It is said that "operator" and "programmer" are enemies. Whenever a collision occurs, the two parties will quarrel. So who is responsible for the crash? Today we will analyze it from a programming perspective. If it is a programming problem, what are the reasons that may cause a crash? How to avoid it? reasons may be: 1. The safety height is not enough or is not set 2. The tool on the program list and the actual program tool are written incorrectly 3. The tool length and actual processing depth on the program sheet are incorrectly written. 4. The depth Z-axis fetch and the actual Z-axis fetch are written incorrectly on the program sheet. 5. Wrong coordinate setting during programming The improvement method is as follows: 1. Accurately measure the height of the workpiece and ensure that the safe height is above the workpiece 2. The tool on the program list must be consistent with the actual tool 3. Measure the actual depth of processing on the workpiece, and clearly write the length and blade length of the tool on the program sheet. 4. The actual Z-axis number on the workpiece must be written clearly on the program sheet. Then a friend said that it couldn't be a problem with my CNC Lathe. If that's the case, it's better to solve it. Buy our Hoston machine tools and you`ll be guaranteed no problem!

Generally speaking, the better the mold of CNC PRESS BRAKE and the simpler the programming operation, the higher the popularity in the market. Let`s follow me to learn the steps of programming the CNC PRESS BRAKE: 1. Power on CNC PRESS BRAKE First, we need to turn on the power of the machine, turn on the switch directly on the machine body, and then press the oil pump start switch. When the oil pump is heard to start normally, it will idle for 60-100 seconds; 2. Stroke adjustment test We need to perform a stroke adjustment test on the CNC PRESS BRAKE to ensure that there is a gap of sheet thickness when the upper mold of the machine moves down to the bottom. Otherwise, the abrasive tools of the machine will be damaged and the service life of the CNC PRESS BRAKE will be affected; 3. Selection of bending notch size In this step, we need to select the notch size for bending in the program. If the product is a 6mm sheet, then we need to choose a notch of about 48mm. The selection basis is 8 times the width of the sheet thickness. This is Fixed normal range values; 4. Backgauge adjustment specifications We need to confirm whether the position and size of the backgauge conform to the programmed size; 5. Stomp and start working After the above four procedures and steps are completed, as long as we step on the pedal, we can start the product bending process. It should be noted that the pedal of the CNC PRESS BRAKE can be released at any time, and releasing it means stopping the work; CNC PRESS BRAKE have a high usage rate, so we need to frequently check the overlap of the upper and lower dies, the oil level of the oil cylinder, the oil circuit seal, and whether the pressure gauge is normal. We also need to do daily lubrication and regular maintenance. Only in this way can the machine have a longer service life and there will not be so many faults during operation!

Shearing machines are used to directly shear various metal materials according to different needs. They are suitable for industries such as steel manufacturing, automobiles, ships, switching appliances, container manufacturing, shearing machinery manufacturing, and light industry. So how can shearing machines be used? The machine has high quality and precision, mainly due to the following points: 1. Power system: The power system is the key to the operation of the entire shearing machine. It can be said that it affects the normal use and life of all components! If the effective shearing power cannot be improved to ensure the sealing of the oil cylinder and the stability of the voltage! Will have a serious impact on other accessories that are halved. 2. Shearing machine blade: The blade of the shearing machine is an important part of the shearing machine. Its shearing depends on the gap between the blades and the quality of the blade to cut plates of different thicknesses, so it can make the incision and quality of the products produced by the shearing machine rate increased. 3. Adjustment of components: During the long-term use of components, automatic or manual component adjustment is required due to the mechanical movement, lever action, arc swing, and gap between screw rods. The adjusted parameters, especially those of CNC machine tools, can Greatly improve the processing accuracy of the shearing machine. The above explains how to ensure the manufacturing accuracy of CNC shearing machines from three aspects.

Welcome to our booth! (Hoston booth number: 20.1F08-10) Thank you to all the customers and friends who have visited our booth! The two machines exhibited at this exhibition and the samples we exhibited successfully attract friends from all over the world. On site, our sales team and professional technicians will provide you with thoughtful service and answer your questions. I wish you a happy exhibition! We look forward to cooperation with you!

Hoston booth number is 20.1F08-10. It is our honor to participate in the 134th Canton Fair this time. Our company has set up three booths at this year's Canton Fair, showcasing two new mechanical equipment from our company, namely the CNC metal spinning machine WLH-DRS850 and the CNC turret lathe CK108MY. Welcome to the booth for close communication and viewing of the machines. We will provide you with excellent service!

When a CNC Metal Spinning Machine needs to be shut down for some reason during the processing or in case of an emergency, the most suitable switch can be selected from the following: (1) Emergency stop switch This switch is effective regardless of the mode. Pressing this switch immediately causes the NC unit to enter a stop state, and all functions are cut off. However, it should be noted that after restoring the emergency stop switch, the operation of returning each axis to the reference point should be performed again. (2) Feed hold switch This switch is effective when the machine tool is running automatically. Pressing this switch immediately stops the feed motion of each axis of the machine tool, but the execution of the spindle and M function is not affected. (3) Reset key Regardless of the method, using this key to stop the machine's operation is effective. Pressing this key will cause the spindle function M to stop.

