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The materials commonly used in sheet metal processing include cold-rolled plates, galvanized plates, copper plates, aluminum plates, stainless steel plates, aluminum materials, etc. Their functions are different. As for how to choose, it is generally necessary to consider its purpose and cost. Sheet metal parts are thin metal parts that can be processed through stamping, bending, stretching, and other methods. A general definition is parts with constant thickness during the processing. Correspondingly, there are castings, forged parts, machined parts, etc. For example, the outer iron shell of a car is a sheet metal part, and some cabinets made of stainless steel are also sheet metal parts. Usually, the three most important steps in sheet metal processing plants are cutting, punching/cutting, and folding.       Sheet metal, also known as plate metal, comes from the English word "platemetal". It is usually made by manually or by stamping some metal sheets with molds to produce plastic deformation, forming the desired shape and size. It can be further welded or processed with a small amount of machinery to form more complex parts, such as chimneys, iron furnaces, and car shells commonly used in households. Sheet metal processing is called sheet metal processing. For example, using sheet metal to make chimneys, iron drums, oil tanks and pots, ventilation ducts, elbow heads, sky gardens, funnel-shaped structures, etc., the main processes are cutting, bending edges, bending forming, welding, riveting, etc., which require a certain amount of geometric knowledge.

Introduction to six major process flows for stainless steel sheet metal processing:   What are the main steps involved in the common stainless steel sheet metal processing? Let me introduce them to you below:   Design of stainless steel sheet metal processing drawings ->laser processing or (CNC stamping) ->bending ->welding forming ->electrostatic powder coating or (liquid paint) ->packaging and shipping   Design of stainless steel sheet metal processing drawings: Generally, customers provide drawings or samples, which are measured, designed, unfolded by our company's engineering personnel, and finally formed into processing decomposition drawings and assembly drawings to be submitted to the production department for processing.   Stainless steel sheet metal processing laser processing: Our company has a large laser cutting machine (refer to the equipment introduction for details), which can cut and cut materials such as carbon steel and stainless steel. Using laser cutting for cutting, the cross-section of the workpiece is neat, smooth and beautiful after processing. Stainless steel sheet metal processing has precise dimensions and is more advantageous for workpieces with curved lines. It is an irreplaceable processing method for general CNC stamping.     Stainless steel sheet metal processing CNC stamping: Our company has imported turret CNC punching machines from Finland. CNC stamping is mainly suitable for products with thin material thickness, generally below 2.5mm, and workpieces with many holes or requiring special molds (such as convex and concave molds) to be processed. When processing large batches, CNC stamping has certain cost advantages.   Bending: After the workpiece is cut, if most of it needs to be bent into shape, the company has multiple computerized bending machines, which not only have fast speed but also more accurate workpiece processing, providing a good guarantee for subsequent welding and assembly.   Welding Forming: After the workpiece is cut, it generally needs to be assembled into shape. There are various assembly methods, some of which are directly formed by non welding processes such as screws and rivets. This forming method is simple, environmentally friendly, and easy to disassemble, but it has complex design, weak structure, and unattractive appearance. Therefore, this type of assembly method is generally not adopted for mechanical shells. It is more suitable for office products such as furniture. Welding forming is commonly used for mechanical shell sheet metal. Companies generally adopt argon arc welding, impact welding, carbon dioxide welding, etc. After welding, the workpiece is polished and polished to make it more solid and beautiful. Do you know the six major process flows for stainless steel sheet metal processing?   Electrostatic powder coating for stainless steel sheet metal processing: Electrostatic powder coating is mainly used for carbon steel workpieces. Stainless steel is generally cleaned with alcohol after welding, and then no longer needs to be treated. However, iron parts are prone to rust, so surface treatment is required. In terms of process, oil and rust removal, surface cleaning, phosphating treatment, electrostatic powder coating, high-temperature baking and other processes are generally carried out first. After treatment, the surface of the workpiece is beautiful (color and pattern can be chosen by oneself), and it will not rust for several years, with low cost and other advantages.   Liquid paint for stainless steel sheet metal processing: This process is different from electrostatic powder coating. It is generally used for large workpieces and has the advantages of convenience and low cost when it cannot be transported. Liquid paint is generally divided into two steps, applying primer and topcoat after workpiece processing.

