Standardised assembly workshop
Our assembly workshop is managed in a standardised manner, with clear zones and neat and orderly work stations; our operators wear uniformed GEAOTech work uniforms and our working hours are institutionalised; we train our operators before they start work to ensure that everyone understands the operating procedures and safety precautions; we also organise and categorise materials, and our operating procedures are We are aware that only through high standards and demanding management methods can we do a good job in each product process and produce high quality products.
We believe that standardised management is an important means of improving production efficiency and product quality; through this approach, we can ensure that each process is operated according to the same standard, avoiding human-caused errors and safety issues; we will continue to uphold this standardised management approach and continuously improve our technology and service levels to provide better products and services to our customers.
Clean and highly standardised production hall
When you approach the production workshop of GeAoTech, you will see a spotless, clean and well-organised scene; the production machine equipment and production operation pull line are placed very reasonably, making full use of resources; our workshop adopts 10S management, the standard has reached the level of dust-free production workshop, which is incomparable to many factories; in addition, we also have many automated SMT placement machines, intelligent reflow soldering, intelligent AI plug-in equipment and other hardware facilities, We are committed to building the most efficient and intelligent production workshop, and believe that the future of GeAoTech will be even better!
Plug-ins
We don't just have automatic placement machines, but also manual inserts exist, for some orders with smaller demand, we will arrange manual inserts, each process is executed according to SOP standards, and wear a good static hand ring, and work on the automatic conveyor belt; therefore, in our factory, the operators are very sufficient, you don't need to worry about product delivery time, we have a professional team, can efficiently So leave your order to us and let the more professional and efficient people work for you!
In addition, our manual insert operators are professionally trained and tested to master various insert operation skills; they will carefully check each process to ensure the quality and accuracy of the product; so you can rest assured that your order will be placed with us and we will provide you with the best quality service.
Finished plug-ins
Our operators insert each different electronic component as required, and then enter the intelligent reflow machine through the conveyor belt for soldering, after the professional operators carry out leak checking, soldering, trimming and other quite strict procedures, before transferring to the next process for production. In addition, we have also set up a professional IPQC to carry out line inspection at all times to ensure the quality of our products, which makes our product quality assurance to a higher level and gives our customers more peace of mind!
Automated chip soldering
Automatic soldering of circuit board chips is an efficient and precise technique for soldering electronic components; it is based on the principle of using automated equipment to solder electronic components and circuit boards together; this technique can greatly improve production efficiency, reduce the error rate of manual operations and ensure the accuracy and quality of the soldering.
The main advantages of automatic circuit board chip welding include high speed, high efficiency, high precision and stable quality; it can complete a large amount of welding work in a short time and also reduce production costs; automatic circuit board chip welding has a wide range of applications and can be used in the manufacture of various electronic products, such as mobile phones, computers, TVs, stereos and so on.
The future of the electronics manufacturing industry, the circuit board chip automatic welding will become more and more popular, becoming an essential technology; in the actual application, need to pay attention to some details, such as welding temperature, time and other parameters of the control, as well as the maintenance and maintenance of equipment; so as to ensure that the circuit board chip automatic welding technology is efficient, accurate and stable.
Manual inspection and welding
PCB boards coming off the reflow machine need to be manually inspected and soldered; soldering is the process of repairing and inspecting the unevenness of the cut foot and the solder joints of the component feet on the board; its purpose is to avoid misinsertion of components, to ensure that the solder joints are beautiful and firm, to guarantee the consistency of the product and to pave the way for the next process.
Soldering with a rack iron (40W), solder wire (1.0MM), diagonal pliers (small), tweezers, copper wire and other tools; first of all, the operator needs to press the parts, that is, the front look board, the circuit board on the high, oblique components and the circuit board first press parallel, and then the less inserted components or dipping tin off the components to fill up, then check whether the parts foot false welding, false welding, even welding, less welding, heap welding, copper foil off and so on, Copper foil off and so on to make up for the situation, and the component feet high feet cut off, leaving 1-1.2 mm, and finally to clean the surface of the circuit board, check whether there are solder beads, dirty, etc., this step we call the brush board process, the overall check is completed without error, the PCB board into a qualified crate, ready to move to the next process.
