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Ferventoys AK47 Assault Rifle Toy Gun

The Ferventoys AK-47 assault rifle building block toy gun is made in the same proportion as the simulated ak47 gun, so that gun fans can better understand the structure of the real gun, and can also improve their hand-eye coordination ability. 

Model Name: Ferventoys AK-47 assault rifle building block toy guns Number of Pieces: 1366 Dimensions(L x W x H): 83.5 x 6.5 x 25.5 CM Package Type: Carton (without original box.)

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The main reasons for reliability testing of USB 3.0 connectors

Must test USB3.0 connectors according to the relevant quality processes during the design process.

Among them, reliability testing is the critical design process for USB 3.0 connectors.

This article mainly details the main reasons for the reliability testing of USB3.0 connectors. Let's learn more about it!

USB3.0 connector reliability testing is mainly the following aspects:

Determining the time interval between failures

The samples involved

Variable measurements

Long duration (4000 hours or more) and test environment compared to specific long-term failure mechanisms

Long execution time

High cost

As a result, by the time reliability testing of USB 3.0 connectors is complete, the MTBF established is for a specific batch of test samples and may not account for the full range of tolerances of the products involved.

Since the market is often unpredictable, the speed at which products come off the shelves is directly proportional to how they hit them. As a result, performance testing procedures have replaced this type of testing.

Conclusion

The primary purpose of USB 3.0 connector reliability testing is to check if the performance and quality of the connector can meet the application requirements.

The primary purpose is to avoid undesirable problems with USB3.0 connectors during use. Therefore, it is a crucial point of high-quality USB3.0 connector design.

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What are the advantages of USB TYPE-C connectors used in smartphones?

USB Type-C is a universal 24-pin connector used in many smartphone charging applications.

This article will detail the advantages of the USB TYPE-C connector when applied to smartphones. Let's learn more about it below!

Connectivity

The most apparent advantage of the USB TYPE-C connector is its design aspect. USB TYPE-C always hits the jack exactly in the shortest possible time because this port is entirely symmetrical.

Therefore, no matter how you turn it upside down, you can install the data cable in any position.

Versatility

The goal of the USB TYPE-C connector is to replace all current connectors, and that goal is not an exaggeration. The USB TYPE-C connector makes it easy to turn some smartphones into actual desktops.

Desktop computer.

USB Type-C allows you to connect to a particular docking station and transfer data to an external display. All in all, USB-C allows you to connect up to six peripheral devices, including DisplayPort monitors, audio devices, and a variety of keyboards and mice.

High Data Rates

USB Type-C 3.1 offers data transfer rates of up to 10 Gbps. At the same time, it allows smartphones to stream 4K video to external monitors and transfers large numbers of files quickly over the network. However, However, not all USB-C is suitable for the 3.1-speed standard.

Fast charging

The faster your smartphone charges, the better. Type-C standard 3.1 allows you to transfer charge at 100 W (5 A) - the technology is called USB Power Delivery. Type-C standard 3.1 is already Type-C standard 3.1 is already in use in laptops.

In addition, many manufacturers are developing their own Type-C compatible fast charging capabilities.

USB TYPE-C connectors offer many advantages, such as ultra-fast charging and high data transfer speeds.

The above is some trivia about the USB Type-C connector. If you find it helpful, you can also check out the other articles in the station.

If you want to know more details about USB Type-C connectors or other connectors parameters and offers, you can come and contact us.

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Does the TYPE-C connector support fast charging?

Nowadays, the Type-C connector is not only the charging interface for many cell phones, but the Type-C connector is also widely used in computers and flash drives. Why do people like Type-C connectors so much?

People's shared understanding of Type-C connectors is no need to distinguish between positive and negative and faster-charging speed.

This article will analyze in detail TYPE-C connector is not fast charging. Let's take a look at it below.

TYPE-C connector, also known as USB-C, is the interface standard for electronic devices. Today, the Type-C connector standard is integral to fast charging technology.

With the development of network technology, cell phones are increasingly dependent on the network Type-C connector standard. When the network speed is faster, the more problems the phone has to deal with at the same time, the more power consumption.

To reduce the power consumption of cell phones, we can start from two aspects: cell phone battery update and charging technology.

However, there is no breakthrough in cell phone battery technology.  To change the immediate power consumption of cell phones, the development of fast charging technology is significant.

Currently, two kinds of fast charging technologies are commonly used: boosting the power adapter's output voltage (appliance-powered power conversion device, usually called the charger head) by outputting a high current to increase the charging power.

By comparison, it is found that higher efficiency can be obtained when charging at low voltage and high current under the same power conditions.

The fast charging head needs to convert the AC power in daily life to the specified voltage and current to ensure charging safety. Also, it must use memorable fast charging lines and interfaces for voltage current transfer.

The Type-C connector has several times more contact points than a traditional interface, making it more current and better suited for fast charging technology.

Current USB power transfer protocols are not uniform and can be compatible with charging voltages of 5 V/12 V/20 V and charging currents of 1.5 A/2 A/3 A/5 A/5 A.

