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How to avoid purchasing suspect/counterfeit electronic chips?
Counterfeit electronic chips are among the most significant threats when sourcing any electronic parts. In fact, as per recent research, the risk of unintentionally purchasing counterfeit electronic components such as chips increases by 25% every year. Simply avoiding purchasing electronic parts from a specific country (such as China) has proven ineffective in reducing the risk of counterfeit parts. As per research conducted in 2019, more than 60% of the counterfeit electronic components were delivered from suppliers of various origins other than China. Thus, it is crucial to employ effective counterfeit mitigation strategies to prevent counterfeit electronic parts.
Here are a few ways to avoid purchasing suspect/counterfeit electronic parts
Risk assessment of various types of counterfeits
If you are considering buying electronic chips, you must be knowledgeable about the various types of counterfeits. When you are aware of the potential risk of counterfeit products, it can help you better manage the risk of counterfeits from entering your inventory.
Counterfeit detection and mitigation strategy
Many buyers decide to employ an in-house counterfeit detection and mitigation team to identify and dispose of counterfeit components. However, you can also rely on third-party certified experts to conduct the necessary testing and counterfeit inspection to ensure the delivered products meet the appropriate standards.
Sourcing products from a reliable supplier
The best way to avoid/minimize the risk of counterfeit products is to source the required electronic components from reliable electronic component distributors. The ERAI is a reliable resource for the up-to-date database of reliable suppliers. It strives to connect all sectors of the electronic supply chain from OCMs, OEMs, and CMs to Distributors, Test Labs, and Government Organizations for effective counterfeit part and supplier risk mitigation across multiple industry sectors such as defense, aerospace, medical, nuclear and commercial.
Controlling and reporting counterfeits
It is crucial for buyers to report any information about counterfeit products and fraudulent suppliers on the shared industry resources to keep all the relevant parties well-informed regarding potential risks. The shared industry information exchange resources (such as ERAI) can be highly beneficial in controlling and reducing the risks of counterfeit products.
If you are looking to source authentic electronic chip supplies from reliable electronic components distributors, contact our experts at Resion. Resion is a reliable supplier of a wide range of electronic components for military, aerospace, defense, and commercial industries. We are also the industry-leading supply chain solution provider with an extensive inventory of electronic components. Get in touch with our team for expert assistance.
What are the inspection methods used for quality control of Electronic Ceramic Components?
Electronic ceramic components are equipped with many ideal properties for different applications in power electronics. These are frequently used in manufacturing many kinds of equipment for medicine, machinery, electronic appliances, and many other industries. The ceramics are used in circuit boards and are primarily responsible for ensuring the machine’s proper functioning. Electronic ceramic components offer a higher conductivity, making the material ideal for various applications in communication systems, aircraft circuit boards, satellite technology, wireless devices, and more. However, with rapid IT innovations, the quality control for these components has become much more challenging.
Following are the various inspection methods used for quality control of electronic ceramic components:
Visual inspection
Visual inspection is the primary quality control method used for every type of electronic appliance to determine if there are any visible defects in the electronic appliances or parts. An InterCEPT certified inspector inspects the packaging and labels on the electronic component for a detailed visual examination for any typos, fake numbering, blacktopping, and many other such indicators.
X-Ray testing
If the visual inspection does not reveal any discrepancies, next, X-Ray inspection is used to verify the inner workings and structure of the electronic ceramic components. If there are any defects, unusual size, exceeding quantity, or indication of tempering, it will be revealed through X-ray testing. The images of the component can be compared with the images of the original parts to detect any counterfeits.
Decapsulation
Sometimes even X-Ray testing cannot give conclusive results. Thus, additional testing such as failure analysis testing techniques is used to verify the authenticity of the electronic ceramic parts. Decapsulation is a destructive test that is usually performed on a sample component using failure analysis (FA), constructional analysis (CA), and destructive physical analysis (DPA) techniques. In decapsulation, an internal visual inspection is first conducted using a high-powered microscope to verify the manufacturer’s markings, defects, typography, part numbers, mechanical accuracy, and authenticity. Next, chemical etching methods are used to verify each component used in the manufacturing.
There are many different types of decapsulation methods used for different kinds of electronic device components, depending on their application purposes. Various chemicals (such as sulfur acid, nitric acid, etc.) are used for decapsulation, rendering the sample unusable in most cases since it is a destructive testing method. Therefore, it is usually performed after radiography, external visual examination, leak check, and other inspection testings as required depending on the component to ensure its authenticity. If the sample fails the analysis, the whole batch will need to be discarded.
The electronic ceramic component inspections can be conducted by your in-house certified team or a certified third-party provider offering reliable visual, x-ray, and decapsulation testing services. If you lack the in-house quality control capabilities, get in touch with our team for reliable inspection services to meet all your needs.