Trim the excess of the chip
Shell assembly
In the process of producing power adapters, the assembly process is the most numerous and complex, and is also the most testing process of the production process level, the following are the steps of power adapter assembly:
1. Welding: solder the DC line to the bare board, and solder the AC line to the metal parts of the lower case of the shell.
2. Fitting the face shell: the PCB board with soldered AC lines is fitted to the face shell.
3. Gluing: glue the components that are easy to fall off or break during transportation to increase fixity.
4. Assemble the bottom shell: close the shell of the switching power adapter.
5. QC test 1: Pass the computer comprehensive tester to test whether each output performance is up to standard. If it does not pass, give it to the repairer to fix it on site and test it again until it passes the test.
6. Ultrasonic: use ultrasonic equipment welding, not to hurt the shell and not easy to fall off, strong and durable.
7. Aging test: enter the automatic aging test by conveyor belt to test the stability and durability of the product during actual continuous operation.
8. QC test 2: the last full inspection, the aging test after the product for full inspection. If it does not pass, it will be sent back for repair. If it passes the test, it will go to the next process.
9. Appearance QC: pick out the products with appearance problems and replace the shell.
10.Paste the nameplate: After the appearance inspection is passed, the product will be pasted with the corresponding label.
11.Packaging: After passing the layers of inspection, the finished product will be packed.
After the above assembly process, you will be able to manufacture the quality of the power adapter, we are very serious about manufacturing power adapters!
Neatly arranged semi-finished products
The quality of our products is vital to the safety of every consumer. A qualified product can usually be seen in the smallest details, as we can see from our neatly placed and brightly lit semi-finished products. GEAOTech staff are very careful, conscientious and rigorous in their work, and we pay attention to every detail to ensure that every link is controlled to achieve the common goal of high quality products.
In addition, GeoTech staff will drive product quality through continuous technological innovation and quality management improvement to ensure that our products always maintain a high level of quality and reliability to meet the needs and expectations of our consumers.
Voltage and current testing
The voltage and current testing equipment we use is highly advanced, and our operators are professionally trained to test each product efficiently in our safe and high standard production workshops to ensure that safety issues arising from unstable performance are rejected, and we are committed to constantly upgrading our production processes and quality management to ensure that our products are always of the highest standard, and we We believe that this is the only way to win the trust and support of our customers.
In addition, we have adopted stringent quality control measures, from raw material procurement to manufacturing and product delivery, each step of the process is subject to strict quality inspection procedures. experience and service.
High Voltage Testing
The power system involves numerous electrical equipment, due to defects in materials or workmanship, operator misuse, humidity and temperature, etc., these devices may leave latent defects inside, if these defective devices are put into power system operation, accidents may occur and bring serious consequences to the whole system, in order to prevent problems before they occur and ensure the safe and economic operation of the power system, the electrical equipment In order to prevent problems before they occur and to ensure the safe and economic operation of the power system, it is one of the very important measures to carry out inspection tests on electrical equipment as required.
In practice, we need to use high-voltage testing equipment to test electrical equipment. These testing equipment can simulate the high-voltage environment in the power system and detect whether there are defects in the equipment, and by conducting high-voltage tests on the equipment, we can find potential defects in the equipment in time and take corresponding measures to repair or replace them, so as to ensure that no accidents will occur when the equipment is put into operation or during operation.
We also place great emphasis on quality management and technological innovation and are committed to providing high quality electrical equipment and services. We will continue to improve our production processes and quality control measures to ensure that our products always meet the highest standards, and we will also continue to promote technological innovation and introduce more advanced technology and equipment to improve the performance and reliability of our equipment and provide better products and services to our customers.
Aging test
Ageing testing is a test method that tests the durability and reliability of a product by exposing it to a simulated environment that simulates the effects of temperature, humidity, voltage and other conditions that often occur during use. This test method is important to companies because it helps them understand the reliability of their products, identify quality problems with their products and verify that they can cope with market changes in the environment.
Through ageing tests, companies can understand how their products perform over a long period of time, identify potential quality problems and make timely improvements. This helps to improve the reliability and quality of products and make them more durable and reliable, so that they can better meet the needs of consumers and gain their trust and support.
In conclusion, ageing testing is a very important testing method that can help companies improve product quality and reliability and better meet consumer needs.