The increase in charging volume requires correspondingly higher security of the interface chip. The Type-C connector and USBPD can achieve 100 W of charging power at high voltage and high current output.

Therefore, the cell phone charging fast can meet the Type-C connector standard and is an integral part of the fast charging technology.

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Injection Tooling Fabrication

Custom Plastic Injection Molds Making

At Goodtech, we provide high-quality custom injection molding tooling services for a wide range of devices within the medical industry and automobile industry. Our injection mold services include custom mold and design, mold design, plastic mold manufacturing, OEM mold making, plastic product design and development assistance.

Plastic Injection Mold Company - Goodtech

Only good tooling delivers consistent high quality and cost-effective parts. As one of the leading plastic injection mold manufacturers in China, Goodtech equipped with mirror finish EDM machines, high-speed CNC machines and a precision wire cutter supporting our experienced tooling technician building good molds. We check both the copper masters and steel to ensure the dimension of every piece of tooling meet our drawings. We make about 20 sets of molds for our own use and another 40 sets for international customers every month. Goodtech helps customers to well organize their product design, tooling and manufacturing that consistently meets customer’s standards in a fast cycle, economic investment, etc. The goal of Goodtech is to deliver the best levels of customer satisfaction, lower production costs and best profits.

We are building approximate 60 sets of toolings at this bright and very organized tooling shop every month. We do CNC machining, EDM, wire cutting, cooling line drilling, polishing, mold fitting and assembly here. Every single plate of mold, side actions, sliders and control boxes are marked with tooling number to track them properly from machining stage to final assembly. All the copper masters and graphite maters are CMM measured and recorded in our ERP system.

CNC machining is an important process of plastic tooling fabrication. Mold base, big area of cavity and core, copper master and graphite master are all CNC machined. Our professional program engineers optimize the tracking and switching the tools to maximize the machining efficiency, surface quality and dimensional and geometrical accuracy.

For the small and narrow area, or to process hardened steel, EDM is a very efficient process. The principle of EDM machining is moving the copper master toward steel block to create a small gap (usually 0.08mm to 0.25mm), then there is an electrical breakdown causes e-discharge to burn the surface of the steel. Cooling liquid bring the small powder of burnt steel away. The surface material of the steel is removed.

We use CMM to measure all the copper master and steel to make sure they meet the print. All the dimensions are saved into our database for tracking and analysis. The tolerance of molds are strictly controlled to ensure the tolerance of injection molded parts.

Fitting, assembly and polishing requires skilled technician to work carefully. Beside building new molds, we regularly maintain our molds as well. Usually we take off the molds for cleaning and repairing the mating surface, ejecting system, cooling lines, venting channels, sliders and hot runner system every 100K shots. Only a healthy and robust molds can deliver consistent quality and efficiency.

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Plastic Injection Molding Basics You Need to Know In Medical Industry

In medicine, plastic injection molding has many benefits to offer. It is a process that leads to the development of numerous medical and laboratory tools and parts. These have a high level of quality and are very accurately manufactured through injection molding.

What’s Medical Injection Molding?

Medical injection molding is a process in which various kinds of plastic material are used to manufacture medical equipment of different kinds. These tools serve numerous medical purposes and are made out of various forms of medical grade plastic materials.

The process of carrying out plastic injection molding consists of using an extensive process of medical injection molding.

The Advantages of Injection Molding in Medical Devices

Countless benefits may be attained by choosing injection molding techniques for manufacturing medical tools and equipment. A few of these important benefits have been discussed below.

Low scrap generation

We all know very well that plastics create a lot of scraps, landfills are dumped with a lot of plastic that is not recycled, and it causes harm to our environment. Choosing to opt for plastic injection molding will minimize that plastic scrap.

The plastic parts will be recycled and used to make other plastic products, and hence a positive addition will be featured to the environment as a whole.

Cost-Efficiency

The plastic injection molding process offers a lot of savings on the part of the cost. This is because there is no loss or wastage of the cost of raw materials. Moreover, using plastic injection molding machines also reduces using labor, and hence labor costs are cut down.

All these aspects allow the creation of medicinal tools at a very low cost which is always the best thing to go for and save on these products.

Exceptional accuracy

Every cut and curve of the medical instrument made out of the injection molding process is always very neat and fine. The accuracy of this process may never be challenged. The quality of the tools is also very good, and no edges are left unfinished.

Material selection

There is a need for different medical tools, and each device has its requirement of plastic. So, when it comes to plastic injection molding, you can rest assured that you can get a lot of options to make your selection from versatile material choices.

Some materials need to be hard, some require flexibility, some should be resistant to scratches, and some must support lubricant use. a variation of the material may easily be sourced out of this process.

Durability

Durability is something so important that everyone looks forward to it in everything they invest into. The same goes for the parts of medical equipment and tools. Plastic injection molding delivers a long-lasting product.

The injection molding itself is so beneficial that it allows the plastic to gain more and more strength. This adds to the durability of the plastic when used for manufacturing different medical tools.

