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Flush Financial Research Center Reported On May 15 That An Investor Asked Baose Co., Ltd. Whether The Company's Special Products Can Be Used In The "low-altitude Economy" And (flying Car EVTOL) Fields?

Tonghuashun Financial Research Center reported on May 15 that an investor asked Baose Co., Ltd. whether the company's special products can be used in the "low-altitude economy" and (flying car eVTOL) fields? , an investor asked Baose Co., Ltd. whether the company's special products can be used in the "low-altitude economy" and (flying car eVTOL) fields?

Investors focus on low-altitude applications

Recently, some investors directly asked Baose Co., Ltd. about the riveting and welding processing of pressure vessels made of titanium alloy and other special materials , and whether its special products can be used in the field of low-altitude economy and flying cars. This issue is indeed quite hot, after all, eVTOL is currently being discussed by all parties. The company's response was more official about the riveting and welding processing of pressure vessels of special materials such as titanium alloys , but it also disclosed some key information, leaving the market with a lot of room for association.

The core product is not a direct component

The company clearly stated that its main products are pressure vessel equipment made of non-ferrous metals such as titanium, nickel and zirconium. These equipment are mainly used in traditional industries such as energy and chemicals. Although the aviation field is mentioned, they mainly exist as industrial supporting equipment. This means that they are not directly built into the shell or engine of the aircraft, but provide vital pressure-resistant and corrosion-resistant components.

Performance advantages fit new scenarios

This type of special material has extremely strong corrosion resistance and pressure resistance, and its lifespan is also long enough. Application scenarios have become more complex. For example, when flying at low altitudes, you may face more harsh environments. The demand for high-performance containers like this is indeed growing. Although it is not explicitly stated to be used in eVTOL, the versatility of the technology allows the outside world to see potential integration points.

Traditional fields still have basic fundamentals

At present, the main business focus of Baose Co., Ltd. is still within the mature market categories of energy, chemical industry, electric power and environmental protection. Marine engineering and ships are also extremely important application fields. The requirements for safety in these fields are extremely high, and the irreplaceable characteristics of special material pressure vessels are extremely significant and outstanding. The company has accumulated a very deep foundation in these aspects of solid foundation, thus providing solid financial and technical support for the expansion of new fields.

Expanding new markets is the direction

The company said that it will closely follow national policies and development trends with the aim of finding new profit growth points. They will continue to try to expand into new areas and new markets based on market demand. This strategy is quite pragmatic and can maintain the stability of the main business while actively accepting changes. For investors, this shows the company's management's sensitivity to market dynamics.

Future potential remains to be seen

Although the company has not directly promised to use its products in large-scale flying cars, the technical reserves are already in place. As the low-altitude economic policy is further implemented, there may be breakthroughs in the application of special materials in the aviation field. Investors can continue to pay attention to the company's progress in this direction to see if there are any substantive orders or cooperation.

As for the special containers of Baose Co., Ltd., do you think it can really enter the eVTOL supply chain? For this reason, you are welcome to leave words in the comment area to discuss. If you think it is useful, if you think it is useful, then please like and share it!

13 July, 2026
What Should You Pay Attention To When Signing A Processing Contract And What Legal Provisions Are There?

What should you pay attention to when signing a processing contract and what legal provisions are there?

Many bosses think that it is very easy to find a factory to make riveted and welded parts. They just need to talk orally or sign a simple order. In fact, this idea is extremely risky. Once there is a quality problem or delivery is delayed, there is no way to protect your rights. Before signing the contract, you must say the unpleasant words first and write them clearly in black and white on white paper.

Clarify technical standards and drawings

Don't just talk about the terms that need to be paid attention to when signing a riveting and welding processing contract "according to conventional standards". Be sure to attach detailed drawings and technical parameters.