Packaging
In order to protect the safety of our products during circulation and to facilitate storage and transportation, and to promote sales, we have hired art designers to design beautiful boxes to finish the appearance of our products. In addition, we have designed various labels for product design to facilitate product identification and recognition, and we also have professional packaging staff to carry out packaging production to ensure that the products are not damaged during transportation.
Our packaging design and production team is very professional and can design the best packaging solutions according to the characteristics and requirements of different products. We can personalise the packaging design and production to better meet the needs and requirements of our customers.
Through our professional packaging design and production, products can be better protected and show a more attractive appearance, thus more likely to be favoured and loved by consumers. We are committed to providing high quality, efficient and personalised packaging services to provide the best packaging solutions for our customers.
Automated Solder Equipment
Automatic circuit board chip welding is an efficient and accurate electronic component welding technology, which uses automated equipment to weld electronic components and circuit boards together, thus greatly improving production efficiency and reducing the error rate of manual operation. In addition, automatic circuit board chip welding can also ensure the accuracy and quality of welding, and is therefore widely used in the electronics manufacturing industry.
This technology can be widely used in the manufacture of various electronic products, such as mobile phones, computers, TVs, stereos, etc. The popularity and application of automatic circuit board chip welding technology will greatly promote the development of the electronics manufacturing industry. The popularity and application of automatic soldering technology for circuit boards will greatly promote the development of the electronics manufacturing industry.
In the future, with the continuous development of the electronics manufacturing industry, the automatic soldering technology for circuit board chips will become more and more popular and become an essential technology. We will continue to invest more R&D and production power to continuously improve the quality and efficiency of the automatic soldering technology for circuit board chips and provide better quality products and services to our customers.
Finished products are neatly stacked
The finished goods warehouse is a storage facility for the company's finished goods and is responsible for the receipt and storage of the company's finished goods. Due to the wide variety of finished goods, warehouse staff need to master the collation and placement methods to ensure the efficient management of the finished goods warehouse, the following are our management methods:
1.Classification: We place different varieties, specifications and models of materials separately so that they can be easily found and managed.
2.Fixing: We place finished products in a stable manner to ensure that they are not skewed or distorted, and that they are padded and leveled at the bottom to avoid tilting or damage to the items.
3.Quantitative: We place finished products according to units (pallets, layers, rows and packages) and use the 50/50 palletizing method and pallet palletizing method to facilitate quick checks and statistics.
4.Tidiness: We place the finished products in neat rows with clear signs and keep the warehouse clean and free from clutter.
5.Convenience: We arrange the finished products in such a way that they are easy to handle, load and unload, inspect and operate in order to improve efficiency.
6.Saving: We save storage space, manpower, material and financial resources by optimising storage methods and management processes in order to improve the utilisation and efficiency of the finished goods warehouse.
These are our effective management methods, which make our finished goods warehouse neatly arranged, well managed and efficiently operated.
Laser engraving work
Laser engraving is a kind of processing method based on numerical control technology and using laser as a processing medium, through laser engraving irradiation material, so that it instantly melts and vaporises, thus achieving the purpose of processing, this processing method has the advantages of high efficiency, precision and environmental protection.
Laser engraving is a technology that uses laser technology to engrave text or patterns on the surface of an object. Compared to traditional engraving methods, laser engraving does not leave engraving marks, the surface of the object remains smooth and the lettering does not wear off, in addition, laser engraving is highly flexible as the content can be customised according to customer requirements.
Laser engraving and laser engraving technologies are widely used in many fields, such as jewellery processing, handicraft production and electronic product marking, and are gradually replacing traditional processing methods as an integral part of modern manufacturing due to their efficiency, precision and environmental friendliness.
Step 1 Requirements Confirmation: The customer provides the basic parameters of the power adapter, such as output voltage, output current, operating temperature, and other special requirements. We will confirm the customer's requirements to ensure that we understand them.
Step 2 Drawing Sample: Based on the customer's requirements, we will design a solution for the power adapter and provide it to the customer for approval. At this stage, we will take into account factors such as performance, cost and reliability of the power adapter.
Step 3 Product Quotation: Once the customer confirms the design proposal, we will start making samples. Sample making usually takes some time as we need to test and validate to ensure the power adaptor meets the customer's requirements.
Step 4 Sample Confirmation: Once the sample is made, we will provide the sample to the customer for confirmation. If the customer is satisfied with the sample, we can move on to the next stage.
