Can Test Screwdriver Be Made by Any Shape, Size, Color, Spec. Or Material?

Let NOYAFA know your requirements. With our experience, we will take you through the entire process from cost analysis to design, tools and manufacturing. Choose from a range of factors to create the perfect test screwdriver based on your requirements. We have years of experience in manufacturing quality product designs to help differentiate your brand.

Can Test Screwdriver Be Made by Any Shape, Size, Color, Spec. Or Material? 1

Our company has emerged as one of the top manufacturers in the industry for offering a wide range of test screwdriver. The design of test screwdriver is original and you can never find another company with this design. Compared with the other test screwdriver, test screwdriver introduced by SHENZHEN NOYAFA ELECTRONIC CO.,LIMITED has more advantages.

We develop close partnerships with clients that evolve into long-term relationships. Inquire online!

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1. How to go through the test screwdriver customization?

Let NOYAFA know your requirements. With our experience, we will take you through the entire process from cost analysis to design, tools and manufacturing. Choose from a range of factors to create the perfect test screwdriver based on your requirements. We have years of experience in manufacturing quality product designs to help differentiate your brand.

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2. Can test screwdriver be customized?

Custom service is always available in NOYAFA. In regard to the customization of test screwdriver, designers or technicians may be arranged to talk to you, to ascertain the items to be customized. The customized production may take a longer period. This will be set after negotiation.

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3.

The definition of customization is that business activities are dominated by the needs of customers, and enterprises should provide products and services completely in accordance with the needs of customers. NOYAFA will formulate detailed plans for our specific customers according to their requirements, and discuss and optimize the plan before our manufacturing of test screwdriver. On the basis of an agreement of two parties, we shall carry out our further producing. The goal of future business activities, or the ultimate goal, is to pursue the goal of customization. We are confident that we can provide customers with a fine solution and never make the customer lose their reliance on us.