Contaminant resistance

Plastics used in the manufacture of medical devices are chosen after ensuring that they are based on the property of being contamination resistant. It is one of the crucial concerns for the medical equipment so that no negligence can be applied here.

The process of plastic injection molding itself ensures that proper focus is being laid on sterilization and contamination resistance of the materials.

Application of Plastic Injection Molding in the Medical Device Industry

The medical device industry needs medical-grade plastics to be used to manufacture required tools and laboratory equipment. Hence, when choosing the plastics to carry out the injection molding process, it is made sure that medical-grade plastic is only used.

This process of plastic injection molding is applied to numerous aspects of medicine. Ranging from manufacturing medical components, devices, and laboratory requirements, the process covers almost all areas to cater to the plastic needs of the medical field.

Material Selection for Medical Device Injection Molding

There could be ample material choices made to carry out the process of medical injection molding to create medical devices. A few of the most common medical-grade plastics commonly used comprise the following.

Polypropylene (PP):

Polypropylene is a very strength-oriented plastic choice used to manufacture several medical devices. The main reason for choosing this material is its ability to be highly resistant to heat and radioactivity.

The medical devices used in radioactive medical procedures or are subjected to constant sterilization in the autoclave may be made out of this plastic.

Polyethylene (PE):

Polythene is also one of the considered plastic injection molding materials used to manufacture medical devices that are required to be light in weight and smooth to touch and wear.

It won't be able to handle the process of sterilization through autoclave, but it is a very good and suitable choice to manufacture wearable medical devices.

Polystyrene (PS):

Petri dishes play a vital role in medicinal procedures, and these are mostly made out of polystyrene. Polystyrene is a kind of plastic that may not be suitable for sterilization through autoclaving but is used in numerous procedures which consist of surgical and lab products.

Catheter trays, trays used in lab research work, and tissue culture procedures are usually made out of this form of plastic, and hence it is subjected to plastic injection molding.

Polyetheretherketone (PEEK):

PEEK is a widely used form of plastic in several medical applications. Hip and spine implants consist of using PEEK due to their ability to be bone-friendly. It helps in repairing broken bones.

Silicone:

Silicon is a plastic injection molding material used in medical instances where a high level of flexibility is required. It may be used in drips, injections, and several other forms of medical devices and can be very cost-effective if produced in high volumes.

Medical Device Plastic Injection Molding Considerations

The process of plastic injection molding may require a lot of critical analysis beforehand, and there could be instances where the process may fail, and proper planning is required. These considerations are very important to be taken into account beforehand.

FDA Requirements

According to the FDA regulations, one of the most important things is to ensure that the level of cleanliness and sterilization is properly maintained. It is very important to ensure that the material used during the process is suitable for medical equipment and that the machine provides clean and sterilized parts.

Withstand Sterilization Processes

The plastics used in injection molding must have the capability to withstand the process of sterilization. It is very important to sterilize the plastics before being subjected to the injection process to meet medical standards.

Suitability to Extreme Environment

Medical grade plastic must have sufficient strength and resistance that it is capable of handling the extreme environment. Sometimes, it is radiation, sometimes heat, and when inserted into the human body, associated pressures are also laid down. So, the strength of plastic matters a lot.

Durability and Strength

Plastics that are brittle and easy to break won't have a place in medicine and hence must be avoided. They always create a risky situation. Therefore it is very important to pass such plastics through injection molding processes capable of being strong, flexible, and durable.

Common Forms of Injection Molding Techniques for Medical Devices Manufacture

There are commonly used types of injection molding techniques used to manufacture medical devices may comprise the following:

Thin wall molding

This process ensures a high level of comfort to the patient and is commonly used for manufacturing wearable medical devices like catheters and endoscopes. In this technique, the wall of the medical device is kept very thin, about less than 1mm.

Injection molding with gas

This kind of injection molding is carried out to ensure that no uneven surfaces and rough patches are left while modeling the medical devices. When the resin is passed through the molding process, the thicker areas take time to set compared to thinner ones.

In the gas application technique, the injection molding is subjected to the nitrogen gas that moves about all the cavities of the molding process, ensuring a smooth path is created for the medical device manufacturer.

3D printing

3D printing itself is not an injection molding process, but somehow it gives a base for creating medical devices. This process helps create a design before the actual medical device is passed through the molding process for creation.

This process gives a plastic base molding base for allowing a medical device to be created.

Liquid silicone molding

Silicon is one of the most commonly considered plastic materials in medicine; its flexible nature and ability to be sterilized and hygienically maintained make silicon popular.

Liquid silicon is used for injection molding, and medical devices like respiratory masks, cannula tubes, and many other medical devices are manufactured.

Conclusion

The plastic injection molding process in the medical field requires a lot of consideration. It is used to deal with medical procedures of different nature and hence needs to meet several regulatory requirements and ethical stances.

Hence, everything needs to be analyzed properly, ranging from the material process.

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How Much Do You Really Know About Injection Molding?