Specify acceptance methods and objection period

Acceptance cannot be based on feeling, and specific testing methods must be agreed upon, such as ultrasonic flaw detection or magnetic particle testing. It should also be made clear that the buyer must raise objections within a few days after receiving the goods. If the objection is exceeded, the goods will be regarded as qualified. This can prevent the other party from delaying the acceptance indefinitely, or suddenly claiming that the quality is poor six months after receiving the goods to lower the price.

Detailed payment nodes and methods

Never make the payment in full at once, and never delay the entire balance for too long. The suggestion given is to adopt a staged payment method, for example, there is an advance payment, a delivery payment, an acceptance payment and a warranty deposit. The proportion of the warranty deposit is generally in the range of 3% to 5%, and will be retained for about one year. By doing this, you need to pay attention to what terms you need to pay attention to when signing a riveting and welding processing contract . You can keep a bargaining chip in your hand, so that the other party will pay attention to after-sales service and quality issues.

Set overdue liquidated damages ratio

Many people ignore the cost of breach of contract and what legal provisions they should pay attention to when signing a processing contract, causing the other party to feel no distress even if the delivery is delayed. The contract must state the proportion of liquidated damages to be paid for each day overdue, such as three thousandths. At the same time, a ceiling must be set, for example, it cannot exceed 20% of the total contract amount. In this way, the other party can not only abide by the agreement, but also comply with the reasonable scope supported by the law.

Agree on the place of jurisdiction for dispute resolution

If a dispute arises, the cost of going to the other party's location to file a lawsuit is quite high. It is best to stipulate in the contract that the court in the place where you are located will have jurisdiction, or choose arbitration. In this way, a large amount of travel expenses and legal fees can be saved to increase the other party's breach of contract costs, and it can also occupy a more favorable proactive position during negotiations.

Which payment in the riveting and welding processing contract do you think is most likely to cause subsequent disputes? Feel free to leave a message in the comment area to start the discussion. Like and share it so that more bosses can avoid the trap.

13 July, 2026
"Precision" Is A Modern Chinese Term For Expressing Precision And

"Precision" is a modern Chinese term for expressing precision and

Precise genes in etymology

At that time, Wang Fu of the Eastern Han Dynasty wrote "precision and precision" in "Qian Fu Lun". This word carries the meaning of meticulousness and thoroughness. The ancients looked at people's performance in doing things, and paid special attention to the need to be careful and never careless. This kind of extreme pursuit of details is deeply rooted in the inherent characteristics of the Chinese language.

In modern times, scientific terminology has emerged rapidly, and the word "precision" has evolved accordingly. It no longer only refers to the mind, but further refers to the accuracy of objective things. The two-syllable structure makes it quite suitable in the context of science and technology . The cost difference between precision machining and ordinary processing has become a key yardstick for measuring standards.

nuances in dialect

For some dialect areas, "precision" implicitly means "clear and careful". Ordinary people also pay attention to clarity and transparency in their daily lives, whether they are talking or doing things. This kind of cognition with the flavor of life makes the vocabulary have more fireworks flavor, and also reflects the diverse characteristics of language in different regions.

Although the semantics have been slightly extended, the core still revolves around "fine" and "accurate". Whether it is written language or daily mantras, people are using different ways to express their yearning for a perfect state. The resilience of such a language is precisely a reflection of the endless viability of Chinese culture.

Dispersion of measurement data

There is a professional term called "precision", which is used to describe the degree of discreteness of measurement data. The more concentrated the data, the more stable the equipment and the more reliable the results. In the laboratory, this is not just a game between numbers, but the basis for establishing trust, and researchers rely on it to judge the performance of the instrument.

Engineers stare at the dashboard, focusing on every tiny fluctuation. High precision also means low error, which is important in the field of quantum computing or nanotechnology. Even a few deviations in the positions after the decimal point may cause the entire experiment to fail. There is absolutely no room for even the slightest chance.

Stringent standards at the micron level

The "high-precision machining" pursued in the engineering field has a particularly high threshold. The equipment must be stable within the micron-level accuracy range, or even the nano-level accuracy range. This means that machine tool vibration and temperature changes must be strictly controlled. The cost difference between precision machining and ordinary processing. "Precision" is the modern Chinese word for accuracy. In the workshop, constant temperature and humidity are standard requirements, and even air dust needs to be filtered.

