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One kind of subtractive manufacturing involves machines that use computer numerical control (CNC) technology to cut workpieces using instructions given by CAD files. CNC machines use tools like turning, milling, and drilling to remove material from workpieces. The machining parameters are specified by g-code and m-code, derived from CAD models. Metals, plastics, wood, and composites are among the materials that may be efficiently cut with CNC machining. It is a typical way to make components, similar to additive and formative manufacturing procedures like injection molding and 3D printing. Compared to more old-fashioned methods, CNC machining parts offer much more tolerance.  Computer numerical control machining at Fortuna includes several steps in the production process, including planning and programming, setup and machining, checking and quality control, and finishing. This article will examine each step in detail to help readers better understand CNC machining parts and their precision.Materials Used In CNC MachiningA large range of materials may be processed using CNC machining parts machines. The optimal feeds and speeds for machining vary depending on the material. Fortuna uses these high-quality materials in many different contexts: WoodCNC routers are utilized to cut wood instead of more conventional CNC machines. Aesthetic preferences drive most CNC wood machining projects. Common uses include furniture, ornamental panels, and window frames. FoamPolyurethane foam, whether closed or open-cell, is an often-used material for CNC machining. A CNC machine can carefully cut foam blocks into packaging for pricey items. The foam used to seal toolboxes is one example of a material that may keep things safe during transportation.MetalMachines that use computer numerical control work with metal meals the most. Among the various metals CNC machines may cut are nickel superalloys like Inconel and free-machining brass. Injection molds, gears, and shafts are a few metal machining uses. At present, Fortuna can process various Copper (C1100, C10200), Alloy Copper (CUSN38PB2, H62, C3604, C3600, C14500, C17300),Aluminum (AL6262, AL6061), Iron (12L14), Stainless steel (SUS304, SUS303, SUS316L) and other raw materials. Other materials can be purchased according to customer requirements.PlasticComputer numerically controlled machining is an alternative to injection molding that may be used to mass-produce certain plastic components. Most materials are acrylonitrile butadiene styrene (ABS), polycarbonate, or nylon. Plastic machining is a great tool for making injection-molded components, bushings, valve bodies, and other CNC machining parts function as expected before purchasing costly molding equipment.CompositesComposite components are milled using computer numerical control (CNC) equipment. Composites may be constructed from various materials, such as fiberglass, carbon fiber, and aramid. If you use these compounds on your cutting instruments, they may not be as sharp as before. Machining allows for the insertion of fastener holes and general trimming of composite components used in the aviation and marine sectors after molding.Main Steps For the CNC Machining Part ProcessThe four fundamental steps of computer numerical control (CNC) machining at Fortuna are technique-independent. Here is an overview of how they function:Preparing CAD ModelDeveloping a product model in two or three dimensions is integral to this process. Although SolidWorks and AutoCAD are among the most popular choices, a lot of software may do what you need. Depending on the product's needs, it is also feasible to transition from 2D to 3D design. While some CNC machining parts ideas at Fortuna may be quite straightforward, creating CAD models of more complicated concepts may need the assistance of experts. The CAD model must display all crucial components, including tolerances, construction lines, threads, and more, for the operator to complete the machining process.Conversion To CNC Compatible The CAD model is foreign to CNC machines. Your computer-aided design (CAD) file must be CNC-compatible for your machine to read. Depending on your needs, this phase at Fortuna might involve using a CAD program, an online service, or something else completely. This program allows the CNC machine to learn how to set itself up and change file formats to operate. Toolpath, cutting sequence, workpiece, machine speed, and linear and rotational motion are some variables that change during machining.Setup Execution OutputThis step includes choosing the right CNC machine and configuring key tasks before starting the machining process. Workpiece: The right machine is selected based on the available budget. All factors, especially the CNC machining parts play a role in determining the best machine to use for a particular task. The next step is to attach the workpiece to the machine.Machine the PartThe Fortuna operator fastens the essential cutting tools and CNC machining parts before the procedure begins. Due to its automation, this procedure will continue until the computer program says so. Machinists perform a battery of tests before and after milling to ensure quality.Types of CNC Machines And ToolsCNC Turning Material is removed from a workpiece in motion when turning using single-point cutting tools. Roughing, finishing, threading, shaping, undercutting, splitting, and