Injection molding is a process in which similar products are made out of plastic in large volumes. These products are manufactured to cater to numerous industries, including the automobile industry, medicine, aviation, computing devices, electronic appliances, and many more.

What is Injection Molding?

The process in which molten plastic is subjected to molds left to settle is called injection molding. After some time, the final product is ready. In this process, numerous plastic components may be manufactured at a time and transported to required industries.

This process is one of the most eminent forms of production, which offers to produce plastic components used in various industries.

Types of Injection Molding

There are several kinds of injection molding, and each type has its considerations and production means; every single kind of injection molding is used to manufacture different components.

Thin wall molding

Thin wall molding is a kind of injection molding that is suitable for such plastic components that require thin  sided walls.

In this type of injection molding, the process is so detailed and considerable that it ensures there lies no room for any cracks or quality issues with components.

Gas-assisted injection molding

Injection molding is a process that starts with using molten plastic that solidifies on cooling. In several cases, these plastic components may have some loopholes upon cooling. There might be specific spaces, cracks, and deformation present.

Gas-assisted injection molding passes gas through the molds filled with molten plastic. This helps eliminate any deformity on cooling and finishes the components' surface.

The gas, usually nitrogen gas, is considered in that aspect, and it passes through the hollow cavities of the molds that eliminate all the chances of damage.

Metal injection molding

The process of injection molding is limited to the extent of just plastic. Metal may also pass through this process. Several industries like the cellular industry may need such components made with metal rather than plastic.

Hence, here the role of metal injection molding is sufficiently essential and helps produce numerous parts commonly used. However, this industry is a very innovative one.

Liquid silicone injection molding

In the case of the usual injection molding process, the plastic is introduced through the injection molds, and it has a stiff and robust component that is not flexible in any way.

However, many such industrial requirements also exist where a component that may tolerate high temperature and is flexible is needed. In this case, liquid silicon is molded, and the desired output is achieved.

Reaction injection molding

The demand for foam plastic is also very significant worldwide in different industries, derived from the reaction injection molding process. In this procedure, the highly reactive forms of plastics are mixed. They polymerize and turn out to be in the foam state, which is then used.

Advantages and disadvantages of injection molding

A prevalent method of developing several plastic components is called injection molding. It is popular with metal components and has certain advantages and disadvantages that comprise the following.

Advantages:

Produces high volumes

One of the most important reasons for choosing injection molding is that it produces bulk components at once. This helps save time and costs and hence proves to be a very suitable approach for several businesses.

Most industries considering having components made out of injection molding usually need their parts manufactured in bulk. This bulk production helps them save costs, and they have stock at their end to cater to their production runs.

Handles complex layouts

No matter how complex the design of a component is, injection molding allows producing it with uniformity. The proper detailing and cuts are the same in every element as a finished product.

Several businesses have very complex needs for every part because of the nature of that component, and this aspect is very well catered to through injection molding.

Strength of components

The process of injection molding comprises a considerable level of strength. These components are solid that comes out as a result of injection molding. The main reason is that one single layer is considered for the process, and hence it ensures that there are no loopholes.

Due to its ability to produce strengthened parts, injection molding also allows other businesses to rely on it in the context of having accurate and quality-oriented details.

Controlled flexibility and rigidity

There is a different requirement for each component to be either flexible or rigid. The process of injection molding is versatile enough to cater to both forms. Hence, soft and flexible plastic parts are formed, and hard ones are also manufactured.

If you consider the example of the medical field, you will notice that the thickness and strength of test tubes, beakers, and other laboratory equipment are very rigid. However, considering the flexibility of oxygen masks and drips are very soft.

These two forms of components are used in one field, but this aspect is vital to consider to offer the right final products.

Less wastage

The wastage of plastic is a significant concern that harms the environment. However, injection molding is one such procedure where there is very little or no wastage of plastic.

The molten form is poured into molds, and hence nothing is lost during the process.

Businesses that are dependent on injection molding for their components may also be at peace that they won't end up buying such parts that damage the environment.

This procedure reduces plastic waste and does not emit any pollution.

Savings on labor cost

Injection molding is mainly carried out with high-tech machinery that is highly automated, and hence the need to employ much labor is reduced. Therefore this helps in saving labor costs.

When the labor costs are low for the injection molding manufacturers, the affordability for the end businesses will also be a suitable one that helps them draft realistic budgets for their final products.

Versatile material choice

Choosing to opt for injection molding has a massive advantage that there are so many materials choices available for the production of components. No matter what kind of product and what kind of hardness, flexibility, or thickness is needed, it caters to this aspect well.

Some industries require flexible and soft components, some products are such that they need complex and rigid structures, and some need the foamy touch. All these requirements are catered to through injection molding due to the availability of numerous material choices.

Disadvantages:

As much attention is given to the advantages, there should be an eye on the disadvantages of injection molding, which matters in several ways.

High initial investment

The costs involved in the initial setup of injection molding are very high. The tools and machinery amount to be costly, and hence the setup requires a lot of capital invested.