This kind of precision is not something that is boasted out of thin air, but is created with the investment of real money. The price of high-end five-axis machine tools often reaches tens of millions. They have the ability to process aircraft engine blades and can also manufacture mobile phone chip molds. Behind every screw is the crystallization of top technology.

Terminological resonance across languages

Präzision in German and Précision in French both correspond to "precision" in Chinese. East Asian Chinese character cultural circles share this concept, which shows that there are commonalities in scientific languages. The Japanese also use "precision" with basically the same meaning, which facilitates technical exchanges.

The reason why this consistency reduces the communication cost of cross-border cooperation is because in the global supply chain, no matter which country the parts are purchased from, as long as they are marked with "precision", everyone will know what they are doing. As the universal language of industrial civilization, it connects factories and laboratories distributed around the world.

The core logic of cost differences

Compared with ordinary machining, the cost of precision machining is very different. This difference is like a world of difference. The cost of ordinary lathes per hour is a few hundred yuan, while the cost of high-precision machine tools is thousands or even tens of thousands of yuan per hour. In addition to the cost of equipment depreciation, there are also extremely high maintenance fees and a lot of energy consumption. Furthermore, the wages of skilled workers are also ridiculously high, after all, such skilled workers are very scarce.

Ordinary machining allows larger tolerances and less scrap, so the material waste rate is not critical. Precision machining is different. Once a mistake is made, the entire expensive material may be scrapped. Furthermore, due to the long debugging time and strict quality inspection process, the final product price will naturally increase. So, are you willing to pay for this extreme?

13 July, 2026
Precision Means

Precision means

The price behind accuracy

Many people think that machining is equivalent to cutting metal, and the prices corresponding to high and low precision are roughly similar. In fact, this idea is completely wrong. Precision machining has extremely high requirements for equipment. Ordinary machine tools cannot achieve micron-level dimensional control, so high-precision CNC machine tools must be used.

This type of equipment is expensive to build, and the maintenance costs are equally high. The environment in which it operates requires constant temperature and humidity, and even a vibration-isolating foundation. Such hardware investment directly increases the basic cost significantly. Each process requires stricter monitoring and control, and the investment in manpower and time is much higher than that of ordinary processing.

Tool and consumable costs

The tools used in precision machining are completely different from the tools used in ordinary machining. In ordinary machining, carbide tools can be used to quickly remove material. However, precision machining requires the use of diamond tools or ceramic tools. The unit price of such tools is extremely high, and their lifespan is relatively short, and the frequency of replacement is very fast.

It takes multiple tool passes to achieve the dimensional requirements necessary for precise machining, which involves more tool wear and higher expenditure on consumables. The requirements for coolants and lubricants are also becoming more stringent, and special media with quite high purity must be used, which increases the material cost.

Testing and quality inspection links

Ordinary machining may only require rough measurements with calipers, but precision machining must use a three-dimensional coordinate measuring machine. The price of this testing equipment can easily reach hundreds of thousands, and its operation is complicated and time-consuming. Each batch of products must undergo strict dimensional inspection and geometric tolerance verification.

Those engaged in quality inspection must have extremely high professionalism and be able to interpret complex drawings and technical specifications. This link not only increases labor costs, but also prolongs the production cycle. Many times, the time spent on quality inspection is even longer than the actual processing time, which leads to a decrease in overall efficiency.

Technical talent salary

Meticulous processing is not a type of work that just anyone can control. It requires highly skilled professionals with rich experience. These professionals must not only understand the writing of programs, but also know the relevant knowledge of various mechanics of materials and deformation under thermal conditions. Generally speaking, they have many years of practical operation experience, and their salary level is much higher than that of ordinary workers engaged in operation.