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How Long Is the Warranty Period of Test Screwdriver?
How Long Is the Warranty Period of Test Screwdriver?
At NOYAFA, different series of products may be entitled to having a different warranty period. For the detailed warranty data, you can browse the "Product Details" page and then check the warranty period of the product listed among the product specifications. Or, you can ask our staff about the warranty period of the exact product. During the period, we are responsible for repairing parts of the product or support having the product returned or exchanged. Generally, we adopt high-quality raw materials which can ensure the long service life of the finished products.SHENZHEN NOYAFA ELECTRONIC CO.,LIMITED is an excellent manufacturer and supplier of test screwdriver in China, combined with research & development, design, manufacture and sales. SHENZHEN NOYAFA ELECTRONIC CO.,LIMITED uses the most advanced technique in China, in order to produce the most high quality test screwdriver. SHENZHEN NOYAFA ELECTRONIC CO.,LIMITED is perceived as a vibrant and engaged generators of test screwdriver.Apart from high-quality test screwdriver, Best Cable Tester Supplier in China _ Noyafa also provides professional and experienced consulting and technical support.· Related Questions:1. How to extend test screwdriver warranty?NOYAFA gives customers the option to extend the warranty of test screwdriver. In this way, we hope our customers will feel more comfortable with their orders. But please note that from Chinese manufacturers, the warranty cost is usually included in the price of the product whereas an extended warranty costs extra and is sold separately. You shall consider whether the product will require repair and the possible cost of such repairs. It is suggested that customers make a decision at the time of purchase, or within a few more days or weeks to return to us and purchase the extension. ——————— 2. Does test screwdriver have warranty period?NOYAFA hopes you are satisfied with the purchase. If your product needs repair during the warranty period, please call us. Your satisfaction with the order is our primary concern.
How About the Minimum Order Quantity for ODM Products?
How About the Minimum Order Quantity for ODM Products?
With teams of dedicated engineers and complete product validation facilities, NOYAFA can quickly respond to ODM needs. Customers can choose to buy the ODM product as a no-name product, or have it branded with their company logo. They can make small modifications, including the change of colors, materials, and functions. In the past few years, we have completed hundreds of ODM projects in different industries, which enables us to respond quickly to customer needs, meet or exceed customer expectations, thereby saving customers a lot of time and effort in product development.SHENZHEN NOYAFA ELECTRONIC CO.,LIMITED is the smart choice for comprehensive test screwdriver service. SHENZHEN NOYAFA ELECTRONIC CO.,LIMITED has always put great importance to quality stability of test screwdriver. Excellent characteristics such as test screwdriver are obtained when using test screwdriver materials.We also provide these products in customized options to meet the specific requirements of our esteemed clients.· Related Questions:1. How about the ODM service flow?Roughly there are 5 steps, namely project initiation, research and design, manufacturing, quality control & assurance, and service & support. We have the experience, capability and R&D resources to make any ODM integration a glowing success. We promise to work with you until you are satisfied and all original design requirements are met and the product performs exactly to your expectations. ——————— 2. How long it will take for ODM processing?It depends. To learn more, please consult with our customer services. We've got an abundance of expertise, abilities and research and development tools to earn any ODM integration a complete victory! With an extremely concentrated effort, we supply you with industry-level services and products. We'll work until you're satisfied and the item just meets your requirements. ——————— 3. How about the OEM service flow?With years of development and growth, NOYAFA has formulated and decided on a flawless set of OEM service flow. It is the final result of our years of experience in cooperation with multiple customers in all professions. It starts with detailed communication with customers. All info, such as appearance design, style, colors, and shapes, about the products, need to be stated clearly. Then, sample making and sample confirmation come next. After that, we will arrange mass production. The last step is quality inspection before shipment and delivery. All required goods will be delivered to customers safe and sound within the appointed time. ——————— 4. Does NOYAFA provide OEM service?NOYAFA provides OEM service. While you focus on your research, marketing, and internal processes, we will bring your products to market quickly and cost-effectively with the expert support you need. Through our OEM service, you can reduce your capital investment by relying on our synthesis and manufacturing capabilities. Our longevity and success are made possible by the loyalty and creative spirit of our customers.
Why Test Screwdriver Is Produced by so Many Manufacturers?
Why Test Screwdriver Is Produced by so Many Manufacturers?