Not suitable for small batches

Injection molding is a process that is suitable only if you want to get massive volumes produced. It does make small batches as well but is not as cost-effective for them as it is for the larger volumes.

Design restrictions exist

One commonly faced problem with injection molding is that specific complex designs might not be created in terms of components. It may require a highly technical design team, and if you don't have it, you might struggle in the designing process.

Testing time is longer

After the machinery is set up, businesses carrying out injection molding need to spend a lot of time on the testing process. Unless the testing process is completed and correct parts are ready to be manufactured, the business may not start earning.

Common Materials Used for Injection Molding

The injection molding process may be carried out to produce several components and parts, and the most popular materials used for this process may include the following.

Acrylonitrile butadiene styrene

This material is used in injection molding and produces numerous components based on thermoplastics like keyboards, pipes, and automobile parts.

Nylon

Nylon is also one of the prevalent forms of materials used in injection molding, and through this, it produced fishnets, car tires, and insulators for electrical appliances.

High-density polythene

High-density polythene is considered a strength-oriented and hard form of plastic used in injection molding. Through the process, it produces bottles for different purposes and is used to make toys and plastic flower pots.

Low-density polythene

Low-density polythene is also used in food-grade materials. Cling wraps and food-grade crockery and cutlery based on disposable making are manufactured through injection molding using these materials.

Polycarbonate

Injection molding uses polycarbonate to manufacture plastic products that need to be hard and transparent at the same time. It is commonly used in making bullet proof glass, helmets, and particular hardware used in telecommunication.

Polypropylene

Polypropylene is a highly suitable material in the packing industry and is mainly used in packaging food and medicine. The chemicals of this material do not mix with the food and medicine packed, and hence it proves to be a very suitable choice in this case.

Polyoxymethylene

Polyoxymethylene is a material with a crystalline structure and is a harder one to choose. All such products that require a finish of crystalline structure followed by a hard structure are made using this choice.

Eyeglass frames, lock systems, bearings, and certain knife parts may be made using this material.

How does Injection Molding work?

The injection molding process is relatively straightforward. The injection molding machine is filled with the desirable plastic, which melts by heating. This melted plastic is then transferred to the desired molds through the machine's nozzle.

As soon as the liquid plastic in the molds is cooled down, it solidifies and is ready to use. However, the final product has to be molded out of the mold after taking solid form.

Applications of Injection Molding

Injection molding is used in various industries. Several things around us have been composed of several such components of plastic formed by passing through the process of injection molding. Some of its common applications are discussed below:

Automotive Components

The automobile industry depends on the injection molding process for several things.

This may include the interior as well as the exterior of the automobiles. Even the operation areas under the hood of a car may have several such components made with injection molding.

Covers for the cylinder and oil cavities in the hood of a vehicle are made using injection molding. The interior and exterior, door handles, dashboard, air vents, door panels, bumpers, grillers, and several parts are made with this method.

Medical Devices

Injection molding covers several areas of the medical field. Several such small and big, hard and flexible medical components come into being through this process.

A few of such applications in the medical industry may consist of beakers, laboratory equipment, catheters, canulas, test tubes, surgical tools, and many more.

Consumer Electronics

In day-to-day life, several electronics form to be a part of our usage and needs. These electronic products may also have certain parts made using injection molding.

These may comprise the router cases, battery cases, enclosures used for mobile phones, security panels used at home, laptop covers, keyboards, and many more.

Conclusion

Injection molding is a popular and commonly considered approach and methodology by numerous businesses. It is a highly dependable industry that other companies rely upon their components.

We can see that numerous parts used in the automobile industry, medical field, electronics, household essentials, and food industry are highly dependent on this process.

The advantages of injection molding tend to attract numerous businesses, and it fulfills the requirements of such businesses cost-effectively.

FAQs About injection molding

There might be specific questions on your mind that may bother you regarding injection molding; these answers may help you resolve your queries.

Is injection Molding Environmentally Friendly?

Not really, Injection molding has no excessive waste production or emissions released that may cause damage to the environment.

The latest and innovative machinery used in this process offers a suitable approach to reduce waste and negative impacts on the environment due to the manufacture of different parts.

How accurate is injection molding?

Injection molding is such a precise process that there lies no chance of ambiguity in the accuracy of its production. It uses the best machines that are wholesome on their own, and hence the final product is much finished.

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Tips for choosing a USB TYPE-C connector: What you must know

USB Type-C connectors are small in size and fast in transfer rate. So it is very suitable for products that require a transmission rate.

Because of the outstanding functional advantages of USB Type-C, it is widely used in smartphones, laptops, other electronic products, and digital products such as video cameras.

This article mainly details some tips on the purchase of USB Type-C connectors. Let's learn more about it!

Tips for choosing a USB Type-C connector

Choose a small number of products.

First of all, you can first purchase a small number of products to be used to check the quality of the product. Then you will not consume too much money when shopping.

On the other hand, you can also choose by understanding the quality and strength of the manufacturer's products.