Research and Application of Laser Cutting Processing and Precision Sheet Metal Processing Technology   Factors affecting the quality of laser cutting   There are many factors that affect the quality of laser cutting processing, and an important advantage of laser cutting processing is that it can implement high control over the main factors in the process, so that the cut workpiece fully meets the customer's requirements and has good repeatability. These main factors consist of process parameters such as cutting speed, focal position, auxiliary gas pressure, and laser output power. In addition to the four most important variables mentioned above, factors that may affect cutting quality include beam parameters (mode and power, polarization of laser beam, focusing of laser beam, pulse wave beam) and workpiece characteristics (material surface reflectivity, material surface state), as well as other factors such as cutting torch and nozzle, external optical path system, workpiece fixation, etc. Cutting quality can be improved by changing the characteristics of the workpiece. Excessive surface temperature and corrosion of steel can affect cutting quality. It is generally required that the steel plate temperature should be low, and the steel plate surface temperature can be reduced by adjusting the cutting sequence. It is required to move to a far position for cutting after cutting at one position. In the process of adjustment, cutting quality and cutting efficiency should be comprehensively considered: the steel plate temperature can also be reduced by using water cooling at the cutting position. The surface of the steel plate is severely corroded, which seriously affects the cutting quality and leads to large cutting notches. When cutting holes, the waste cannot be removed, increasing the cost of subsequent processing.     Laser cutting processing is the most important application technology in the laser processing industry, and it is also the earliest and most commonly used processing method in laser processing. It accounts for over 70% of the entire laser processing industry. This article mainly introduces the principle of laser cutting, the characteristics of laser cutting, the analysis of the main influencing factors of material laser cutting, and the development and analysis of the main process technology of laser cutting. At present, laser cutting is mainly CO2 laser cutting. This article also introduces the main principles of CO2 laser cutting, the processing characteristics of CO2 laser cutting, and the application of CO2 laser cutting in various fields at home and abroad. Introduction and analysis of laser cutting of commonly used engineering materials. The current development status and prospects of laser cutting technology, and based on its domestic and international development status, the future development trend of laser cutting technology is pointed out.   Laser cutting processing principle:   The laser beam is focused into very small light spots with a minimum diameter of less than 0.1mm, achieving a high power density of over 106W/cm2 at the focal point. At this point, the heat input by the light beam (converted from light energy) far exceeds the part reflected, conducted, or diffused by the material, and the material quickly heats up to the point of vaporization humidity, evaporating to form pores. As the beam moves linearly relative to the material, the holes are continuously formed into narrow (such as about 0.1mm) slits, and then high-pressure gas is used to blow away the melted or vaporized material from the slits, achieving the effect of cutting the material. Due to the use of invisible light beams instead of traditional mechanical knives, the mechanical part of the laser blade head has no contact with the work and will not cause scratches on the working surface during operation; Laser cutting speed is fast, the incision is smooth and flat, and generally does not require further processing; The cutting heat affected zone is small, the deformation of the board is small, and the cutting seam is narrow (0.1mm~0.3mm); The incision has no mechanical stress and no shear burrs; High processing accuracy, good repeatability, and no damage to the material surface; Numerical control programming, capable of processing any flat plan, can cut large entire boards without the need for molds, saving time and economy.

1. Comparison between laser cutting and plasma cutting   Plasma cutting has obvious thermal effects, low precision, and the cutting surface is not easy to undergo secondary processing, but it can cut thick plates. Laser cutting processing can only cut medium and thin plates. Laser cutting has a smooth cutting surface and high precision, and generally does not require secondary processing. The cutting speed is also faster than plasma.   2. Comparison between laser cutting and wire cutting   For metal processing, wire cutting has higher accuracy and can cut thick plates, but the speed is slow. Sometimes, other methods such as perforation and threading are needed for cutting, and the cutting size is greatly limited. Laser cutting can drill and cut materials, with a faster cutting speed and a larger processing size range than wire cutting. The obvious advantage is that the speed is faster than wire cutting.   3. Characteristics of laser cutting   Laser cutting is currently widely used in the metal processing industry, with fast cutting speed and high precision. It has an absolute advantage in cutting metal sheets such as medium thin plates, aluminum plates, and stainless steel.     4. Comparison between laser cutting processing and water cutting   The investment in laser cutting processing equipment is relatively large, and it is currently mostly used for cutting medium thin steel plates and some non-metallic materials. The cutting speed is fast and the accuracy is high. In addition, laser cutting is not ideal for some materials, such as non-ferrous metals and alloys such as aluminum and copper, especially for cutting thicker metal plates. The cutting surface is not ideal, and even cannot be cut. At present, people's research on high-power laser generators is aimed at solving the cutting of thick steel plates, but the costs of equipment investment, maintenance, and operation consumption are also considerable. Water cutting has low investment, low operating costs, a wide range of cutting materials, high efficiency, but is busy with speed, low precision, and easy to operate and maintain. But laser cutting speed is faster and more precise than water cutting speed.   5. Comparison between laser cutting processing and other cutting methods   For some metal parts, the punching and shearing process can be adopted, which is efficient, fast, and low-cost, but requires specific molds and cutting tools and can only punch and shear the thinnest plate. Compared with this cutting method, laser cutting is more flexible and can cut and process workpieces of any shape at any time without molds. The punching and cutting process will be difficult or impossible to achieve. Flame cutting is also a commonly used cutting process in the metal field, with a wide range of cutting thickness. However, compared with laser cutting, the cutting surface quality and accuracy are poor, but it can process thick plates and has a larger processing range than laser cutting.