grooving are just a few of the many functions that may be accomplished using the wide array of turning tools available. In addition, numerically controlled machines are used in CNC turning. You can choose from various lathes, including turret, engine, and special-purpose models.CNC Milling Milling is a formative process that uses rotating, multi-point cutting instruments alongside CNC machining parts. End mills, helix mills, and chamfer mills are just a few examples of milling tools used in horizontal or vertical configurations.Milling machines are capable of running computer numerical control programs (CNCs). They may be set up in either a horizontal or vertical orientation. Most mills have a three-direction spinner, although more complex models have even more spinners. Many different types of mills are available, including basic, universal, and manually driven models.CNC Drilling The material's signature round holes are carved out by drills using revolving drill bits. Chips, or scrap metal, may be easily removed from the treated material due to the drill bit's shape. Drill bits come in a wide variety of styles, and each one serves a specific purpose. Some examples of drill bits include chucking reamer drills, screw machines, peck drills, and spotting drills. The three main types of drilling bits are spot drills, peck drills, and screw machine drills. Spot drills are used to create shallow or pioneer holes, peck drills to reduce chips in workpieces, and screw machine drills to create holes without a pilot hole. Using chucking reamers, you may enlarge holes that already exist.Additionally, CNC drilling often uses drill presses and CNC machining parts engineered to carry out the drilling process and fitted with CNC technology. Still, the same outcome can be achieved with turning, milling, or tapping tools.Benefits Of CNC MachiningThe many benefits of CNC machining parts have led to its widespread use in manufacturing industrial components. Among the many advantages of this economic activity are the ones listed above.PrecisionThe precision of computer numerical control machining allows for the manufacture of components that precisely match the specifications laid forth in the design. Because of its high tolerance and precision, many batches of the same product can be made without compromising quality. Because it is an automated process, the machining error rate is decreased.Low Turnaround TimeCNC machined parts have an extremely low turnaround time—just a few days. Consequently, manufacturing becomes more productive. The type of CNC machine and product complexity dictate the speed and efficiency.Cost-effectiveStarting CNC machining parts requires a substantial upfront expenditure. However, it has fewer operating expenses. It is cheap to make, produces a lot, and doesn't make mistakes, which only increases its worth. In addition, you can learn most machining processes on your own, and most courses are available online. With our cutting-edge metal stamping capabilities, we can materialize your ideas. When you work with us, you can expect unmatched dependability and precision. Reach out to Fortuna immediately!

The automotive industry relies on the accuracy and high quality of components manufactured by metal stamping firms. These companies are masters at working with flat metal and transforming it into intricate car parts. Metal automotive stamping is an exacting technique that requires expertise to produce long-lasting, high-quality objects. An important step is to choose a reliable automotive stamping company to stamp your vehicle. The quality of the stamped metal components has a direct bearing on the final vehicle's dependability and security. To ensure the manufacturing process is reliable and effective, it is vital to find a trustworthy metal stamping firm with competent workers. Read this in-depth analysis to learn about automotive stamping companies and how to choose the best one for your project.Automotive StampingThe automotive industry relies heavily on stamping to shape metal sheets into different components. This process includes the use of presses and dies. It starts with pressing a flat sheet of metal into a die, a specialized instrument that forms the metal into the required form. This technology has made it possible to mass-produce metal components with consistently high levels of precision and complexity. Metal stamping offers many benefits when it comes to making cars. The capacity to stamp several components simultaneously is a great advantage, as it saves time and money. Auto parts made using automotive metal stamping may be strong and light at the same time. Metal automotive stamping’s ability to consistently produce high-quality items improves vehicle performance and safety.Types Of Metal Stamping TechniquesPrecisely, four different types of metal stamping techniques are used to manufacture complex shapes and designs of different sizes that are utilized in various industries:Progressive Die StampingProgressive stamping offers a novel approach to metal manufacturing using a combination of punching, bending, coining, cutting, embossing, and other metal modification techniques. At each stage, metal undergoes a metamorphosis that prepares it for use in various products and services. Metal stamping firms highly value this procedure because it can produce a large quantity of products. The metal cutting and pressing features are ideal