China is arguably the most important manufacturer and industrial producer because it sells more manufactured products than any other country in the world. China is also the world leader in many types of products. Especially if you want to build custom products such as test screwdriver, you will save a lot of time and money by working with Chinese manufacturers specializing in these product categories. Numbers of manufacturers are developing in this field due to the promising prospect, and they will offer lower production costs and more advanced production capacity than those of other countries.SHENZHEN NOYAFA ELECTRONIC CO.,LIMITED is mainly engaged in manufacturing all kinds of test screwdriver. Such test screwdriver has been improved significantly over traditional test screwdriver in terms of design and materials. SHENZHEN NOYAFA ELECTRONIC CO.,LIMITED has provided great value to test screwdriver field.Great customer service and technical support specialists, in addition to our constant commitment to quality, have maintained our position as a reputable leader in the test screwdriver industry. Get price!· Related Questions:1. Why test screwdriver is produced by so many manufacturers?China is arguably the most important manufacturer and industrial producer because it sells more manufactured products than any other country in the world. China is also the world leader in many types of products. Especially if you want to build custom products such as test screwdriver, you will save a lot of time and money by working with Chinese manufacturers specializing in these product categories. Numbers of manufacturers are developing in this field due to the promising prospect, and they will offer lower production costs and more advanced production capacity than those of other countries.
Which Test Screwdriver Company Doing OEM?
Which Test Screwdriver Company Doing OEM?
An OEM manufactures products that are purchased by another company and sold under that purchasing company's brand name. There are lots of test screwdriver manufacturers offering OEM service in the world. NOYAFA strives for becoming one of the leaders in this field. We have built our own production base, fully equipped with all necessary equipment, and a highly-qualified in-house production team to react promptly and flexibly to customers’ OEM needs. If you are looking for a reliable OEM service provider, we are definitely a good option. You can Google us for more information and participate in the exhibition we participate in, which we will inform detailed information on our website.SHENZHEN NOYAFA ELECTRONIC CO.,LIMITED offers a full range of test screwdriver featured by high quality and excellent durability. test screwdriver is manufactured by the cutting edge of world technology. test screwdriver functions perfectly in the development of the multiple application needs.All our efforts on design, safety, intelligence, efficiency, and energy-saving have the only purpose: to satisfy our valued customers and give them the best impression and valuable joy.· Related Questions:1. Any brands for high end test screwdriver?High-end test screwdriver is very expensive or complex in the marketplace. Consistently "pricey" and "innovative" are tightly targeted. The item is priced in "expensive" amount since the producer invests heavily in raw substance, R&D, quality management, etc. This makes it "high end". A "high end" or even "innovative" merchandise is always encouraged by powerful R&D and support teams. You might have no worries concerning the use, functions and after-sales services. ——————— 2. Any good manufacturers for test screwdriver?Very good manufacturers have powerful comprehensive capacity. test screwdriver is widely implemented in the world. Its production in China is of wonderful significance to the global market. There are lots of businesses good at producing this item. They all have steady manufacturing, powerful R&D capacity and exceptional after-sale services. Please keep in mind the needs throughout the search for great producers. Then a long-run reliable partner may be found. ——————— 3. Which test screwdriver company doing OBM?In China, OBM is now growing rapidly. Many test screwdriver manufacturers retail their own branded goods which are the whole products or component parts produced by a second firm. NOYAFA is such a manufacturer. The OBMs will be liable for everything such as the production and development, supply chain, delivery and promotion. The partnership with the OBMs will help sustain the development of the company. ——————— 4. What are key manufacturers for test screwdriver?The key manufacturers of test screwdriver scatter all over the world, such as China, Germany, the US. They can be small family-own companies or large cooperation, but they have one thing in common - to meet the needs of customers worldwide with quality and services. They have the experience, expertise, equipment, technology, and people to manufacturing the product accurately and efficiently. They also have a strict quality management policy to ensure all products meet the international standards. For them, manufacturing test screwdriver is their specialty, customer satisfaction is their commitment. We are happy to be regarded as one of them.
What Companies Are Developing Test Screwdriver Independently in China?
What Companies Are Developing Test Screwdriver Independently in China?
The production of test screwdriver not only conforms to the industry standard, but also bases on the international standard for the exporting business and wide application. A strict standardized production process helps the safe operation and strict guarantee of the product. Compared with other manufacturers, NOYAFA has always been under the strict international standard to conduct the production of it. This ensures the smooth production process and efficient business operation from raw materials selection to sales.SHENZHEN NOYAFA ELECTRONIC CO.,LIMITED has made itself as the leading manufacturer of test screwdriver. test screwdriver has the best design that comes from world-class designers. Thanks to the advanced technology, our test screwdriver can be controlled intelligently.We customize and design test screwdriver according to the requirement of the customer. Get info!· Related Questions:1. What standards are followed during test screwdriver production?Quality comes first. To ensure the quality of test screwdriver, manufacturers should and must strictly obey regulations throughout the whole production process. Every production step should be conducted following the industry rules and international standards. Just as many manufacturers in the market, NOYAFA is also a law-abiding company. Led by a reasonable and remarkable corporate culture, we have been operating a highly-efficient business by strictly complying with the international quality standard. This has helped us win a larger customer base and increasing popularity across the world.