Confirm the manufacturer's after-sales service.

After-sales service is the most critical issue all purchasers need to pay attention to; when you buy the product, there will inevitably be problems with quality and other aspects.

If you buy a batch of substandard quality connector products, it will bring significant losses to the business. If such problems occur, the manufacturer's attitude toward after-sales service will be related to the size of the loss of business interests.

Therefore, each purchaser must understand the importance of this detail of after-sales service.

Look for compliant manufacturers for procurement or customization.

Finding a compliant manufacturer is a basic knowledge that all business users understand. But, how to determine whether the manufacturer is compliant?

We can first learn about the situation from the manufacturer's official website, such as the size and strength of the company, legal national business certificate, production qualifications, and other related issues.

Of course, it is also necessary to understand the manufacturer's reputation in the industry. If possible, you can also visit in person, which is also effective.

Make a reasonable purchase budget.

Because for business users, if the need for USB Type-C connectors, the number of products required must not be small.

Therefore, if you need to buy many long-term purchases of such type-C connector products, you must do an excellent job before purchasing an expenditure budget, only a reasonable budget to avoid unnecessary risks.

So, have a reasonable budget plan to ensure the stable operation of the enterprise.

Summary

When you buy USB Type-C connectors, you must have a more comprehensive understanding of the product information to help you better choose USB Type-C connectors.

Of course, if you are a beginner and still not sure about buying a USB Type-C connector, you also need to customize the product. Then, you can come to contact us.

We are the leading China custom USB Type C connector manufacturer and factory, with more than 16 years of experience in the USB connector industry. And we offer a variety of standard and exclusive customized C-type female connectors and C-type male connectors, which are widely used in various industries.

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Notes on the use of TYPE-C connectors

Since the terminal Pin pins are the core of the Type-C connector, the transmission of data and the transmission of current depend on these terminals.

This article will analyze the differences in the number of Type-C connector terminal pins; and the precautions for using the connector. Let's learn more about it!

Type-C connector terminal pin specifications and related features analysis

Pin pin specifications of the Type-C connector terminals

The number of terminal Pin pins in the Type-C connector is enormous. For example, the standard USB connector terminal pin specifications are 6P, 12P, 16P, 14P, 24P, etc. The number of pins on the back of different USB connectors The working function characteristics of the connector is also different.

Type-C connector terminals functional characteristics analysis

The shell of the Type-C connector 24Pin product is made of stainless steel, and the terminal is made of phosphor bronze, which makes it more solid and reliable through the high-precision Stamping process. At the same time, it also supports high-current charging while also supporting data transfer functions.

Therefore, Type-C connector 24Pin products also have high transmission, double-sided support plug, strong compatibility, and other characteristics. Its application is also extensive, such as :

Audio-visual products: MP3, MP4 audio, earphones, Bluetooth products;

Digital products: digital cameras, digital video cameras, etc.;

Communication products: mobile phones, car phones, machines, building equipment, PDAs, etc.;

Security products: video intercoms, monitors, etc.;

Toy products: electronic toys, etc., intelligent toys;

Computer products: cameras, computer motherboards, peripheral computer products;

Fitness equipment: electronic body fat scale, treadmill, etc.;

Medical equipment: sphygmomanometer, clinical thermometer, hospital call system, etc.

Notes on the use of Type-C connectors

1. For the USB connector's long-term use of the case, you need to pay attention to routine maintenance and cleaning. For example, Dust and debris in the internal parts of the connector. These need to be cleaned.

Because when using the Type-C connector, the internal will absorb too much dust and debris directly from the interface. If too much accumulates, it will lead to a decline in the performance of the USB connector; the rear may directly affect the operation of the system circuitry.

2. Type-C connectors are more miniature due to the size interface. If you do not have a technician, please do not disassemble and repair without permission so as not to damage other parts of the USB connector due to improper operation.

It should also be noted that, over time, the Type-C connector internal components aging and damage is generally not convenient to maintain. Even if well-maintained, there are certain safety risks associated with USB connectors, leading to damage caused shortly after use. Therefore, it is recommended to replace the USB connector.

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Type C Connector Services

Type C Connector Manufacturer In China — Goldconn

Goldconn is a leading custom USB Type C connector manufacturer & factory in China, it has more than 16 years of experience in the USB connectors industry. Goldconn supplies all kinds of Type C female connectors and Type C male connectors for both standard and exclusively customized which extensive in use in a variety of industries. As a professional Type C connector manufacturer, Goldconn pays attention to every process in the production and does not miss every detail in order to make excellent products and services. Only quality and services can highlight its advantages in the industry and grow up sharply.

Why Choose Goldconn Type C Connector?

Goldconn has been focusing on the design, development, production and sales of USB connectors. Since the official release of Type-C USB version 1.0 in August 2014, Goldconn has designed and produced more than 100 Type-C USB male and female sockets, all of which comply with the USB Association certification requirements and have passed TID certification. Among them, the waterproof Type-C USB female connectors, Type-C USB 24 PIN female connectors, Type-C USB 16 PIN female connectors are our leading products, which are mainly used in smart phones, car charging, external hard drives, notebook computers and small Electronic equipment.

