire tightener. In addition, the water can not be sprayed on the molybdenum wire will also appear in this situation, when the cutting is very slow, observe the ammeter, compare the current when the left and right commutation, when it does not move, the current is larger than the other time, it is a short circuit, there is no current, it is other problems.

Wire cutting: Wire cutting refers to EDM wire cutting, which is developed on the basis of EDM perforation and forming processing, and has replaced EDM perforation and forming processing in some aspects. Wire cutting needs to be operated by an EDM wire cutting machine, and the basic physical principle is that free positive ions and electrons accumulate in the field, and soon form a conductive channel that is ionized, and an electric current is formed between the two plates, resulting in countless collisions between the particles, forming a plasma region, and soon rising to a high temperature of 8000 to 12000 degrees, instantly melting some materials on the surface of the two conductors.

Add some oil with a relatively small density at the top of the wire cylinder! If it doesn't work, cut the shells on both sides of the wire carrier! See if the gears inside are short of oil! Just add some lube and you're good to go! If it doesn't work anymore, call the manufacturer after-sales service!

You can press the "+" key on the keyboard, each time you press it, the walking speed of the machine tool will be increased a little, and the "+" sign can be continuously increased by pressing the "+" sign. If you want to reduce the walking speed, you can use the "-" button, every time you press it, the walking speed of the machine tool will be reduced somewhat, and press the "-" button continuously, you can continuously reduce the walking speed of the machine tool.

Wire cut electrical discharge machining (WEDM), which belongs to the category of electrical processing, was developed by the former Soviet Union Lazarinko and his wife when they studied the phenomenon and causes of spark discharge corrosion damage to switch contacts, and found that the instantaneous high temperature of electric sparks can make local metals melt and oxidize and be corroded, so as to create and invent the EDM method. The wire cutting machine was also invented in the former Soviet Union in 1960, and China was the first country to use it for industrial production.