Step 5 Order Production: After getting the approval from the customer, we will start the mass production of the power adapter. During the production process, we will strictly control the quality to ensure that each power adapter meets the customer's requirements.
Step 6 Complete the Order: After the production is completed, we will test and accept each power adapter to ensure that they meet our quality standards and the customer's requirements.
This is the basic process of customising power adapters. If you have any other questions or requirements, please feel free to contact us.
The R&D department is the technological innovation engine of our company, dedicated to the design and development of high quality, high performance power adapter products. Our R&D team consists of a group of experienced, creative and technically skilled professionals with an in-depth understanding of power supply technology and market needs.
The following is a description of the strengths of our R&D department:
1. Professional team
Our R&D team consists of power supply engineers, software engineers, hardware engineers and project managers. Each member has extensive industry experience and expertise, and works closely together to ensure the successful implementation of projects.
2. Technical expertise
Our team has knowledge of advanced power supply technologies, including high performance power conversion, power management, overload protection and EMC. They are able to understand our customers' needs and translate them into innovative design solutions.
3. Ability to innovate
We focus on innovation and encourage our team members to come up with new ideas and thoughts. We actively follow industry trends and technological developments and are constantly looking for improvements and breakthroughs to deliver cutting-edge products that meet market needs.
4. Research and development facilities
We have state-of-the-art research and development facilities and laboratories equipped with a wide range of testing equipment and instruments. These facilities enable us to conduct various performance tests, reliability verification and product optimisation to ensure that our products are of the highest quality.
5. Quality management
We adhere to high quality standards and employ a strict quality management system. From project planning to product delivery, we always focus on quality control at every stage to ensure the reliability and stability of our products.
6. Customer cooperation
We maintain a close working relationship with our customers, gaining an in-depth understanding of their needs and expectations. We focus on communication and feedback with our customers and use it as a basis for improvement and innovation to continuously improve our R&D capabilities.
With the above strengths described, our R&D department has extensive experience, advanced technology and excellent innovation in the field of power adapters. We will continue to strive to develop high quality products to meet our customers' needs and contribute to the development of the power adapter industry.
GeAo-Tech's R&D department is equipped with advanced R&D equipment, which is described as follows:
EMI test instrument
Evaluating the electromagnetic compatibility of products:
EMI test instruments evaluate the interference generated by power adaptor products in the electromagnetic environment. By testing products for electromagnetic compatibility, it is possible to determine whether the relevant international standards and regulatory requirements are met. This helps to ensure that the product will not interfere with the normal operation of other electronic equipment when in use.
Identifying potential problems in advance: By using EMI test instruments during the development phase, electromagnetic compatibility problems in products can be identified in advance. This helps to avoid problems in later stages of production and distribution and reduces the risk of product recalls or returns. Early detection and resolution of potential problems can improve product quality and reliability.
Optimising product design: EMI test instruments help R&D teams to analyse the radiated and conducted interference of their products in different frequency bands. With the test results, teams can assess which circuits or components may cause interference and optimise and improve accordingly. This helps to design better power adapter products and improve their EMC and performance.
Time and cost savings: R&D departments with EMI test instruments can perform testing in-house, avoiding the time and cost of sending products to external labs for testing. This speeds up product development cycles and reduces external testing costs, improving R&D efficiency and cost control.
Improved competitiveness: By having EMI test equipment for R&D work, the power adapter factory can demonstrate its technical prowess and quality control capabilities. This helps to enhance the company's competitiveness in the marketplace, increasing customer trust and motivation to choose the company.
In summary, R&D departments with EMI test instruments can better assess the EMC of their products, identify and resolve potential problems in advance, optimise product design, save time and costs, and enhance the company's competitiveness. This is one of the key factors in ensuring the quality and performance of power adapter products.
Wave soldering equipment
it is a common type of equipment used in power adapter factories, and its main benefits are as follows:
Improved production efficiency: Wave soldering equipment can automate production, making production efficiency much higher. Compared to manual welding, wave soldering can complete a large amount of welding work in a short period of time.
Improved welding quality: Wave welding equipment can precisely control the welding temperature and welding time, thus ensuring welding quality. Compared to manual welding, wave welding reduces welding defects and increases product reliability.