Role of the x-ray inspection system in enhancing quality control and counterfeit mitigation in the electronics industry
Counterfeit electronics components are the biggest threat to the electronics industry supply chain. As per the statistics, almost 20% of electronic components in distributors' supply chains are found to be counterfeit every year. Counterfeit electronic parts which are not identified on time can find their way as part of a computer motherboard, monitor, or other electrical appliance. They can cause functionality issues, short circuit risk, overheating, or other problems which can lead to the failure of the machine. As per research, counterfeit parts lead to damages costing more than $100 million every year. Thus, to minimize the risk of counterfeit components and enhance quality control, many inspection and testing techniques are used by the distributors and suppliers in the electronics industry, such as visual testing, X-ray inspection, electrical testing, and more.
How can X-Ray inspection help?
X-Ray inspection is one of the most widely used techniques for counterfeit mitigation and effective quality control in the electronics industry. The X-ray inspection systems are specifically designed to verify the inner structure and functional elements of electronic devices without opening or using destructive testing techniques. X-Ray inspection is used to identify components inside the package for their shape and size accuracy compared to the images from the original part made by the manufacturer. It helps identify any defects, proof of tampering, or counterfeit parts in the electronics industry.
The electronics X-Ray inspection is usually the next step after the visual inspection of the electronic component has been performed. It enables electronic suppliers and buyers to ensure the authenticity of the product and detect fraud. The failure to find a defective component may lead to fatal results. Therefore, if the authenticity of a supplied product cannot be verified using visual inspection or electronic testing, an X-Ray inspection is conducted to find any abnormalities in the electronic parts’ composition.
X-Ray inspection is a preferred method of counterfeit mitigation and quality control as it is a completely non-invasive and non-destructive testing technique that is relatively cost-effective. It saves the distributors from the risk of destroying or disassembling a product for testing with destructive methods such as decapsulation testing, which can be quite time-consuming.
If you are looking for a reliable supplier with extensive experience in supplying electronic components and in-house X-ray inspection systems for counterfeit detection, get in touch with our team for all your requirements.
What are the biggest challenges with inventory management?
Manufacturing companies heavily depend on an efficient inventory management solution to ensure smooth production. It is especially crucial for those industries which deal in electronic product manufacturing as the production may suffer if there is a lack of inventory. As per a 2018 estimate, the electronic manufacturing industry was valued at over half a trillion dollars. Other than the electronics manufacturing industry, many other businesses depend on component sourcing for their operating equipment and machines, such as military, defense, commercial businesses, and more. To ensure the smooth operation of business activities, they need an appropriate electronic parts supply on time. Therefore, an up-to-date, efficient inventory management system is crucial for both small and large enterprises.
As inventory management is a complex process, it presents many challenges for manufacturers and other industries, such as the following:
Maintaining inventory levels
Businesses must maintain an appropriate level of inventory at all times. However, doing so manually via different software's and spreadsheets can be very time-consuming and redundant. Moreover, it is vulnerable to errors which may lead to problems in maintaining appropriate levels of inventory.
An inefficient inventory tracking process
Many companies continue to use old and outdated methods of inventory tracking. It can make it harder and time-consuming to locate any specific parts in the inventory when needed. Updating the Inventory Management System with advanced technology and features can be highly beneficial in efficiently managing and tracking required inventory.
Quality assurance
Maintaining high-quality inventory and ensuring quality assurance can be quite challenging for large manufacturers. Quality assurance can be a labor-intensive task if there is no proper system to keep records of quality inspections. It may lead to inadequate, wrong, or delayed shipments. An advanced Inventory Management System can be highly effective in keeping a record of inventory quality assurance which helps you make strategic decisions for inventory maintenance and delivery.
Inventory loss
If the manufacturer’s inventory includes perishables or high-value inventory stock, which need to be kept under specific conditions and temperatures, you need to have a system in place to ensure the stock is well taken care of. An advanced Inventory Management System can help prevent inventory loss and keep you up-to-date regarding the inventory status.
Inventory management is a highly complex process. If you are facing any challenges in maintaining your inventory efficiently, get in touch with our team for expert efficient Inventory Management Solutions.
Things you should check when dealing with an independent electronic components distributor
The electronic components such as semiconductors and other parts used in medical or defense electronics usually become obsolete after 3 years on average. When such equipment ever needs a replacement part, finding a reliable obsolete electronic components distributor who can supply genuine parts can be pretty challenging. As the supply of obsolete components becomes scarce, finding a reliable obsolete components distributor beforehand becomes crucial. This way, whenever the need arises, you can quickly source the required parts. However, there are also many unauthorized distributors available in the market which provide counterfeit electronic components. Therefore, it becomes crucial to ensure the legitimacy of the supplier before making a purchase decision.
Following are a few questions that you must ask the distributor if you are sourcing obsolete electronic components from an independent distributor:
Make sure to verify if the electronic component distributor is ISO (International Standards Organization) certified. An ISO certification signifies that the company is complying with a quality management system that is regularly reviewed by its internal team and a qualified third-party auditor.