How Much Will It Cost for Test Screwdriver Production?
How Much Will It Cost for Test Screwdriver Production?
It changes based on manufacturers who adopt different technologies. Sometimes material cost might be high from the production. Once the wastes are recycled and used for other production, the producer succeeds in price reduction. NOYAFA is a company dedicated to the manufacture of test screwdriver. The source of raw material is guaranteed and the technology is developed to reduce the cost and enhance the product quality to the greatest extent.SHENZHEN NOYAFA ELECTRONIC CO.,LIMITED is a leader in the test screwdriver industry. Being qualified with test screwdriver enables NOYAFA to win more trust from more customers. A high standard test screwdriver production base has been established by SHENZHEN NOYAFA ELECTRONIC CO.,LIMITED.Our company is based on a strong partnership approach - clients come first in every aspect of our decision-making. Call now!· Related Questions:1. How much will it take for test screwdriver materials?The amount of money invested in the production of test screwdriver decides the performance and quality of it. Taking NOYAFA as an example, it has always taken the price into serious consideration when purchasing high-quality raw materials and aims to provide high cost-performance ratio product. Raw materials are well selected, which can guarantee the great performance of the products. Besides the materials' performance, the material cost should also be taken into serious consideration, which is important to manufacture the product with high cost-performance ratio. ——————— 2. What is the proportion of material cost to total production cost for test screwdriver?The share of raw material prices in the total costs for test screwdriver depends upon the different materials a producer used in his production. In the manufacturing sector, substance cost accounting is a fundamental requirement for achieving success. To be aggressive and profitable, manufacturers need to understand and manage the material cost. In the current economic conditions, many producers have been searching for ways to improve content efficiency to maintain profitability and competitive advantage through providing maximum profit to customers.
Automatic Screwdriver Model Prototype
Automatic Screwdriver Model Prototype
This last week, I took on the challenge of designing and creating a low-fidelity model prototype of an automatic screwdriver with several features, such as an automatic screwdriver head selection mechanism and a screen which keeps track of how many screws have been screwed/unscrewed. The main goal was to make a tool designed like OXO, which is known for applying universal design principles to make well-designed and easy to use tools for cooking.PlanningTo start, I did a quick competitive analysis on other automatic screwdrivers to see what common design elements were used across this tool. Some were very simple and looked very similar to a normal screwdriver, but with a button to automatically unscrew/screw. Others were more advanced, having systems to change the overall shape of the screwdriver between a normal and a drill like shape or being turned on using a gyroscopic mechanism to tell which way you are turning the screwdriver. I really clung to the idea of being able to easily change between a traditional and drill shape, because that would make it a lot easier to use in several different positions and orientations. After deciding on my main design form, I wrote up a list of requirements that I wanted my design to be able to do. The main goal I had was for it to work and feel the exact same no matter shape it is in. To do this, I decided that the buttons, switches, and screens would work the exact same between the two different shapes. The most novel design choice that made this possible was to have 2 different screens: one on the end of the screwdriver that would be active when the screwdriver is in its normal shape and one in the middle of the screwdriver that becomes viewable when the screwdriver is in its drill shape. This way, the screen is easily viewable in both shapes, so the experience of using its features does not change between the two shapes. Though this may not be an especially cost-effective solution, it does make the screwdriver much more usable and adjustable. After deciding on my main requirements and design choices, I started to draw some quick sketches of how I wanted the screwdriver to look like. I also drew out what the different screens and touchable elements would look like.Initial PrototypeAfter drawing out my main ideas, I attempted to make my first prototype out of materials I had in my house, which only consisted of a few toilet paper rolls and a paper clip. I attached two toilet paper rolls with a paper clip, which I form to feel like a trigger, which would control the variable speed control. I also drew on buttons to act as a switch between screwing and unscrewing. I tried to use stick notes to imitate the screen, but they did not easily fit onto the ends of the toilet paper rolls. I tested this prototype in its different shapes and on different wall positions/orientations to confirm that the main actions (viewing the screen area, pressing the trigger, and switching the screwing direction) were easy to do while using it. I also made sure that these actions could be done easily whether the user was right or left handed.Second IterationOnce I confirmed the model and form was easy to handle and use in different positions, I reiterated on my prototype using stronger and more diverse building materials, like cardboard, tape, velcro, etc. In this iteration, I decided on the size of the model and the main types of buttons. The screwdriver is fairly large, but definitely still felt easy to grip, use, and easily access all the buttons/functionality. I felt like it would be large when actually created so that the top half could hold several different screwdriver heads and so that the