Reduced costs: Wave soldering equipment can reduce production costs to a certain extent. Although the investment cost of wave welding equipment is relatively high, it can improve productivity and weld quality, thus reducing labour and material waste and lowering production costs.
Improved safety: Wave soldering equipment can reduce manual operations, thus reducing the labour intensity and safety risks for workers. It can also reduce fires and other safety accidents caused by improper operation.
In summary, wave soldering equipment has an important role to play in power adapter factories, improving productivity, soldering quality and safety, while also reducing production costs.
Cryogenic test equipment
The use of cryogenic test equipment in power adapter factories can bring the following benefits:
Improve product reliability: The low temperature test equipment can simulate the working conditions in low temperature environment and conduct rigorous tests on the power adapters. Through low temperature testing, the performance and reliability of power adapters in low temperature environments can be found, thus improving the reliability of the products.
Reduce product failure rate: The low temperature test equipment can detect the failure rate of the power adapter in low temperature environment. Through the low temperature test, the potential failure of the power adapter in the low temperature environment can be found, thus reducing the failure rate of the product.
Improve product quality: The low temperature test equipment can test the power adapter comprehensively, thus improving the quality of the product. Through low temperature testing, performance problems and manufacturing defects of power adapters can be identified, so that early fixes and improvements can be made.
Meet customer needs: Some customers have special requirements for the performance and reliability of power adapters in low temperature environments. Through the low temperature test equipment, it can meet the needs of customers and improve customer satisfaction.
In summary, the use of cryogenic test equipment can improve product reliability, reduce product failure rates, improve product quality and meet customer needs. Therefore, it is essential to use cryogenic test equipment in power adapter factories.
Drop test equipment
The use of drop test equipment can bring the following benefits:
Improved product reliability: Drop test equipment can simulate the dropping of power adapters during transportation and use, and conduct rigorous tests on power adapters. Through drop testing, the performance and reliability of the power adapter during drops can be found, thus improving the reliability of the product.
Reduce product failure rate: Drop test equipment can detect the failure rate of power adapters during drops. Through drop testing, potential failures of power adapters during drops can be detected, thus reducing the failure rate of the product.
Improve product quality: Drop test equipment can test the power adapter comprehensively, thus improving the quality of the product. Through drop testing, performance problems and manufacturing defects of power adapters can be identified, so that early fixes and improvements can be made.
Meeting customer needs: Some customers have special requirements for the performance and reliability of power adapters during drop testing. With drop test equipment, customer needs can be met and customer satisfaction improved.
In summary, the use of drop test equipment can improve product reliability, reduce product failure rates, improve product quality and meet customer needs. Therefore, the use of drop test equipment in power adapter factories is essential.
High temperature oven equipment
The use of high temperature oven equipment can bring the following benefits:
Improved product reliability: The high temperature oven equipment can simulate the working conditions in a high temperature environment and perform rigorous tests on the power adapter. Through high temperature testing, the performance and reliability of power adapters in high temperature environments can be found, thus improving the reliability of the products.
Reduce product failure rate: High temperature oven equipment can detect the failure rate of power adapters in high temperature environments. Through high temperature testing, potential failures of power adapters in high temperature environments can be identified, thus reducing the failure rate of the product.
Improve product quality: The high temperature oven equipment can test the power adapter comprehensively, thus improving the quality of the product. Through high temperature testing, performance problems and manufacturing defects of power adapters can be identified, so that early fixes and improvements can be made.
Meeting customer needs: Some customers have special requirements for the performance and reliability of power adapters in high temperature environments. With high temperature oven equipment, customer needs can be met and customer satisfaction increased.
Safe and reliable: High temperature oven equipment is safe and reliable to use, simple to operate and easy to master.
In summary, the use of high temperature oven equipment can improve product reliability, reduce product failure rates, improve product quality and meet customer requirements. Therefore, it is essential to use high temperature oven equipment in power adapter factories.
Thermostatic test equipment
The use of thermostatic test equipment is essential in a power adapter factory as it can provide the following benefits:
Improved test accuracy: Constant temperature test equipment can control the temperature and humidity of the test environment, thus improving test accuracy. During the testing process, the constant temperature and humidity can eliminate the interference of external factors, making the test results more accurate and reliable.