If companies want to retain such talents, they often have to provide more competitive salary and benefits. The cost of training is a considerable amount of money, and new employees must go through a long period of learning before they can take up the job independently. There are differences in labor costs, which will ultimately be reflected in the unit price of the product.

Production efficiency and yield

Even though it takes a long time to precisely process a single object, its most important value lies in high yield and consistency. Ordinary processing methods are very likely to result in cost differences between batch precision machining of scrap products and ordinary processing . However, precision machining relies on strict control of variables to ensure that each product can meet standard standards. This kind of stability will reduce the problems that arise during the subsequent assembly process, thereby reducing the overall risk cost.

However, in order to maintain a high yield, the production line must always maintain extremely high cleanliness and stability. No matter how small the vibration or the change in temperature is, it is very likely to cause waste products. Therefore, enterprises must invest more resources to maintain the stability of the production environment, and this part of the hidden costs cannot be ignored.

How to choose processing method

When choosing a processing method, the cost difference between precision machining and ordinary processing must not be focused solely on the unit price, but the comprehensive cost should be considered. If the product does not have excessive requirements for accuracy, ordinary processing is sufficient to meet the demand, and there is no need to blindly pursue extreme precision. However, once key components are involved, the reliability improvement brought by precision processing is irreplaceable.

This is a suggestion to use the product use as a basis to rationally select the processing technology. For non-critical parts, tolerances can be moderately relaxed to reduce costs. Regarding the cost difference between precision machining of components at the core and ordinary machining , we should face and accept the high price and precision brought by precision machining, so as to ensure product quality and brand reputation. Balancing cost and performance is a wise choice and a wise approach.

Do you think that in the work you are engaged in, should you take the lead in controlling costs or ensuring accuracy? Welcome to leave a message in the comment area to share your views.

12 July, 2026
Explore Q420qD, Q370qENHY_I, Q370qEZ25 Bridge Steel Plate Manufacturers, Are They Reliable?

Explore Q420qD, Q370qENHY_I, Q370qEZ25 bridge steel plate manufacturers. Explore Q420qD, Q370qENHY_I, Q370qEZ25 bridge steel plate manufacturers. Is it reliable? Is it reliable?

What directly determines the life and safety of the bridge is the quality of the bridge steel plates. Many people do not know that different grades of steel plates have huge differences in performance. Due to the wrong selection of materials, the subsequent maintenance costs are very high.

Today we will talk about those key grades, such as the Q345q series, which are indispensable in the construction of railway and highway bridges. High strength and fatigue resistance are the core indicators.

In the industry, Jiangsu Kruber has a good reputation. They supply a full range of products from Q345q to Q620q. They strictly follow national standards during production, and the quality is stable and reliable.

When making your purchase, there are several key points to observe. One is the thickness tolerance, which must comply with national standards. The second is flatness, which will affect processing efficiency. In addition, it has toughness and cannot become brittle and hard when exposed to low temperature environments.

This manufacturer also supplies weathering steel and lamellar tear-resistant steel plates. It has specially designed solutions for complex environments. Its delivery cycle is stable and its performance is uniform, which can reduce the trouble encountered during the construction process.

Including quality and price, they have advantages; high-quality steel plates can reduce the overall project cost; in the field of bridge construction, which aspect do you think bothers you the most?

12 July, 2026
Wedge Steel Plate Manufacturer Yongsheng Tells You About The Main Materials Of Bridge Leveling Steel Plates

Wedge steel plate manufacturer Yongsheng tells you about the main materials of bridge leveling steel plates

Are you afraid of getting into trouble when buying steel plates? A bridge made of the wrong material will have a short lifespan.

What is the difference between Q235 and Q345?

Q235 is an ordinary carbon structural steel with a yield strength of 235 MPa. It is divided into four grades: A, B, C, and D. The higher the grade, the better the low-temperature toughness. The sulfur and phosphorus content control of grades C and D is more stringent and is suitable for important projects. This steel has low cost and is easy to process. It is a common choice for bridge leveling slabs.