for the rapid production of small components.Transfer Die StampingWhile all the processes are identical, transfer dies automotive stamping becomes relevant when the target parts must be moved to a different station for further metalworking procedures. A transfer die allows the press to process the components separately using a mechanical transfer mechanism. Many stations cut and press the metal strip separately from the workpiece to restate. Because of its efficiency in processing big components, metal stamping is a favorite among manufacturers due to its medium to high-volume manufacturing features.Four-Slide StampingThe four-slide integrated automotive metal stamping process has four separate axes of motion, and four tools keep the hitting slides moving. The process part's necessary shape is achieved by regulating the sequence of these slashing slides using the four-slide machine cams. The ability to create complex small components from metal coils or wire and the technique's adaptability to complex designs and precise production capabilities make metal automotive stamping a beloved method among manufacturers.Compound StampingCompound stamping is the opposite of the four-slide method, which entails molding the object with many striking slides. On the contrary, it twists, cuts, and punches several times with a single blow. The precision and speed with which automotive metal stamping produces finished goods have earned it great respect in business. It also works for medium to large manufacturing runs of simple, flat, little parts.Tips For The Right Automotive Stamping ServiceAn automotive stamping company’s fortunes may rise or fall depending on the metal automotive stamping service they choose. Choose the correct service provider like Fortuna Metal Stamping, and you'll get four major benefits:Equipment and Technology Specialized equipment and instruments are used in the metal stamping process.Technology and techniques used in metal stamping for cars considerably influence the finished components' reliability and consistency. If you're looking for impeccable artistry, choose a automotive stamping company that uses cutting-edge machinery.Tooling Design A metal automotive stamping company’s ability that regulate product and process quality is greatly enhanced by having a team of in-house tooling designers and developers. Tailoring their tools to each project gives them a leg up when it comes to maintaining production timelines.Industry ExperienceWhether in the appliance, aerospace, construction, or automotive industries, working with an automotive metal stamping partner with expertise in making components and commodities for your unique market is crucial. The partner's familiarity with regulations about the partner's sector is a vital assurance of this quality. Production CapacityTwo factors influencing a business's ability to produce are its machinery and the time it anticipates its raw materials arriving. A metal automotive stamping partner's metalworking equipment should enable them to complete jobs quickly and maintain precision and quality.Quality UpkeepThe International Organization for Standardization (ISO) creates and distributes standards to guarantee the dependability, precision, and high quality of goods and services. Most quality management concepts articulated in the ISO 9000 standards are relevant to a business's goods and services. Businesses like Fortuna Metal Stamping, which has earned the ISO 9001 certification, have shown their commitment to quality and sustainability by actively incorporating these values into their operations.Fast TurnaroundsTime is crucial in the car business. By better-using automotive metal stamping services, companies may reduce lead times and product marketing cycles. In the long run, this may boost the car industry's profits by giving it a leg up in the market.Better Production Efficiency Manufacturers should team up with reliable metal automotive stamping service providers to save costs, increase efficiency, and simplify production. Reputable service providers maximize output by collaborating closely with clients to identify inefficiencies and provide novel approaches to increasing output.Improved Customer Satisfaction An automotive stamping company may gain customers' credibility and repeat business by consistently delivering high-quality car parts. New customers, satisfied ones, and enthusiastic recommendations might all result.Secondary ServicesBefore this, Fortuna Metal Stamping established that the ideal metal automotive stamping partner would provide various services. We handle all these supplementary materials ourselves or via our network of dependable partners to provide our customers with a comprehensive automotive metal stamping solution. A partner may also offer the following finishing and fabrication services: ● Heat treatment● Metal forming and fusion● Application of coatings, including painting and electrocoating● Sterilization and passivation techniques● Pre-plating and post-plating procedures● Crafting with both precious and non-precious metals● Specialized processes for edge refinement and deburring● Product assembly● Custom kitting and packaging services When you trust Fortuna Metal Stamping, your manufacturing will reach new heights. Find out how our metal stamping solutions can improve your business with unparalleled speed and precision. Immediately contact us to bind with amazing craftsmanship!