Ensure product quality: The constant temperature test equipment can carry out a comprehensive test on the power adapter, thus ensuring the quality of the product. Through constant temperature testing, the performance problems and manufacturing defects of the power adapter can be found, so that early repair and improvement can be made.
Meeting customer needs: Some customers have special requirements for the performance and reliability of power adapters in specific environments. With constant temperature testing equipment, customer needs can be met and customer satisfaction increased.
Reduce product failure rate: The thermostatic test equipment can detect the failure rate of power adapters in different temperature and humidity environments. Through constant temperature testing, potential failures of power adapters in different environments can be detected, thus reducing the failure rate of the product.
In summary, the use of thermostatic test equipment can improve test accuracy, ensure product quality, meet customer needs and reduce product failure rates. Therefore, the use of thermostatic test equipment in power adapter factories is essential.
Ageing test equipment
The use of ageing test equipment can bring the following benefits:
Improve product reliability: The ageing test equipment can test the stability of the power adapter over a long period of time, thus improving the reliability of the product. Through the ageing test, the performance and reliability of the power adaptor can be found in long time operation, thus improving the reliability of the product.
Reduce product failure rate: The ageing test equipment can detect the failure rate of the power adapter during long time operation. Through the ageing test, the potential failures of the power adapter in long time operation can be found, thus reducing the failure rate of the product.
Improve product quality: The ageing test equipment can test the power adapter comprehensively, thus improving the quality of the product. Through the ageing test, performance problems and manufacturing defects of the power adapter can be found, so that early repair and improvement can be made.
Meeting customer needs: Some customers have special requirements for the performance and reliability of power adapters during long operation. With the ageing test equipment, customer needs can be met and customer satisfaction increased.
Cost saving: The ageing test equipment can simulate long running times in a short period of time, thus saving costs and time. Through ageing tests, performance problems and manufacturing defects of power adapters can be quickly identified, so that early fixes and improvements can be made.
In summary, the use of ageing test equipment can improve product reliability, reduce product failure rates, improve product quality and meet customer requirements. At the same time, the use of ageing test equipment can also save costs and time. Therefore, it is essential to use ageing test equipment in power adapter factories.
Lightning surge testers
In power adapter factories, the use of lightning surge testers can bring the following benefits:
Improve product reliability: The lightning surge test machine can simulate the working conditions of power adapters under abnormal conditions such as lightning strikes and surges, and conduct rigorous tests on power adapters. Through the lightning surge test, the performance and reliability of the power adapter under abnormal conditions can be found, thus improving the reliability of the product.
Ensure product quality: The lightning surge test machine can conduct a comprehensive test on the power adapter, thus ensuring the quality of the product. Through the lightning surge test, the performance problems and manufacturing defects of the power adapter can be found, so that early repair and improvement can be made.
Meet customer needs: Some customers have special requirements for the performance and reliability of power adapters under abnormal conditions such as lightning strikes and surges. With lightning surge testers, customer needs can be met and customer satisfaction improved.
Reduce product failure rate: Lightning surge testers can detect the failure rate of power adapters under abnormal conditions such as lightning strikes and surges. Through lightning surge testing, potential failures of power adapters under abnormal conditions can be identified, thus reducing the failure rate of the product.
Meet industry standards: Lightning surge testers can be tested according to national and international standards to meet industry standard requirements and improve the competitiveness of products.
In summary, the use of lightning surge testers can improve product reliability, ensure product quality, meet customer needs, reduce product failure rates and comply with industry standards. Therefore, the use of lightning surge testers in power adapter factories is very necessary
Voltage withstand insulation tester
In power adapter factories, the voltage withstand insulation tester is mainly used for the following purposes:
Testing the insulation strength of power adapters: The voltage withstand insulation tester can test the power adapters with high voltage and test the insulation strength of the power adapters. Through the test, the insulation problem of the power adapter can be found, so as to improve the safety of the product.
Detecting the leakage current of power adapters: The voltage withstand insulation tester can test the leakage current of power adapters to detect the leakage current of power adapters. Through the test, the leakage problem of the power adapter can be found, thus improving the safety of the product.
Test the voltage resistance of the power adapter: The voltage resistance insulation tester can test the power adapter for voltage resistance and detect the ability of the power adapter to withstand under high voltage. Through the test, problems with the power adapter under high voltage can be found, thus improving the safety of the product.