Q345 is a low-alloy high-strength steel. Its strength is much higher than that of Q235. It contains higher manganese content and has excellent comprehensive mechanical properties. When it is subjected to large loads or complex stresses, Q345 can provide better safety protection. Although the price is slightly more expensive, its durability is more worthy of trust for the leveling of key parts.

How to choose thickness specifications

Leveling steel plates are divided into different categories: medium plates, thick plates, and thin plates. When making a selection, you must check the specific design conditions of the bridge and the load requirements. Thin plates are generally used to adjust small displacements. Their construction is more convenient, but their stiffness has certain limits. The medium plate has the widest range of applications. It takes into account both strength and weight, and is suitable for the leveling needs of most conventional bridges.

Thick plates are used for long-span or heavy-load bridges, which can provide a larger support area and stability to prevent local collapse. The specifications provided by the manufacturer Yongsheng are diverse, and customers need to customize them according to the actual drawing dimensions. The appropriate thickness can ensure uniform stress on the supports and avoid deformation problems caused by insufficient plate thickness.

Differences between hot rolling and cold rolling processes

Steel plates are divided into hot rolling and cold rolling according to the rolling method. Hot rolling is formed under high temperature conditions. There may be oxide scale on the surface, but the internal structure is tight. It is suitable for manufacturing thick plates that require high strength. It has lower costs and higher production efficiency. For bridge leveling plates, hot rolling is a mainstream process and can meet most composition requirements.

Cold rolling is carried out at room temperature. Its surface is smooth and flat, and its corresponding dimensional accuracy is very high. However, it is generally only applied to relatively thin sheet parts, and its processing cost is relatively high. Within the specific field of bridge leveling, the use of cold rolling is relatively rare, unless there are special requirements for surface anti-corrosion or external appearance. In general projects, hot-rolled steel plates have become the first choice due to their cost-effectiveness.

For use with plate supports

Wedge-shaped steel plates are often used in conjunction with plate rubber bearings. The structure is relatively simple, the price is relatively low, and ordinary plate bearings do not require maintenance. When the sliding function needs to be added to the surface of the bearing, polytetrafluoroethylene plates are used for pasting. This combination can adapt to the rotation and horizontal displacement of the beam end, and is particularly suitable for bridge scenarios with small and medium loads and large displacements.

The friction coefficient of PTFE plates is extremely low, allowing the beam ends to slide freely, which can effectively release the stress caused by temperature changes, thereby protecting the bridge structure. Such products produced by Yongsheng have excellent performance. They are not only technologically advanced, but also have buffering and isolation effects. The installation height is low, making construction and maintenance easy, and are very popular among users.

Key items for daily inspection

Regular inspection of the condition of the bearings plays a vital role. First of all, you have to take a look to see if there is slippage or voiding, because this situation will affect the force balance. Secondly, check whether the shear displacement is too large, and the shear angle should not exceed 35 degrees. In addition, observation should be made to see the amount of compression deformation. Its value must not exceed 7% of the total thickness of the rubber layer to prevent bearing failure.

In addition, you should pay attention to whether the rubber protective layer has cracked and hardened, recorded the location and length of the cracks, and evaluated the degree of aging. For PTFE skateboard supports, you should check whether the skateboard is intact and whether there is peeling, confirm that the stainless steel plate has not slipped out, and that the oil storage pit filled with silicone grease is working normally to ensure smooth sliding without obstruction.

Manufacturer selection suggestions

When selecting a manufacturer, what you need to look at is qualifications and cases. As a professional manufacturer, Yongsheng provides a full range of materials from Q235 to Q345. They pay special attention to details, starting from the composition of the materials to the thickness control. When making purchases, customers should ask to see the quality inspection report to confirm that the chemical composition and mechanical properties are up to standard.

Don’t just look at the price, but also look at the cost-effectiveness. High-quality steel plates can keep bridges safe and stable for a long time. It is recommended to contact the manufacturer directly to obtain samples and detailed parameters. Make a wise choice by comparing the services and product quality of different manufacturers. After all, the quality of bridge projects is related to public safety and cannot be taken lightly.