The USB Type-C connector we independently researched and produced can guarantee 100% product quality, provide free samples, and deliver stable delivery. At the same time, it can provide flexible logistics services: DHL/UPS/Fedex, FOB HK, DAP and Ex-work.

(1) It can meet the same performance compatibility with the international brand Type C connector.

(2) Certified by TID Association.

(3) Type C male connector or female connector can provide free samples within 100pcs.

The Features of Goldconn Type C Connector

(1) The reversible new shape It can be inserted any way up as the connector pins are the same on either side.

(2) Supporting the new standard USB-C connector supports various exciting new USB standards like USB 3.1 — which allows extremely fast data transfers of up to 10 Gbps — and USB PD, which enables power delivery.

(3) Even faster charging

(4) Space-saving

(5) Interoperability

(6) Backward compatible

Advantages of Goldconn Type C Connector

(1) Micro Pitch

(2) Low Profile

(3) High Speed

(4) Automatic assembly

(5) Automatic inspection

Goldconn’s Strength

(1) R&D ability

(2) Own brand

(3) Customization capabilities

(4) Vertical integration, production flexibility and efficiency

(5) Capacity with economies of scale, high delivery cooperation degree

(6) Connector product line complete, a wide range of applications

(7) ISO9001, 14001, IATF16949

(8) Goldconn listed on the Beijing Stock Exchange (stock code 838337) in Aug 2016

Industries That Use Type C Connector

So many Macs, Windows laptops now featuring the interface, it’s clear that the USB Type-C connector is here to stay. And USB Type-C ports are now found on all manner of devices, from simple external hard drives to high-end laptops and the latest smartphones. While every USB-C port looks the same, not every one offers the same capabilities. USB-C may now be ubiquitous, but it doesn’t serve the same functions everywhere.

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What product is suitable for using the custom CNC machining service

What processing method should I choose for my products? Is my product suitable for CNC processing? Many customers have similar questions. This article will answer some of your doubts.

Because CNC turning is a machining method of rotating cutting materials, the products processed by CNC are smaller and smaller. It means that large parts are difficult to be processed by the CNC machining center.

Usually, the diameter of the material we process cannot exceed 2.5 inches. We use a unique process to process objects larger than 2.5 inches. It will improve the difficulty and cost of processing and reduce the accuracy and stability of processing.

Except for products with large volumes and unique structures, almost all metal processing can use high-precision CNC machining. Moreover, we can say that high precision CNC machining is the most suitable process for metal processing. And we can complete these orders and samples quickly in a short time. Even if it is a particular need, we will try our best to meet it. What are you hesitating about this?

Provide customers with high-quality cheap cnc service. It is what we have been doing. Suppose you are looking for CNC manufacturing companiesfor your products. May wish to contact us, and we are always at your service.

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CNC Milling Services

Yexin offer CNC milling service for any types of custom CNC parts, whatever plastics or metals, simple or complex. With our precision 3-, 4- and 5-axis CNC milling centers, combined with other advanced capabilities and our experienced team, we can offer high-quality CNC parts as well as fast delivery. If you’re looking for a reliable CNC milling company, Yexin will never let you down! Our CNC milling services are designed to complement our many other fabrication and finishing capabilities, to provide you with a complete and rapid turn-key solution for your next project.

What is CNC milling?

CNC milling is a manufacturing process that uses a cutting tool mounted on a rotating spindle to selectively remove material from a block of raw substrate. The workpiece is rigidly mounted to a table, and this table moves or rotates on different planes so the tool can work at many angles. Sophisticated CNC milling machines can have 5 or more axes of independent motion to make more complex shapes or to avoid having to move the workpiece to a separate machine.

5 Axis CNC Milling Services

Yexin provides 5 axis CNC milling services that achieve an angular tolerance of two-thousandths of a degree (.002°). 5 axis CNC machining services allow infinite possibilities of the machined parts. Hook surface machining, unusual shape machining, hollow machining, punching, oblique cutting, and more special processes can be done with 5 axis CNC service.

Benefits of 5 Axis Milling

* Workpieces are not moved through several workstations, they can be completed on the 5 Axis machine alone, finishing components with greater accuracy. * Less fixture preparation, saving time and money. * Single setup required for machining complex shapes, increasing productivity. * Can use shorter cutting tools, producing higher cutting speeds and fewer tool vibrations for higher precision. * Ability to achieve outstanding surface finishes, improving overall part quality.

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What determines the accuracy of CNC machining parts

In CNC machining Parts programming, the correct use of methods and skills can effectively ensure and improve the accuracy of CNC machine processing. So, what determines the accuracy of CNC machining? Let's learn more about it!

CNC machine tool processing accuracy is determined by the position detection element, position detection element by the detection element (sensor), and signal processing device, which is an integral part of the CNC machine tool closed-loop servo system.

