production facilities World-class manufacturing facilities with a monthly production capacity of 360,000 square meters and SMT lines producing an average of 150,000 solder joints per day.
Production team The company has more than 1,000 employees, 30% for the technical members of the electronics industry, the first-line workers with high education, long-term stable employment
PCB Production International advanced equipment is applied, 100% complete inspection, AOI inspection, flying pins, rack test, ICT equipment test, PCB open circuit and short circuit inspection, etc.
SMT Manufacturing Utilizing YAMAHA stacking machine, intelligent material rack management warehouse, SPI, AOI, X-RAY and other equipment to ensure quality control in the production process.
Procurement In-depth cooperation with tier one device manufacturers, professional engineering team to provide cost optimization recommendations for customer's bill of materials (BOM).
sales service All day 24 hours online, 1 hour timely quotation, 4 hours timely engineering, to ensure a better production plan, reduce costs, improve efficiency, on-time delivery, quality and quantity.
Full range of products Main products include HDI boards, thick copper boards, backplanes, semiconductor test boards, high-frequency boards, high-speed boards, and rigid-flex boards.
Applications The products are widely used in communications, medical equipment, industrial control, power supply, consumer electronics, aerospace and automotive and other fields.
I recently had the pleasure of working with Topfast, a leading PCB prototype manufacturer, and I must say that my experience was simply outstanding. From start to finish, their service and product quality exceeded my expectations and I am happy to share my positive feedback. Panasonic
Communication was seamless throughout the entire process. The Topfast team was very responsive and attentive to my specific requirements. They patiently listened to my project needs, offering valuable suggestions and recommendations to optimize the design and functionality of my PCBs. Intel
When I received my circuit boards, I was amazed at the quality of them. The boards were clearly made with precision and attention to detail, and everything was exactly as I had specified in my order. The silkscreened labels were crisp and clear, all the components fit perfectly, and the result exceeded our expectations. Samsung
2Jul PCB Welding flaw detection Welding, as an indispensable joining process in modern industry, directly affects the safety and service life of engineering structures. According to statistics, more than 60% of structural failure accidents are caused by welding defects, making welding flaw detection a key part of quality control. Knowledge
1Jul PCB Layer Selection Strategy Delve into the expertise of PCB layer selection, from basic single-layer boards to complex 16-layer and above PCBs, analyzing the advantages and disadvantages, cost considerations, and typical application scenarios of each. Make informed decisions that balance performance and cost. Knowledge
30Jun How to design impedance control for PCB? PCB impedance control is a core technology in high-speed circuit design, directly affecting signal integrity and system performance. How to achieve perfect impedance matching through precise material selection, layer stack design, line width calculation, and process control to safeguard your electronic design. FAQ
29Jun What is the cost of manufacturing multilayer PCB? The cost structure of PCB circuit boards, the impact of increased layer counts, material selection, and special processes on costs. By establishing a comprehensive cost model, an optimization strategy based on Six Sigma design was proposed, and industry cost trends were predicted. FAQ