During laser cutting, its energy density is very high, usually around 10W/cm2. The energy density of this density is proportional to 4/π d2, so the diameter of the focal spot can be minimized as much as possible to facilitate cutting narrow cuts.   The diameter of the focal spot can also be directly proportional to the depth of focus of the lens. The smaller the depth of focus, the smaller the focal spot. However, there may be splashing during cutting, and if the lens is too close to the workpiece, it can easily cause damage to the lens. Generally, high-power laser equipment is applied with a focal length of 5 "~7.5" (127~190mm) during operation, and the standard diameter is between 0.1~0.4mm.     High quality laser cutting is closely related to the effective depth of focus, lens diameter, and the material being cut. For example, for a 5 "lens cut from carbon steel, the depth of focus is within+2% of the focal length, which is basically around 5mm. So the control of the focus has a great impact on the cutting quality, and the cutting quality and speed are closely related. Generally speaking, 6mm is a boundary, and 6mm of metal material focuses on the surface; 6mm carbon steel, with the focus on the surface; 6mm stainless steel, with the focus below the surface, this is only theoretical and can only be determined through experimentation.   High power laser equipment has a direct impact on cutting quality in terms of laser beam parameters, machine and CNC system performance and accuracy, mainly manifested in the processing of some larger parts. Now it is necessary to master and solve the following key technologies, which are focal point position control technology.

The processing steps for sheet metal parts are: product pre testing, product processing trial production, and mass production of products. During the product processing and trial production steps, timely communication and contact with customers should be made to obtain corresponding processing evaluations before proceeding with mass production of the product.     Sheet metal processing is the earliest practical laser technology in laser material processing technology. Laser drilling in sheet metal workshops generally uses pulsed laser, which has high energy density and short time. It can process small holes of 1 μ m, especially suitable for processing small holes with certain angles and thin materials. It is also suitable for processing deep small holes and micro holes on parts with high strength, hardness or brittle soft materials.

When the cutting speed is too fast, the time for the laser beam and the raw material to come into contact with each other is shorter, so the area of the useful light spot on the surface of the workpiece will decrease, and the width of the incision will also decrease. Moreover, when the beam mapping point is close to the cutting edge, if the speed is too fast, the melting speed of the cutting edge will not keep up, and the roughness of the cutting surface will be greatly reduced, and slag will appear at the lower part of the cutting edge.     On the contrary, insufficient cutting speed is also not good, as it increases the time for the interaction between the raw material and the laser, and the area of the useful light spot also increases, resulting in a larger cutting seam. At this point, there may be a problem where the melting speed is normal but the cutting speed cannot keep up, resulting in an over melting reaction and causing the incision to be uneven and too wide.

In the field of laser cutting for precision metal sheet metal materials, the terms sheet metal processing and high-precision sheet metal processing are often heard. Sheet metal processing is a core technology that professional technicians must grasp, and it is also the key to the entire process of product workpiece forming. Sheet metal processing includes traditional methods such as laser cutting, material cutting, sheet metal bending and forming, as well as various cold stamping die and mold design and processing process parameters, principles and operating steps of various machine equipment, and new stamping die design.     Compared with traditional metal sheet metal precision machining, high-precision sheet metal machining has the advantages of high quality and excellent performance. The use of LEGO building blocks in the design scheme is beneficial for large-scale production of institutions and cost control. The diversification of types and the expansion of deformation design schemes have expanded the application scope of gear motors. The regulations for high-precision gold mineralization are relatively high, and strict adherence to dimensional tolerances is necessary. If the deviation can be assembled, it will not pass the standard. Its dimensional tolerance is also higher than the standard value.  