Do you think, among the bridge leveling steel plates, which one, Q235 or Q345, will be more suitable for your project? Welcome to leave a comment to discuss, like and share more interesting content!

12 July, 2026
①It Should Be Able To Ensure The Accuracy And Accuracy Of The Workpiece Being Processed.

①It should be able to ensure the accuracy and accuracy of the workpiece being processed.

What are you most afraid of when engaging in CNC machining? That is choosing the wrong tool path, which will lead to scrapped parts or very low efficiency. Many people think that as long as the machine tool is good enough, it is enough. In fact, programming strategy is the key. Just today, I’m going to talk about those tool path types that give masters a headache but are inseparable from CNC milling tool path types , to help you avoid the pitfalls.

Secrets of commonly used paths

Although G code is boring and boring, it controls how the machine tool moves. Common paths include following the periphery, parallel milling, and radial. Each path has its own unique application scenario, and it cannot be adopted just by selecting it.

Novices often have difficulty distinguishing the differences between them, resulting in uneven surface quality. Knowing these basic types is the first step towards becoming a master of CNC milling tool path types , and it is also a key point in ensuring accuracy.

The magic of following your surroundings

This path is suitable for processing irregular contours. The tool will travel close to the edge of the part. It can obtain a good finish on the side wall, which is especially suitable for the finishing stage after roughing.

For complex shape conditions, manual programming is basically impossible to complete, but CNC can handle it relatively easily. With the reasonable settings around the instrument, it can be ensured that the tool always runs according to the established trajectory, thereby reducing the occurrence of tool empty running and thus improving the overall processing efficiency.

Choice of parallel and radial

The CNC milling tool path type using parallel milling is like cutting tofu in parallel. It is suitable for machining regular large planes. The efficiency is relatively high and the work is very uniform. However, residual material is easy to be left in the corners.

The radial shape is a situation of spreading from the center to the outside, or converging from the outside to the inside. It has significant advantages in the process of processing the cavity. It can prevent the tool from staying at the center point for too long, thus protecting the tool life.

The power of the spiral knife

Traditional vertical cutting is prone to tool breakage, while spiral cutting, like using screws when drilling, cuts in slowly. This cutting method is more uniform in force, and the pressure generated by the spindle and the tool is much smaller in comparison, so it is extremely suitable for deep cavity processing.

A large number of current machine tools support such intelligent path setting ① which should ensure the accuracy and accuracy of the workpiece being processed. By adjusting the spiral diameter and step distance, and following the relevant content, you can find the optimal parameters that best suit the current material and tool, thereby achieving twice the result with half the effort.

Path decision accuracy

What directly affects the dimensional accuracy and surface roughness of the final part are different path types. If you choose the wrong path, even if the machine tool has extremely high precision, you will not be able to produce high-quality products.

This requires programmers to be familiar with the characteristics of various materials. The processing path parameters of aluminum alloy are completely different from those of stainless steel. Blind application of templates will definitely lead to catastrophic consequences.

Summary of practical experience

Don't just focus on theory, try different path combinations more than actual operations. Pay attention to the various conditions of tool wear and the effect of chip removal, and continuously adjust relevant parameters, so that you can accumulate experience.

Remember, there is no best path, only the most suitable path. Flexible selection based on part shape, material hardness and machine tool performance is the core competitiveness of CNC machining. Which path do you think is the most difficult to control? Welcome to leave a message to start a discussion.

11 July, 2026
What Are The Main Components Of Wire Cutting Machine Tools?

What are the main components of wire cutting machine tools?

Core host and workbench

The workbench composed of precision guide rails and sliders is responsible for supporting the workpiece. It is part of the main machine, and the main machine contains the mobile workbench and cutting head. The main machine is the skeleton of the whole machine. Such a stable structure can reduce vibration and ensure stability during the processing.