Many people are very familiar with metal stamping terminals, especially their performance, characteristics and advantages. In the field of metal stamping, metal stamping terminal products account for a large proportion, and their application areas are also very wide, such as in application scenarios such as aerospace, automobiles, and energy storage, the metal stamped terminals produced by Fortuna, which are mainly used in the three major application fields of automobiles, consumer electronics, and new energy, and are deeply trusted by our customers. Today, I would like to introduce to you a product in stamped terminals - crown springs. This type of product is in great demand and widely used by automobile production customers. Next, I will briefly introduce the structure of this product and its processing process.1. What is a crown spring?Metal stamped crown springs are different from the crown springs we see every day. Fortuna uses metal stamping technology to produce oval lantern shapes used in the automotive field. This product is mainly used in the assembly of parts within automobile compressors, and the product manufacturing process and structure are relatively complex.2.Performance of product raw materialsThis type of product mainly uses beryllium copper (C17200) as the raw material, and is mainly suitable for electronic shrapnel, terminals and automobile-related parts with high strength, high elasticity and high hardness. Especially after heat treatment, the material can get closer to the high strength limit, elastic limit, yield limit and fatigue resistance limit. At the same time, it has high electrical and thermal conductivity properties, and its corrosion resistance and wear resistance can also be maximized.3.Difficulties in product production and processing proceduresThis product mainly goes through four processing steps: stamping, heat treatment, electroplating, and full inspection and packaging in blister boxes. The daily production capacity of product stamping can reach 60,000 pieces. After stamping, it needs to undergo heat treatment, then nickel plating, silver plating, and then undergo a 48-hour salt spray test before arranging relevant packaging personnel to conduct a full inspection. The difficulty in the production process of this product is to use barrel plating. Since the product's appearance resembles a lantern, it is very easy to have poor plating and peeling. In particular, it has to pass the salt spray test, and the corrosion resistance performance of the product is required. Relatively strict.4.Product features and application scenarios(1) Excellent stability and toughness. Because the load-bearing capacity of a crown spring depends on its size, diameter and wire diameter, the elasticity and endurance of our products have been tested to be at the highest level in the industry.(2) Good electrical and thermal conductivity. Since the internal and external force distribution of the crown spring is very uniform and stable, its performance is also extremely stable and reliable.(3) It is extremely suitable for applications with higher load and strong stability, such as automobile compression devices, mechanical and electronic spiral couplers and other products;(4) The flexibility does not cause the possibility of failure. The insertion and extraction force can be customized according to customer needs, which can meet customer needs to the greatest extent. At the same time, its cost is very advantageous compared to other alternatives.5.Fortuna’s production capacity（1）Production equipmentFortuna currently has 70 punching equipment, with tonnage ranging from 25-200T, which can meet most of the production types of crown springs on the market. Moreover, our punching speed ranges from 90-1200 times/min, and our daily production capacity is worthy of customers' trust. . The application of our production equipment can ensure that crown spring production is more accurate and efficient, effectively improving product quality and stability.（2）Technical experienceOur company's mold engineers and designers all have more than 10 years of experience. They have rich experience and professional knowledge in the design, manufacturing and application of crown springs, and can provide customized solutions based on customer drawings and needs. At the same time, it can also make multiple improvements and adjustments based on customer product needs and market changes to meet customer needs to the greatest extent.（3）Delivery cycleFortuna's production equipment capacity is sufficient to meet customers' requirements for product delivery, ensuring stable product production capacity and providing customers with efficient and high-quality services. Fortuna's product delivery period can reach 15-20 days at the fastest, which can maximize delivery requirements and period demand.All in all, Fortuna has complete processes from material selection, production, quality testing, packaging and other processes. It uses professional technology, attentive service, preferential prices, and stable quality to reduce costs and increase efficiency for customers, open up product market share, and achieve a win-win situation with customers.