Precision machining refers to the machining of parts with precise dimensional tolerances, using precision machining equipment and special machining requirements.   Rough machining refers to the rough machining or machining of ordinary machine tools to a free tolerance range without the need for surface treatment techniques.       In the sheet metal processing industry, processing accuracy refers to the actual value of the relevant workpiece, including dimensions, geometric shapes, and the mutual position of each surface after processing, as well as the degree to which the ideal geometric parameter requirements for pre design are achieved.   Processing accuracy usually includes dimensional accuracy, shape accuracy, and positional accuracy. Dimensional accuracy is used to limit the range of dimensional errors between the machined surface and its reference, shape accuracy is used to limit the macroscopic geometric errors of the machined surface, and position accuracy is used to limit the mutual positional errors of the machined surfaces  

Sheet metal factories have developed rapidly in recent years, with a large number of sheet metal processing shops and manufacturers appearing on the streets and alleys. What has promoted the development of this industry? Mechanical automation is the main factor. Nowadays, most customers in sheet metal processing are engaged in mechanical equipment processing. The shells, chassis, and cabinets on the machinery are all sheet metal parts, which require professional equipment and multiple processes to complete a perfect product.     In fact, sheet metal processing has no technical content and follows standardized processes such as sheet metal laser cutting, sheet metal forming, sheet metal bending, and welding. It is precisely because there is no technical content that we strive for the processing capability of mechanical equipment and the processing level of the factory's technical team. Due to the large number of sheet metal processing procedures, complex orders, and data, there are often delays in delivery of sheet metal processing orders.   How can sheet metal factories respond to the situation of accurate delivery time for sheet metal processing products?   The fundamental reason is that sheet metal processing generally has a short delivery time, unstable processing business, and it is difficult to produce according to the monthly plan. Customer orders are also based on the sales situation of the enterprise, so it is not possible to provide sheet metal processing enterprises with timely and quantity orders. Sometimes, when the demand of the enterprise increases, the sheet metal processing factory cannot complete it at once, resulting in the problem of delayed delivery. If the sheet metal processing is not arranged properly, it will delay the customer's delivery time, affect the development of the customer's company, and naturally be dragged into the ranks of dishonest suppliers by the customer, thereby damaging the company's own interests.     If the order cannot be completed on schedule, the business personnel should communicate with the customer to explain the situation Never accept orders that cannot be completed, and always find various reasons to delay, resulting in losing customers Since the sheet metal delivery time is tight, I believe this is not just your company's situation. It must be the situation of the entire industry. In such a situation, customers can also understand. If they cannot deliver on time after taking the order, they must communicate sincerely with the customer to gain their understanding. However, some sheet metal processing factories blindly deceive and delay customers, always saying that they can do it quickly, but they cannot deliver the goods when the time is up. This will create a sense of distrust in the factory, and perhaps this customer will be lost!

The sheet metal processing industry is an important part of manufacturing, and many industries require sheet metal processing services, such as the casing of machinery and equipment. It is widely used in industrial applications. The sheet metal processing industry is a labor-intensive industry with multiple processing procedures. Each sheet metal processing equipment requires dedicated personnel to manage, which results in a high dependence on manual labor. Due to factors such as delayed delivery times in sheet metal factories, a large amount of labor is needed to meet production needs.     To maintain competitiveness in the market for sheet metal processing enterprises, it is necessary to control the production process. Then how to improve the processing efficiency of the enterprise? First of all, the processing equipment should be awesome. Taking the laser cutting process of the sheet metal factory as an example, a high-power laser cutting machine can effectively improve the overall processing efficiency and provide guarantee for the enterprise to deliver goods to customers in time.     Sheet metal factories play an indispensable role in the manufacturing process of shell processing, and the quality requirements for sheet metal processing are becoming increasingly high. Sheet metal factories must have quality awareness to ensure that their products are truly recognized by customers. Based on the emphasis on product quality, we will also create different products for our customers, ensuring that every product coming out of our factory is perfect. In terms of process control, it is necessary to strengthen management and enable units to maximize efficiency through manual labor. Only in this way can the company's products win customer recognition, customer orders be delivered on schedule, and industry reputation be established.