screen would not be too small to see/interact with. I filled the empty middle parts of the model with pinecones to imitate the added weight and ability to tightly grip the model. I decided on a pressure-sensitive button for speed control instead of a trigger because it made the model easier to grip in different positions. I imitated this using a piece of paper that was scrunched to feel more like a spring. I made a switch using tape, paper, and a paper clip so that the user can easily switch between screwing and unscrewing during use. I made a hinge so that the model could easily switch between the two shapes, but it was slightly weak and did not hold its shape very well. I tried using magnets to have it hold its regular shape better, though they were not strong enough. I chose to do a final iteration of this design to fix this issue and to make it look cleaner overall.Final IterationMy final iteration cleaned up all the details from the second iteration and also created the main screens. In this iteration, I added colors to make it cleaner and signify the physical parts of the screwdriver you can interact with. I added velcro to the middle of the screwdriver so that the middle could easily change shapes and hold its form. I also added it to the bottom the bottom so that the model could easily fit into a new rechargeable stand I made for it. The velcro also had the added effect of making it easy to place and replace the paper screens I made to imitate the digital displays of the screwdriver. The digital displays would always be displayed on the screwdriver no matter what mode it was in. The digital display had two major functionalities: to allow the user to automatically change the screw head and to show the user the how many screws they have screwed/unscrewed. The head selection screen allowed the user to tap or swipe between different screw heads and different sizes for the screw heads. The screw counter screen allowed the user to see how many screws they had screwed/unscrewed, and reset each count individually on a button tap. The buttons at the bottom of each screen allow the user to easily switch between the two screens.User Test and CritiquesAfter completing my final iteration, I had a friend test out my prototype. First, I gave him the prototype and let him explore it and try and figure out what each major part of the screwdriver did. Then I gave him a fake task of trying to fix an amplifier using the model, with the added difficulty of starting out with the wrong screw head and size. He seemed to understand how to do the task and how to utilize my prototype to do so. This user test is available here. I also showcased my work to my class for feedback and critiques. For the most part, people thought my prototype was easy to use and enjoyed the novelty of it having two digital displays. Most people really liked that it was designed to be used in the same way for both different shapes. The only real critique I got was that one person could not easily grip the bottom. For a final product, I would make the bottom half get skinnier towards the middle while remaining larger at the ends. This way, it would be easier to grip while keeping the space at the ends necessary for the screens. Overall, I really enjoyed this exercise and the ability to iterate multiple times on my ideas. Using cardboard and other low-fidelity materials was really fun, but after seeing the creative ways my classmates utilized these materials, I think I could one day re-iterate on this project and make it look/feel even better
HCDE 451 // A1 Process Blog: Electric Screwdriver
HCDE 451 // A1 Process Blog: Electric Screwdriver
PromptFor the A1 prototype, I was tasked with designing a handheld electric screwdriver with a variable speed control and digital display allows you to auto-select screwdriver shape and size. The requirements are as follows:variable speed control you decide the mechanism/interaction and whether it is fluid or distinct settingsscrew-driver selection mechanism (either digital or non-digital your choice) allows you to automatically select and switch between either Phillips or flathead shape and five different sizes of each shape (for 10 total screwhead choices)screw-driver direction selection mechanism (non-digital) to either screw in or unscrewdigital readout (monochromatic, non-touch sensitive) of number of screws screwed and screws unscrewed for tracking your progress as a handypersoncan be used right or left-handedproduct dimensions are a minimum of 6 inches long and must be able to contain a rechargeable batteryDesignOXO is a brand well-known for their easy-to-hold kitchen utensils and office supplies. Originally designing for people with arthritis, the founders of OXO aim to create products that are usable for anyone using their tools. With this in mind, I began to sketch the various screwdriver features. I thought of the various ways I could create affordances for the different parts: twists, buttons, knobs, wheels, digital displays, etc. I took into consideration the approximate size of about 56 inches and chose to place most of the features at the top of the screwdriver in such a way that the user would be able to hold it and view all their settings at the same time. I knew I wanted to incorporate a rubber grip and a circumference that would make the product easy to hold, so it was just a matter of choosing which affordances to select for the various features.PrototypeI decided that the features on the screwdriver would have to be consistent. Using too many different affordances (twists, buttons, etc. ) could be confusing. I chose to focus on a twist-based selector for the screwhead and size selectors. This was space-efficient and fit easily above the main part of the grip. I put in a small display towards the bottom of the handle, and placed the battery compartment at the base. The on/off buttons on the main part of the handle where it would be easily reachable.This prototype was built primarily out of cardboard from the Comotion Makerspace at the University of Washington. After cutting sheets of cardboard into rectangles, I was able to cover