Improve product quality: The voltage withstand insulation tester can perform a comprehensive test on the power adapter, thus improving the quality of the product. Through testing, performance problems and manufacturing defects in power adapters can be identified, allowing early fixes and improvements to be made.
Comply with industry standards: The voltage withstand insulation tester can be tested according to national and international standards to meet the requirements of industry standards and improve the competitiveness of the product.
To sum up, the voltage withstand insulation tester is mainly used to test the insulation strength, leakage current and voltage withstand performance of power adapters, and can improve product quality and meet the requirements of industry standards.
Ball machine tester
In power adapter factories, the ball machine tester is mainly used for the following:
Testing the heat resistance of power adapters: The ball tester can test the power adapters at high temperatures to check the performance and reliability of the power adapters at high temperatures. Through the test, the problems of the power adapter under high temperature can be found, so as to improve the reliability of the product.
Test the fire performance of the power adapter: The ball tester can perform a fire test on the power adapter to detect the fire performance of the power adapter at high temperatures. Through the test, the fireproof problem of the power adapter can be found, thus improving the safety of the product.
Improving product quality: The ball tester can perform a comprehensive test on the power adapter, thus improving the quality of the product. Through testing, performance problems and manufacturing defects in power adapters can be identified, allowing early fixes and improvements to be made.
Comply with industry standards: The ball machine tester can test according to national and international standards to meet industry standard requirements and improve the competitiveness of products.
To sum up, the ball machine tester is mainly used to test the heat resistance, fire performance and quality of power adapters to meet the requirements of industry standards and improve the reliability and competitiveness of products.
Horizontal pulling and inserting machine
In the power adapter factory, the horizontal pulling and inserting machine is mainly used for the following aspects:
Testing the plugging and unplugging performance of power adapters: The horizontal plugging and unplugging machine can test the plugging and unplugging performance of power adapters. Through the test, the plugging and unplugging problems of the power adapter can be found, so as to improve the reliability of the product.
Detecting the mechanical strength of power adapters: The horizontal unplugging machine can conduct mechanical strength tests on power adapters to detect the mechanical strength of power adapters during plugging and unplugging. Through the test, the mechanical strength problems of the power adapter can be found, thus improving the reliability of the product.
Improve product quality: The horizontal pulling and inserting machine can perform a comprehensive test on the power adapter, thus improving the quality of the product. Through testing, performance problems and manufacturing defects of power adapters can be identified, so that early fixes and improvements can be made.
Comply with industry standards: The horizontal plucker can be tested according to national and international standards to comply with industry standards and improve the competitiveness of products.
In summary, the horizontal pulling and inserting machine is mainly used to test the plugging and unplugging performance, mechanical strength and quality of power adapters, in line with industry standard requirements, to improve the reliability and competitiveness of products.
Wire bending testers
In power adapter factories, wire bending testers are mainly used in the following areas:
Testing the bending performance of power adapter wires: The wire bending tester can bend power adapter wires to test the bending performance of power adapter wires. Through the test, the bending problem of the power adapter wire can be found, so as to improve the reliability of the product.
Testing the durability performance of power adapter wires: The wire bending tester can perform endurance testing on power adapter wires to test the durability performance of power adapter wires during long-term use. Through the test, the durability problems of the power adapter wire can be found, thus improving the reliability of the product.
Improve product quality: The wire bending tester can perform a comprehensive test on the power adapter wire, thus improving the quality of the product. Through testing, performance problems and manufacturing defects in power adaptor cables can be identified for early repair and improvement.
Comply with industry standards: The wire bending tester can be tested according to national and international standards to meet the requirements of industry standards and improve the competitiveness of products.
In summary, the wire bending tester is mainly used to test the bending performance, durability and quality of power adapter wires, in line with industry standards, to improve the reliability and competitiveness of products.
Salt water immersion test machine
the salt water immersion test machine is mainly used in the following areas:
Testing the corrosion resistance of power adapters: The salt water immersion test machine can perform salt water immersion test on power adapters to test the corrosion resistance of power adapters. Through the test, the corrosion problem of the power adapter can be found, so as to improve the reliability and durability of the product.
Testing the sealing performance of power adapters: The salt water immersion test machine can perform sealing tests on power adapters to test the sealing performance of power adapters. Through the test, sealing problems of the power adapter can be found, thus improving the reliability and safety of the product.