In today's highly competitive sheet metal processing market, where there is an excess of homogeneous products, companies want to establish their own brands and take the path of brand marketing in order to differentiate themselves from other similar products and sell them well. To serve the transformation and upgrading of enterprises, sheet metal factories are working hard to cope with the economic downturn. How to maintain business growth in such an environment and how to sustain the operation of the enterprise are the top priorities in business.   The operating costs of enterprises are constantly increasing, workers' wages are increasing, and workers' welfare is also increasing. A boss said on Baidu two days ago that only by producing high-quality products and gaining more profits can we continue to operate.     A brand without quality is like a castle in the air. Therefore, in the brand marketing of sheet metal processing professional factories, it is necessary to first provide quality and delivery services for customers' products, solve their production problems, and create more value for customers.   On the path of manufacturing, we have no way out. We need to optimize product quality to the end.     The sense of crisis exists in the blood of our enterprise, and a large number of peers are waging a low price war against us, but we support taking the high-quality route and widening the distance between roadside sheet metal processing shops and small workshops. The introduction of Tonja's German Tongkuai 3040 laser cutting equipment has taken our manufacturing capabilities to the next level, and the pressure is also greater because we need more orders to maintain our business operations.

In 2025, many sheet metal factories will experience a downturn in business and lose a lot of money. Many people complain that their peers are too ruthless, their prices are too low, and they are crazily competing for orders. To be honest, the overall situation of the industry cannot be changed. What you can do is to change yourself and improve the competitiveness of your enterprise. Other complaints are unnecessary. The sheet metal processing market is saturated with production capacity and fierce competition, which has become a reality. What we can do is to calmly think and improve our manufacturing and service capabilities during this chaotic time, serving our own customers and turning others' old customers into our new customers.     Many peers always complain that business is becoming increasingly difficult to do, customers have high demands, unit prices are still cheap, and competition among peers is uncertain how long it can last. I think what my friends are saying are objective problems, but we cannot always work with complaints. We must see the advantages of the industry, do a good job in existing customers, and provide good sheet metal processing and manufacturing services. I believe that we can gain the respect and recognition of customers and introduce more customers in need. Our factory never worries about not having new customers, because relying on referrals from old customers is enough for us!   Sheet metal processing is a service where product quality and delivery time are crucial. If factories can focus on these two aspects, we believe they can gain more customer support. Often, some peers set aside the needs of their customers and blindly pursue their own interests, repeatedly entrusting delivery times to them. Such factory customers will not be willing to cooperate again after just one cooperation.     In fact, partners not only focus on your quality, but also on your service. I have seen a customer rushing to open the market, urging for shipment, and asking when their goods will be shipped. But the phone couldn't be reached, no one answered, and when they answered, they said they didn't know. They searched several times in a row, but the customer was frustrated and decided not to cooperate with them next time. Therefore, we need to focus on service. Putting customers at the heart and delivering products and services with dedication, we believe that business will naturally make breakthroughs. As a sheet metal factory with certain processing capabilities, especially after introducing the Tongkuai 3040 laser cutting equipment, we will have more confidence in completing customer orders and better cooperate with customer processing, making customers worry free, convenient, and worry free!

After years of innovation and development, the research and production capacity of China's mechanical equipment manufacturing industry has made significant leaps. Compared with high-end automation equipment in Europe and America, Chinese automation equipment has obvious cost-effectiveness. A robotic arm is only about half of the same type of product abroad, which is very attractive for developing country enterprises.     The global manufacturing market is very large, and the mechanical equipment manufacturing industry is bound to usher in new development opportunities. Of course, the demand for precision equipment sheet metal processing will also increase, which will be the spring of the sheet metal processing industry. To provide excellent precision equipment sheet metal processing services, it is necessary to have manufacturing and quality assurance capabilities, as these products require high sheet metal processing technology.   We must also see that the vicious competition from sheet metal processing manufacturers at low prices is fully reflected in the sheet metal industry! In the sheet metal processing industry, there are a large number of "three no" factories, without research and development, standardized management, environmental investment, branding, minimal tax and labor costs, and only low prices.     The low price of sheet metal processing starts from roadside sheet metal processing shops, and customers often compare prices with quotes from other suppliers. Little did they know that in the sheet metal processing industry in Dongguan, it is difficult to persist in producing high-quality and stable products. It is not as simple as a few machines and a few newly hired technicians on the roadside. Truly high-quality sheet metal processing parts must have professional cutting equipment, mature management processes, and technical personnel, otherwise it is difficult to produce high-quality products.