them in construction paper and roll them up to create a round handle and the twist-selection features of the top of the screwdriver. I drew icons on dot stickers and used them as labels for the settings on the screwdriver.Usability Testing at Home and in ClassI first tested the prototype with my sister, asking her to change various settings and pretend to screw things into a bookshelf. A usability test video clip of my sister could be found here. I was also able to gather feedback during a critique session in class where I was able to demonstrate and test my prototype with 11 different people. They wrote down their comments and suggestions on sticky notes.Findings and AnalysisAfter testing the prototype with a total of 12 people, the general consensus for what went well are as follows:Users appreciate the visibility of the various options on the screwdriverThe consideration to detail and placement was something users enjoyed and found made the prototype easier to understandAfter a quick demonstration of how to use the screwdriver, users found it intuitive and easy to understandHowever, it was clear that some parts needed improvement:The fragility of the prototyping materials made users hesitant to twist and turn parts of it with the fear that they may break it (as seen in the video above where my sister was reluctant to twist the top part of the grip)Some users found the icons confusing, and the labeling overall could be improved (such as changing speed settings 1, 2, 3 to slow, medium, fastA tapered tip could help guide the user to where they were screwing in the bitsI found that the overall design was effective, but it required minor tweaks to improve the clarity of what particular parts of the screwdriver do. With my limited type of materials, users found it difficult to determine which parts they could press: one user asked, Are the round icons digital or just labels?If I were able to create a second iteration of this prototype, I would consider using more varied materials, perhaps using shinier materials for buttons that clearly distinguish those affordances from other parts of the screwdriver
5 Reasons a Voltage Detector Pen Is Good for You
5 Reasons a Voltage Detector Pen Is Good for You
A voltage detector is a quick and inexpensive method to check the presence of voltage in an AC circuit, switch or socket without actually working with it. Also known as a voltage rod, rod, sniffer or pin, a voltage detector clings to a shirt pocket and beeps or glows when it detects voltage in a conductive part of the insulation.Voltage detectors are used to repair electrical circuits, detect live neutral wires and in other situations where you need to verify the presence of electric current. These types of voltage detectors are designed for the non-contact detection of electrical circuits in residential, commercial and industrial buildings. Random contact with live electrical conductors is no problem, and the detector evaluates the voltage level in the electrical safety category for which it is used.The voltage tester Klein Tools ET40 is ideal for checking regular electrical cables, door bell sockets, lights and other devices. It has functions for displaying positive and negative DC polarity and is able to detect DC voltage currents as low as 1.5 V. In addition to detecting standard voltages and low voltages, voltage detectors and LED testers can also detect rated voltages.A good voltage tester not only saves you time, but also gives you the certainty that your electricity prices are normal. The best voltage detector pins operate in a wide voltage range and are able to provide acoustic and acoustic feedback when detecting voltage. They are small enough to be transported and provide a precise reading that tells the user whether voltage is present or not.Reinforced electronic testers (also called electrical testers, pins and voltage detectors) rely on capacitive currents to detect changes in the electric field of an energy-charged object. Non-contact voltage testers (test pins, voltage sensors, voltage testers and pins they know) are the safest way to ensure that an electrical conductor has no voltage without touching it or suffering an electric shock. They work by detecting changes in an electric field surrounding an object conducting alternating or alternating current.Non-contact testers allow you to check the voltage of a wire or device without having to touch the wire or part. A voltage tester can be used to test the presence of voltage when a multimeter cannot detect it and to measure and display the exact amount of available voltage. These testers are designed to detect the main voltage and do not provide any indication of low voltage control circuits used in the bells or HVAC controls.A further limitation is that DC voltage can not be detected with this method because DC currents do not flow in a uniform state through capacitors and non-contact testers that detect electrical fields cannot be activated. You cannot detect voltage through shielded or armoured cables, and this is a basic limitation due to the Faraday cage effect. A TONG or AMmeter detects changes in magnetic fields, while a detector uses current flowing through the wire in question, and it senses alternating electric fields emitted by AC conductors.Given the variety of products in the contactless voltage tester category, you can expect different types of NCVTs, but you can imagine that there are more contactless DC voltage testers and contactless DC voltage testers than there are regular DC testers on the market. Remember to use a quality insulation resistance tester when you need to measure the insulation around your circuit. You want a non-contact voltage tester that comes with a hook so that you can put it in your shirt pocket.I call it the voltage sniffer, but the technical name for it is the capacitive voltage sensor. It is supplied with an alligator clip, which is interchangeable with test cables, and a holster to keep it handy. It uses black magic to determine whether wires are live or not, and it is 100% reliable at all times.
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