The cutting head responsible for performing actual discharge operations has a complex structure. It relies on precise motion trajectory control and cooperates with the CNC system to achieve precise positioning. The combination of the two lays the foundation for high-precision processing.

Intelligent control system

The CNC system used in machine tools serves as its brain, responsible for analyzing processing programs and issuing instructions. It precisely controls the execution sequence and logic of each action. The machine can automatically complete complex paths without manual intervention by the operator.

Focusing on real-time adjustment of position and speed is the servo system, which provides millisecond-level response in three-dimensional space. What are the main components of a wire cutting machine tool? , ensuring that the tool follows the program, the human-machine interface makes the operation more intuitive, and the parameter settings can be understood at a glance.

Molybdenum wire and discharge principle

The core of the wire cutting system is the cooperation between molybdenum wire and high-voltage electricity. The power module will provide high-frequency pulses, which will generate sparks between the molybdenum wire and the workpiece. This non-contact cutting prevents mechanical stress from causing damage to thin-walled parts.

The molybdenum wire as the electrode continues to rotate and be consumed, and must be replenished in time. The dielectric wire cutting surface stripe treatment in the working fluid tank plays a role in helping insulation and chip removal. Such a unique processing method is particularly suitable for difficult contour cutting of conductive metals.

Cooling and Thermal Management

High-speed cutting will generate huge heat, which can easily cause wire breakage or deformation. The cooling system uses a circulation pump to send the low-temperature working fluid to the cutting area. Not only does this cool down, it also flushes away molten metal particles to keep gaps clean.

Significantly prolongs the life of molybdenum wire and improves surface quality. Good heat dissipation plays a significant role. For complex curved surface processing, temperature control is extremely important for wire cutting surface stripe treatment . To eliminate thermal deformation and prevent surface streaks, a stable temperature environment is the key guarantee.

Advantages of multi-axis linkage

Traditional three-axis machine tools have difficulties when facing complex curved surfaces and are prone to leaving tool marks. Zhikai's five-axis linkage technology allows the workpiece to rotate at multiple angles. In this way, the tool can contact the workpiece at the best angle, avoiding dead corners, and achieving an overall smooth transition.

Multiple clampings are reduced by multi-axis collaboration, and the cumulative accuracy is improved. Whether it is parts in the aerospace field or precision molds, molding can be completed in one go. Such an efficient process solves problems such as surface roughness and stripe defects from the root cause.

Industry Applications and Selection

This equipment is widely used in automobile molds and precision instrument manufacturing. High precision means fewer subsequent polishing processes, which can directly save costs. For those companies that pursue the ultimate surface effect, choosing a suitable wire cutting solution is extremely important.

In order to get more details, come and pay attention to Zhikai CNC. When faced with the troubles caused by surface streaks, optimizing the machine tool structure and cooling strategy is the first option to be considered. Have you ever encountered any problems related to surface quality during use? Please leave a message to discuss.

11 July, 2026
5 Measures To Reduce The Cost Of Slow Wire Cutting, So Practical

5 measures to reduce the cost of slow wire cutting, so practical

Silk consumption is shocking, cost is a pain point

Although the accuracy of slow wire cutting is relatively high, the electrode wire is one-time use, so the cost has always been very high. According to the traditional concept, people think that they can only pay high prices to pay for it. In fact, if the process parameters are optimized, expenses can be greatly reduced.

Speed reduction, wire saving and reverse compensation

The wire running speed is reduced from the original 10 meters to more than 1 meter, and the service life of a single coil of wire is extended to 20 days. Although this creates a taper, relying on the reverse compensation function of the machine tool can eliminate errors and achieve precise cutting.

Adjust parameters, speed up and take quality into account

When targeting aluminum parts for processing, it is necessary to increase the number of pulses and reduce the voltage of wire cutting surface stripe processing , so that the efficiency of wire cutting surface stripe treatment can be improved by three times. It is necessary to find a balance between speed and surface roughness to prevent the risk of wire breakage and ensure that costs can be reduced while ensuring quality.