With the development of the Chinese economy, the manufacturing industry in China has reached another turning point. How to break through is a major problem facing the manufacturing industry, because manufacturing enterprises face too much pressure to hire people and must find ways to help reduce labor costs. This is an important reason for us to introduce high-speed laser cutting machines. We need to use high efficiency and high quality to serve more end customers, so as to have more stable customer resources for sheet metal processing in Dongguan and promote the development of enterprises.     A product processing service chosen by users must have solved practical production problems for the enterprise, reduced production costs, and created value for the enterprise. For sheet metal processing manufacturers, how to cope with the challenges brought by the rising cost of human resources has become an important issue. To break through the focus of this work, there are many events that need to be dealt with by the enterprise. In the actual production situation, every effort should be made to reduce manufacturing costs, and sheet metal laser cutting is a more cost-effective processing method in product forming.   I think we must take a high-quality product route and make product processing and service quality the competitiveness of the enterprise. Tonja aims to gain market position through its product manufacturing capabilities and quality, allowing more businesses to experience our services. Despite comparing prices from three different sources, customers are still willing to choose us.   Although we are only a sheet metal processing factory, we place great importance on building our brand. We believe that only by achieving high quality and brand benefits can more of our customers trust us and find us through referrals from friends. Only by building the brand effect of the enterprise can customers receive high-quality services and maintain the development of the enterprise with higher profits. In the sheet metal processing industry in Dongguan, a large amount of capital must be invested in the upgrading and transformation of new equipment in order to maintain long-term competitiveness.

When customers choose sheet metal processing manufacturers, they naturally focus on "quality" issues when considering quality. However, in the process of cooperation, quality is divided into "product quality and service level", emphasizing not only product quality but also the role of people. If customers are concerned about the manufacturing capability of precision sheet metal processing products, then your product manufacturing equipment must be advanced. In terms of quality control, the personnel inspection process plays a driving role, preventing unqualified products from leaving the factory.     In order to better serve customers and produce higher quality sheet metal processing products, our company is working together in the following areas: 1. Ensure the safety and quality of our products and services to meet the needs of high-end manufacturing customers. 2. Provide customers with appropriate information about our products and services. 3. Sincerely respond to customer inquiries and reflect their opinions in improving and developing products and services. 4. Develop appropriate procurement transaction policies to safeguard the interests of customers. 5. By correctly utilizing intellectual property to develop, manufacture, sell, and provide high-quality products and services, we contribute to society. At the same time, we will spread the importance of intellectual property protection internally and externally through our own actions. 6. In addition, we will thoroughly protect and manage various types of information, including personal information and customer information, and strictly keep confidential the product related parameters and processing technology requirements of our customers.

In the competition of the sheet metal processing industry, there will be large and small processing shops joining, and the market prices will also be chaotic. However, for some high-quality products, the thick and precise sheet metal requires large sheet metal processing equipment to complete. Ordinary roadside processing shops cannot meet the required delivery time and quality. This is also the reason why some sheet metal processing is carried out by sheet metal manufacturers. For products of different materials and sizes, corresponding enterprises need to be found for processing in order to save costs.     An important step in sheet metal processing is bending the sheet metal parts, which is a technical activity that requires technicians to have considerable mature experience. Otherwise, the product will have major problems, leading to a decrease in the overall yield rate of the product. In sheet metal bending processing, if the bending speed is too fast, it is easy to cause deformation at the bending point, which is often encountered in daily processing and production.   Please introduce the precautions in sheet metal bending processing. We hope that you can understand these common problems and their solutions, so as to provide solutions for the problems encountered in subsequent bending, and achieve the goal of fast and efficient production.   Generally speaking, stainless steel sheet metal processing parts have bends on all four sides, with the shorter side folded first and the longer side folded later, which is beneficial for the processing of bows and arrows and the assembly of bending molds. Normally, it is bent from the outer edge of the bow and arrow towards the center of the bow and arrow. If there are some structures inside or outside the bow and arrow that are different from other bends, it is generally necessary to bend these structures first and then bend other parts.   As a professional team engaged in sheet metal processing for many years, we encounter different product processing every day, and the quality requirements for the products are the same. The technical team will respond flexibly and form a consciousness of product quality requirements from top to bottom, making the products the business card of our enterprise's quality.

