SMT Assembly Service
SMT Nitrogen Reflow Soldering Machine PCB Assembly Service
SMT PCB Assembly Service Surface Mount Technology (SMT) is a more recent method of arranging electronic components on printed circuit boards (PCB). Before this method was developed, engineers would use leads to connect electronic components through holes in circuit boards. It took careful planning to ensure that we made all the leads correctly on different kinds of boards. Therefore, a technology called SMT comes in. The electronic manufacturing industry highly utilises this
Turnkey PCB Assembly In China With 7 SMT Assembly And DIP Assembly Lines
PCB Assembly Capabilities Production line 7 SMT assembly and DIP assembly lines Yield 52 million placements per month Max Board Size 680×500 mm Smallest:0.25″x0.25″ Min Component size 0.2 – 54 mm. (0.084 sq. inch), long connector, CSP, BGA, QFP Speed 0.15 sec/chip, 0.7 sec/QFP Wave-Solder Max. PCB width:450 mm. Min. PCB width: no limited. Component height: Top 120 mm/Bot 15 mm Sweat-Solder Metal type: part, whole, inlay, sidestep Metal material: Copper, Aluminum Surface
Dual In Line Package DIP Assembly Service Process First Article Inspection
DIP Assembly DIP PCBA—a traditional PCB assembly method, also known as through hole assembly or THT assembly It is common knowledge that producing high-quality printed circuit boards (PCBs) is a labor-intensive process that calls for extensive inspection, testing, mounting, and soldering. As a result, we provide full DIP assembly as one of our services. This is meant to cut costs, improve accuracy and productivity, and make the whole process of assembling and checking PCBs
XZH Quality Control PCBA Conformal Coating Moisture Proof Mould Proof Salt Fog
Quality Control XINZHANHONG firmly believes that quality control is best achieved through lean management and strict attention to detail. Our ability to stand out among many PCBA companies is a result of our rigorous quality control methods and their strict implementation. Compared to other EMS service providers, we place special emphasis on several core processes that they tend to overlook and use a "key process quality control mechanism" to ensure their proper management.
SMT Printed Circuit Boards PCB Aging Test Reliable IPC Standard
PCB Testing Services XINZHANHONG’s PCB Testing Services As one of the primary electronic components, printed circuit boards (PCBs) undergo a series of intricate and laborious manufacturing and assembly processes to function correctly. However, for complex applications, circuit boards require more layers, hundreds of components, and thousands of soldering points. While increased complexity allows for more possibilities and potential for new technologies, devices and equipment
PCB SMT Assembly Service Surface Mount Technology Assembly Process
SMT PCB Assembly Service Surface Mount Technology (SMT) is a more recent method of arranging electronic components on printed circuit boards (PCB). Before this method was developed, engineers would use leads to connect electronic components through holes in circuit boards. It took careful planning to ensure that we made all the leads correctly on different kinds of boards. Therefore, a technology called SMT comes in. The electronic manufacturing industry highly utilises this
Printed Circuit Board PCB Assembly Quality Assurance ISO 9001 ISO 14001 Approved
Quality Assurance As a PCBA company that places quality and service as our top priority, XINZHANHONG is committed to delivering zero-defect products to our customers promptly and at a lower price. We implement strict controls and supervision throughout our processes to ensure that our products meet the highest standards. Supplier Qualification XINZHANHONG understands the importance of long-term service for customers. Who wants to frequently change suppliers? Due to our
Printed Circuit Board PCB Assembly Testing Services In Circuit Testing IPC Standard
PCB Testing Services XINZHANHONG’s PCB Testing Services As one of the primary electronic components, printed circuit boards (PCBs) undergo a series of intricate and laborious manufacturing and assembly processes to function correctly. However, for complex applications, circuit boards require more layers, hundreds of components, and thousands of soldering points. While increased complexity allows for more possibilities and potential for new technologies, devices and equipment