Test the weathering performance of the power adapter: The salt water immersion test machine can test the weathering performance of the power adapter and test the durability of the power adapter in harsh environments. Through the test, the weathering problem of the power adapter can be found, thus improving the reliability and durability of the product.
Improve product quality: The salt water immersion test machine can perform a comprehensive test on the power adapter, thus improving the quality of the product. Through testing, performance problems and manufacturing defects of power adapters can be identified, so that early fixes and improvements can be made.
Conform to industry standards: The salt water immersion tester can be tested according to national and international standards, conforming to industry standard requirements and improving the competitiveness of the product.
In summary, the salt water immersion test machine is mainly used to test the corrosion resistance, sealing performance, weather resistance and quality of power adapters, in line with industry standard requirements, to improve the reliability, safety and competitiveness of products.
Salt spray testers
salt spray testers are mainly used in the following areas:
Testing the corrosion resistance of power adapters: The salt spray tester can test the corrosion resistance of power adapters by conducting salt spray tests. Through the test, the corrosion resistance of the power adapter can be found, thus improving the reliability and durability of the product.
Detecting the corrosion resistance of power adapters: The salt spray tester can perform corrosion resistance tests on power adapters to detect the durability of power adapters in corrosive environments. Through the test, the corrosion resistance of the power adapter can be found, thus improving the reliability and durability of the product.
Detecting the sealing performance of power adapters: The salt spray tester can perform sealing tests on power adapters to detect the sealing performance of power adapters. Through the test, sealing problems of the power adapter can be found, thus improving the reliability and safety of the product.
Improve product quality: The salt spray tester can perform a comprehensive test on the power adapter, thus improving the quality of the product. Through testing, performance problems and manufacturing defects of power adapters can be identified, so that early fixes and improvements can be made.
Conform to industry standards: The salt spray tester can test according to national and international standards, conforming to industry standard requirements and improving the competitiveness of the product.
In summary, the salt spray tester is mainly used to test the anti-corrosion performance, corrosion resistance, sealing performance and quality of the power adapter, in line with industry standard requirements, to improve the reliability and competitiveness of the product.
Vacuum packaging machines
vacuum packaging machines are mainly used for the following purposes:
Protecting the internal components of the power adapter: the vacuum packaging machine can vacuum pack the power adapter to protect the internal components of the power adapter from oxidation, corrosion and other effects. Through vacuum packaging, the service life of the power adapter can be extended.
Preventing the power adapter from getting wet: The vacuum packaging machine can seal and pack the power adapter to prevent the power adapter from getting wet. Through packaging, the moisture-proof performance of the power adapter can be improved, thus improving the reliability and safety of the product.
Improve product quality: The vacuum packaging machine can pack the power adapter comprehensively, thus improving the quality of the product. The packaging prevents damage to the power adapter during transport and storage, thus ensuring the integrity and reliability of the product.
Comply with industry standards: the vacuum packaging machine can be packaged according to national and international standards, meeting the requirements of industry standards and improving the competitiveness of the product.
In summary, the vacuum packaging machine is mainly used to protect the internal components of the power adapter, prevent the power adapter from moisture, improve product quality and comply with industry standard requirements, thus improving the reliability, safety and competitiveness of the product.
Automatic welding machines
Automatic welding machines are used for the following:
Connecting the circuit components of the power adapter: The automatic welding machine allows for fast and precise welding of the circuit components of the power adapter, ensuring the reliability and stability of the circuit connections. By welding, the performance and reliability of the power adapter can be improved.
Increased production efficiency: The automatic welding machine allows automated production, reducing manual intervention and increasing production efficiency. By automating production, production costs can be reduced and production efficiency and product quality can be improved.
Reduced production costs: the automatic welding machine allows for less manual intervention and reduced production costs. Through automated production, production efficiency can be improved and labour and material costs can be reduced.
Comply with industry standards: The automatic electric welder can weld according to national and international standards, meeting the requirements of industry standards and improving the competitiveness of products.
In summary, the automatic welding machine is mainly used to connect the circuit components of the power adapter, improve production efficiency, reduce production costs and comply with industry standard requirements, thus improving the performance, reliability and competitiveness of the product.
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