2025 is really difficult for sheet metal manufacturers in Dongguan, as many companies lose several years of their earnings in one year. In the context of industry competition, for sheet metal processing industries with little technological content, homogenization is severe, production capacity is saturated, coupled with insufficient orders and high labor costs. An experienced sheet metal processing and bending worker in the industry is paid 50 yuan/hour as a temporary worker. In this situation, if the sheet metal manufacturer does not have sufficient orders and considerable profits, the enterprise will face difficulties.   How to create high-quality services to take on more customer orders?     1. Continuously strengthen product quality and service capabilities, and create an industry reputation effect. The marketing of sheet metal laser cutting processing services cannot rely solely on boastful performances. Ultimately, it is necessary to use product quality and good service as selling points to gain market and customer recognition.   2. Only by providing efficient and high-quality sheet metal processing products for enterprises can we gain user support. Only by offering cost-effective processing prices and services in the industry can we gain customer reputation and marketing. Only by constantly innovating and upgrading our equipment can we better meet market needs. Our company is committed to creating high-quality precision equipment sheet metal processing services, saving costs and creating greater value for enterprises.     3. We must establish various quality control systems that not only meet the requirements of high precision and low price, but also meet the requirements of high quality. We have obtained a quality management system to meet the production needs of high-end manufacturing customers. Laser cutting processing in high-end manufacturing not only requires precise and high-speed production equipment, but also high-precision testing equipment and management processes, in order to deliver customers' products on time and with quality and quantity.   The brand built by reputation of sheet metal manufacturers must have absolute advantages, because the quality and timely delivery of products in a good sheet metal processing factory determine its future prospects, and a good user experience is the foundation of long-term cooperation with customers!

This week, a 14 centimeter iron plate for precision equipment sheet metal processing was perforated in seconds, which shocked customers. In the future, precision equipment sheet metal processing will all adopt laser cutting technology, and the thickness of the iron plate will be freely cut from 1-40mm. Sheet metal manufacturers have demonstrated a high level of laser cutting processing for fiber optic discs, and Tonja will continue to explore new fields, fully utilizing the advantages of the equipment to serve more customers.     Laser cutting is the main method for cutting future products. It has fast processing speed, no need to open molds, good product quality, and the cutting section, speed, and surface required by customers are free of burrs and scratches. As long as the customer needs the material, it can be cut. The absolute advantage of laser cutting machines lies in the high speed of cutting aluminum plates and copper plates, which are the main processing methods for precision equipment sheet metal parts.   The puncture speed, tooth hole and rivet hole accuracy during sheet metal laser cutting processing are maximized in the precision equipment shell cutting process, and customers have full confidence in cutting efficiency and product quality. In order to better serve precision equipment manufacturers and customers, we encounter different challenges every day. As long as our team is brave and fearless, we will find a complete solution to every problem we encounter, and patiently solve them with an optimistic and positive attitude.     Efficiently fulfilling customer orders is Tonja's mission and the core competitiveness of the enterprise. The customer provided an order for cutting and sheet metal processing, but you were unable to complete it on time. It is the fault of the sheet metal processing factory. If you want to complete tasks efficiently and on time, you must have a high-quality team and advanced manufacturing equipment. Without these two prerequisites, all marketing and promotion will be in vain.

The application of laser cutting machines in sheet metal processing in Dongguan can be regarded as a major revolution in sheet metal processing. Due to its high level of flexibility, fast cutting speed, high cutting efficiency, and short product processing cycle, laser cutting quickly became the darling of Dongguan's precision equipment sheet metal industry.     Laser cutting processing has no cutting force, unchanged workpiece shape, no tool wear, and can achieve precise and fast cutting of any type of component with laser. In addition, laser cutting often has narrow cutting seams, good cutting quality, high automation level, low labor intensity, and no pollution.     Dongguan precision equipment sheet metal often uses laser cutting for material cutting, as it is more efficient and can complete cutting and processing requirements more quickly. Then bending, welding and surface treatment are carried out, so laser cutting plays a very important role in precision equipment sheet metal processing.