Its role is to detect the actual value of the table position and speed and the feedback signal back to the CNC device or servo device, thus forming a closed-loop control. The detection element is generally the use of light or magnetic principles to complete the position or speed detection.

According to the detection method, position detection elements are divided into direct measurement elements and indirect measurement elements. When measuring the linear motion of the machine tool, the linear detection element is generally used, called direct measurement, and the position closed-loop control is called complete closed-loop control. The measurement accuracy mainly depends on the accuracy of the measuring element and is not affected by the accuracy of the machine tool drive.

Since the linear displacement of the machine table is proportional to the rotation angle of the drive motor, it can measure the distance of the table movement indirectly by driving the rotation angle of the detection motor or screw. This method is called indirect measurement, and the position closed-loop control is called semi-closed-loop control.

The measurement accuracy of CNC machining depends on the accuracy of the detection element and the machine feed drive chain. The machining accuracy of the closed-loop CNC machine tool depends mainly on the accuracy of the position detection device. CNC machine tools have very stringent requirements for position detection elements, typically with 0.001-0.01 mm or less resolution.

The probability of damage to the detection element is higher than damage to the cable assembly. If the detection element fails, the first step is to check the wireless cable for broken wires, soiling, deformation, etc. The detection element can be judged by measuring its output. However, it is required to master the operating principle and the output signal of the detection element. For example: What to do when detecting equipment failure and mechanical oscillation (acceleration/deceleration)?

1) Pulse encoder failure. Then is the time to check if the voltage of the feedback line terminal on the speed unit drops to a certain point. If the voltage drops, the pulse encoder is defective and should replace the encoder.

2) The pulse encoder cross-coupling may be damaged, causing the shaft speed to be out of sync with the detected speed, and should replace the coupling.

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Liquid Cold Plate Solutions

Liquid Cold Plate ManufacturerIn China — Kingka

Kingka is a professional custom liquid cold plate manufacturer in the cooling system field, provide thermal management system solutions for new energy vehicles and power electronic products. Our technical team has many years of experience in R&D and production of liquid cold plate heat sinks.

Liquid Cold Plate with Copper Tube

Our company Hi-Contact technology optimizes the contact area liquid tubes have with a cooling surface to provide the best possible liquid cold plate thermal performance. Our patented geometry used in these designs ensures the most tube-to-plate and tube-to-device contact possible to minimize interface resistance between all contact surfaces. To further increase performance, a thermal epoxy is applied to the tube/plate joint to provide a gap-free thermal interface between the tube and cold plate.

Liquid Cold Plate with Friction Stir Welding Process

Friction stir welding liquid cold plate can be used extrusion techniques, which are used to form the flow passages of the cold plate directly and the flow passages are connected through by machining any blockage. The assembly is sealed by the friction welding technique with a high production throughput and low cost. This technique is not suitable for applications with higher power density or too many screw holes on the surface since this will create constraints for the flow passages. The main applications include the cooling of power batteries, heating devices, and integrated cooling products such as standard power modules. And the dimensions and routes of the internal passages can be designed with greater freedom. This is suitable for thermal management products with a larger power density, irregular heat source layouts within a limited space. The main applications include wind power converters, electric motor controllers, lasers, special power supplies, and supercomputers and ser.

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CNC machining: factors to be considered for machining the surface of the part

The method of machining the surface of a CNC machined part depends first and foremost on the technical requirements of the machined surface. However,  should note that these technical requirements are not necessarily the requirements specified in the parts diagram and sometimes may be due to the process.

Therefore, there are also requirements higher than those on the part drawing in some respects. Suppose the machining requirements for certain CNC machined part surfaces are increased because the datum does not overlap. Or, it may also be used as a satisfactory reference and may have higher machining requirements for it.

When the technical requirements of each CNC machining part surface are clarified, then the final machining method to ensure the requirement is determined. Several work steps and the machining method of each work step are required. Therefore, the CNC machining piece processing method should meet the quality of the part, have a good processing economy, and have high production efficiency. Therefore, when choosing a machining method, you should consider the following factors.

1. anyone CNC machining method can obtain the machining accuracy, and surface roughness has a considerable range, but only in a specific narrow range is economical. This range of machining accuracy is Economic machining accuracy. Therefore, in the selection of processing methods, should choose the corresponding, can obtain the economic machining accuracy of the processing method.

2. To consider the nature of CNC machining parts material.

3. To consider the structure, shape, and size of the CNC machining parts.

4. To consider the productivity and financial requirements. When you need a large number of mass production, you should use the advanced high-efficiency process. You can even fundamentally change the manufacturing method of the blank, reducing the amount of machining labor.

5. To consider the existing equipment situation and technical conditions of the factory or workshop. When you choose the processing method, you should make full use of the existing equipment, exploit the potential of the enterprise, and bring into play the enthusiasm and creativity of the workers. However, at the same time, you should also consider the continuous improvement of existing processing methods and equipment, the adoption of new technologies, and the improvement of the process level.