The structure of CNC Lathe generally includes two types: organic clip-on type and integral welding type. Commonly used turning tool head materials include carbide, high-speed steel, ceramics, etc. Each material has its own scope of application and shortcomings. Carbide turning tool bits are currently one of the most widely used turning tool bits. They are mainly used for precision cutting of metal materials, and are especially suitable for processing high-hardness and high-strength materials. High-speed steel turning tool heads are made of high-hardness high-speed steel. They have high hardness and thermal stability and are suitable for processing low-hardness metal materials. Ceramic turning tool bit is a new type of turning tool bit made of high-quality alumina, silicon carbide and other materials. The cutter head has high cutting efficiency, good cutting quality, long life, and shows excellent stability under working conditions such as high speed, high temperature and high pressure. However, there are also obvious disadvantages, such as being expensive and not suitable for processing brittle materials. The types of turning tool heads are divided into regular triangles, quadrilaterals, pentagons, hexagons, etc. Types of indexable turning tools for CNC Lathe 1. Lever type: It consists of lever, screw, knife pad, knife pad pin and blade. This method relies on the screw to be tightened against the lever, and the force of the lever is used to compress the blade to achieve the purpose of clamping. Its characteristics are suitable for all kinds of inserts with positive and negative rake angles. The effective rake angle range is -60~+180; chips can flow through without hindrance, and cutting heat does not affect the screw holes and levers; both groove walls provide strong support for the inserts. , and ensure the indexing accuracy. 2. Wedge type: composed of set screw, tool pad, pin, wedge and blade. This method relies on the extrusion force between the pin and the wedge to tighten the blade. Its characteristics are suitable for various negative rake angle inserts, and the effective rake angle range is -60~+180. There are no grooved walls on both sides, leaving a gap for easy copy cutting or reversing operations. 3. Wedge clamping type: It consists of set screws, tool pads, pins, compression wedges, and blades. This method relies on the pressing force of the pin and wedge to clamp the blade. Its characteristics are the same as the wedge type, but the chips are not as smooth as the wedge type. In addition, there are bolt press-on type, pressure hole type, press-on type and other forms.

Welcome to EMO Hannover Hoston is located at Hall 13, C42. Exhibition time: 2023. 9.18- 9.23 As the world's premier metal cutting and machine tool industry exhibition, nearly 2,300 exhibitors from all over the world gathered in Hannover, Germany, to showcase their high-end technology and product innovation concepts here. At this machine tool exhibition, we mainly show many exquisite finished metal spinning parts and attracted customer groups from different countries to consult!

CNC lathe has the following characteristics 1. High processing precision and stable processing quality; 2.Possible Multi-coordinate linkage , and processing parts with complex shapes ; 3. When workpiece is changed, it is generally only necessary to change the CNC program, which can save production preparation time; 4. Machine tool itself has high precision and high rigidity, and it is possible to choose a favorable processing amount and productivity 5. High degree of mechanical automation can reduce labor intensity; 6. High quality requirements for operators and high technical requirements for maintenance personnel. CNC machine tools usually consist of the following parts: 1. The main engine, which is the subject of the CNC machine tool, includes mechanical components such as the machine body, column, spindle, and feed mechanism. It is a mechanical part used to complete various cutting. 2. CNC equipment is the core of CNC machine tools, including hardware (printed circuit boards, CRT monitors, key boxes, tape readers, etc.). ) and corresponding software are used to input digital part programs to complete the storage of input information, data conversion, supplementary operations and various control functions.

Do you know advantages of slant bed CNC lathe ? Slant bed CNC lathes are developed based on the principles of CNC machining, and are highly targeted. They are mainly used for processing some complex and high-precision parts. Slant bed CNC lathe have a two-axis linkage, semi-closed-loop . The bed of the host machine is formed by casting. The bed rails are inclined and have a relatively rigid structural design. Due to the inclined bed guide rail, it has a large load section, good rigidity and shock absorption performance, and high cutting precision. It also has high precision, high speed and high spindle speed. It is mainly suitable for processing medium-sized parts such as aviation, bearings and electronics. Slant bed CNC lathe has the characteristics of high turning speed to speed up production. The rough machining process of various difficult-to-machine materials can be completed reliably and stably through the slant bed CNC machine tool. Slant bed CNC lathes are suitable for multi-variety, medium and small batch processing of precision and complex rotating parts in the manufacturing industry. In addition, the slant bed CNC lathe can be equipped with hydraulic chuck and tailstock to realize automatic loading and unloading. The system and functional components can be selected and clamped at one time to realize the function of turning and milling.