Also, ask the distributor if they are ANSI/ESD S20.20 certified. ANSI/ESD S20.20 certification is the multi-industry standard used by numerous international OEMs. It is highly regarded in the aerospace, automotive, telecommunication, commercial electronic, and medical equipment industries for meeting ESD control needs.
It is also recommended to ask the distributor whether they have a moisture sensitivity program in place. Some obsolete electronic components are increasingly sensitive to moisture and may be affected/damaged by mishandling or lack of a moisture control system.
Also, ask the distributor what inspection techniques they use for inspection. It is best to choose the electronic component distributors who utilize visual inspections, electrical testing, X-ray testing & other inspection equipment for various testings to supply authentic parts.
Ensure to ask the distributor whether they have incorporated IDEA-STD-1010, AS6081, or any other recognized inspection process to ensure quality.
Also, check whether they have a certified team of InterCEPT inspectors or an IDEA-ICE-3000 certified team for internal inspections?
Check the distributor’s legitimacy by checking whether they are a member of the ERAI. The ERAI (https://www.erai.com/) is an excellent and trusted resource to verify a vendor’s legitimacy. It prevents the circulation of counterfeit products.
You can also go through the online reviews about the company to check whether they are a reliable source and have delivered good quality electronic components to their past clients.
Reliable electronic components distributors can meet the required criteria and provide evidence of their legitimacy. However, you may also need to collect some more information before making a purchase decision. You should ask the distributor about their annual sales, minimum order limit, payment terms, waiting times, order delivery details, and any other information for making the purchase.
If you are looking for a legitimate and reliable obsolete components distributor, contact our team for expert assistance.
Essential Features To Look For In An Inventory Management System
An inventory management system is a crucial part of any supply chain. It is essential to manage your inventory and monitor stock levels for effective customer management. Many companies that deal with electronic components often face inventory management challenges. In the absence of a proper management system, the company may undergo mismanagement of electronic components and suffer losses. An efficient Inventory Management System is necessary to ensure proper monitoring, supply, and tracking, etc., of inventory and avoid losses.
Following are the essential features of an Inventory Management System:
Inventory Monitoring – Manually keeping track of all the inventory can be very challenging, especially for large businesses. A smart inventory management solution can easily handle monitoring inventory levels at all times. Furthermore, it can be programmed to automatically notify the inventory manager when the re-ordering level has been reached. It helps maintain the right inventory levels for each item in the stock. It can help efficiently manage inventory orders without any delays.
Inventory tracking – In the electronic components industry, it is easy to lose track of inventory if proper measures are not taken. With an Inventory management system, inventory managers can easily track electronic components utilizing electronic serial tracking or non-electronic devices in warehouses.
Financial management – If you have any existing accounting software such as Quickbooks etc., it is best to look for an inventory management system that is compatible with your existing software. It will help you efficiently manage your business finances and update your tax information after buying or selling electronic components.
Customer management – An efficient Inventory Management system is a powerful tool to help quickly track any customer orders, update customer profile information, and efficiently manage sales. It will help you keep track of sales history and keep track of your most popular products. It will enable you to effectively manage inventory to maximize your sales revenue. Some management systems even generate discount offers for specific inventory items as per your inventory analysis for maximum profits.
If you are looking for an excellent inventory management solution to efficiently manage your inventory, get in touch with our team.
How X-Ray Inspection Systems Ensure Quality in the Food Industry?
Some of the benefits of X-ray inspection systems
- Excellent design: easy to maintain, easily accessible, hygienic, and easy to maintain without the use of tools.
- Thanks to the modular design, the installation of these devices are hassle-free
- These x-ray inspection systems are designed to be in compliance with the food industry standard such as HACCP, IFS, and BRC.
- These systems offer outstanding radiation protection as compared to the German X-ray Regulation (Röntgenverordnung − RöV) (< 1 mSv/a)
- They detect contaminants from 0.3 mm in particle size
- These systems can be used to detect contaminants in organic products in compliance with Directive 1999/2/EC because of their low radiation energy level.
- They are able to detect contaminants including glass-fiber-reinforced plastics in products, rubber, Teflon, PVC, raw bones, stones, ceramic, glass, and metals.
- Comprehensive inspection, even in closed packaging
- Detection of broken, misshapen, and lumpy products.
- Detection of trapped air in tubes and cans
- They are equipped with innovative analysis software and thus, they perform at a very high-speed.
- They can easily inspect various products simultaneously, which makes it easier to put various packaging lines under one inspection system.
- It is equipped with an easy user interface that ensures easy operation and swift overview.
- Diagnosis of metal contaminants from non-ferrous metals and non-magnetic stainless steels
The Benefits of X-Ray Inspection Equipment in Quality Control.
Assuring product quality is of utmost importance to businesses in today's industrial world. One tool that has gained popularity for qu...