Many people are very familiar with metal stamping terminals, especially their performance, characteristics and advantages. In the field of metal stamping, metal stamping terminal products account for a large proportion, and their application areas are also very wide, such as in application scenarios such as aerospace, automobiles, and energy storage, the metal stamped terminals produced by Fortuna, which are mainly used in the three major application fields of automobiles, consumer electronics, and new energy, and are deeply trusted by our customers. Today, I would like to introduce to you a product in stamped terminals - crown springs. This type of product is in great demand and widely used by automobile production customers. Next, I will briefly introduce the structure of this product and its processing process.1. What is a crown spring?Metal stamped crown springs are different from the crown springs we see every day. Fortuna uses metal stamping technology to produce oval lantern shapes used in the automotive field. This product is mainly used in the assembly of parts within automobile compressors, and the product manufacturing process and structure are relatively complex.2.Performance of product raw materialsThis type of product mainly uses beryllium copper (C17200) as the raw material, and is mainly suitable for electronic shrapnel, terminals and automobile-related parts with high strength, high elasticity and high hardness. Especially after heat treatment, the material can get closer to the high strength limit, elastic limit, yield limit and fatigue resistance limit. At the same time, it has high electrical and thermal conductivity properties, and its corrosion resistance and wear resistance can also be maximized.3.Difficulties in product production and processing proceduresThis product mainly goes through four processing steps: stamping, heat treatment, electroplating, and full inspection and packaging in blister boxes. The daily production capacity of product stamping can reach 60,000 pieces. After stamping, it needs to undergo heat treatment, then nickel plating, silver plating, and then undergo a 48-hour salt spray test before arranging relevant packaging personnel to conduct a full inspection. The difficulty in the production process of this product is to use barrel plating. Since the product's appearance resembles a lantern, it is very easy to have poor plating and peeling. In particular, it has to pass the salt spray test, and the corrosion resistance performance of the product is required. Relatively strict.4.Product features and application scenarios(1) Excellent stability and toughness. Because the load-bearing capacity of a crown spring depends on its size, diameter and wire diameter, the elasticity and endurance of our products have been tested to be at the highest level in the industry.(2) Good electrical and thermal conductivity. Since the internal and external force distribution of the crown spring is very uniform and stable, its performance is also extremely stable and reliable.(3) It is extremely suitable for applications with higher load and strong stability, such as automobile compression devices, mechanical and electronic spiral couplers and other products;(4) The flexibility does not cause the possibility of failure. The insertion and extraction force can be customized according to customer needs, which can meet customer needs to the greatest extent. At the same time, its cost is very advantageous compared to other alternatives.5.Fortuna’s production capacity（1）Production equipmentFortuna currently has 70 punching equipment, with tonnage ranging from 25-200T, which can meet most of the production types of crown springs on the market. Moreover, our punching speed ranges from 90-1200 times/min, and our daily production capacity is worthy of customers' trust. . The application of our production equipment can ensure that crown spring production is more accurate and efficient, effectively improving product quality and stability.（2）Technical experienceOur company's mold engineers and designers all have more than 10 years of experience. They have rich experience and professional knowledge in the design, manufacturing and application of crown springs, and can provide customized solutions based on customer drawings and needs. At the same time, it can also make multiple improvements and adjustments based on customer product needs and market changes to meet customer needs to the greatest extent.（3）Delivery cycleFortuna's production equipment capacity is sufficient to meet customers' requirements for product delivery, ensuring stable product production capacity and providing customers with efficient and high-quality services. Fortuna's product delivery period can reach 15-20 days at the fastest, which can maximize delivery requirements and period demand.All in all, Fortuna has complete processes from material selection, production, quality testing, packaging and other processes. It uses professional technology, attentive service, preferential prices, and stable quality to reduce costs and increase efficiency for customers, open up product market share, and achieve a win-win situation with customers.