Optimize paths to reduce empty runs

The path of the automatic program is often lengthy, especially the empty part after the wire is broken. Manual interference can improve the path, which can significantly reduce the length of the non-cutting period and directly reduce the ineffective loss of the electrode wire.

Speed up and idle to reduce thread threading

The speed of the dry cutting tool has been increased to 25 millimeters per minute to speed up the turnover. At the same time, the order of wire threading has changed, and multiple pieces are processed alternately. On average, each piece is threaded only once, saving two meters of electrode wire each time.

Comprehensive effectiveness interactive questions

If these five improvements are implemented, an average annual savings of up to 50,000 yuan can be achieved. So during the processing process, what kind of difficult problems have you encountered that caused wire breakage or high costs? You are welcome to leave your comments to share your solutions and start an exchange of experiences together.

11 July, 2026
①It Should Be Able To Ensure The Accuracy And Accuracy Of The Workpiece Being Processed.

①It should be able to ensure the accuracy and accuracy of the workpiece being processed.

Many people think that CNC is simply drilling holes. In fact, it is more complex than you realize. It has extremely high precision and can produce repeatedly. This is an advantage that manual operation cannot match. Whether it is precision parts or complex shapes, it can be easily completed.

The core principles of CNC

Using code to control machine tools is the essence of CNC. Programmers write G codes to command the tool to move in three-dimensional space. This is like giving precise instructions to the machine, so that the machine can clearly know in which direction it should move and at what speed.

This kind of automated control makes the machining process completely digital. The feed speed of the tool is strictly set, the spindle speed is also strictly set, and the coolant and tool changing actions are automatically triggered by the program, without the need for manual intervention, and the efficiency is greatly improved.

High accuracy and repeatability

The outstanding selling point of CNC machining is stability. Once the program is debugged, there is almost no difference between the first product and the hundredth product. This consistency is extremely critical for mass production and completely solves the problem of manual errors.

The precision of parts can reach the micron level, which shows that even extremely small parts can meet stringent assembly requirements. For industries such as automobiles and aviation, this repeatability is the foundation for ensuring product quality!

Break through shape limitations

The curves of some parts are so complex that it is impossible to cut them with hand tools. Otherwise, even if they are made, they will be distorted and out of shape. CNC can handle various complex contours and curved surfaces with ease. It will not have any relevant impact on the worker's feel. As long as there are no problems with the design drawing, it can perfectly restore it.

This means that designers are no longer within the constraints of manufacturing difficulty. Complex geometric structures can be directly converted into codes. Many components that need to be put together through several processes in traditional processes can now be formed in one clamping, greatly simplifying the production process.

Common processing methods

CNC milling is the most common in workshops. It uses rotating tools to remove material and is suitable for processing flat surfaces, slots and complex cavities. Milling machines have strong flexibility and are the main force in most machining workshops. Their application range is extremely wide.

Next is the CNC lathe, which mainly processes rotary parts. Shaft parts and disc parts are most efficiently processed on lathes. In addition, there is wire electric discharge cutting, which is specially used to deal with high-hardness metal materials. It uses electrode wire discharge to erode the material, and its accuracy is extremely high.

Current status of industry popularity

Now, a workshop with CNC capabilities has become a must-have equipment, facilities, facilities, etc. From large-scale manufacturing companies to small-scale processing plants, almost everyone is using this technology. It is no longer exclusive to high-end, but an infrastructure facility for modern manufacturing. Mastering CNC technology means mastering the entrance channels, methods, methods, etc. for efficient production.

According to the development trend of technology, CNC is transforming in an increasingly intelligent direction. New processes such as five-axis linkage are constantly emerging, and its processing range and accuracy are constantly breaking through the limits. Knowing these relevant contents can help enterprises choose more appropriate processing solutions, thereby reducing costs and enhancing competitiveness.

Which CNC processing method will cause you the most headache? In your opinion, you are welcome to leave a message in the comment area to discuss and communicate with each other. By liking and sharing, more colleagues can benefit from it.

11 July, 2026