Are you tired of dealing with PCB design issues and manufacturing constraints? Try HQDFM from NextPCB, a PCB design issue detector and solution provider. Standardize your PCB designs, prevent manufacturing and quality issues, and optimize performance and productivity. With HQDFM, you can easily visualize your manufactured PCB layer by layer, check Gerber files anytime, anywhere, and import your designs with a single click. Say goodbye to complicated file reading and hello to efficient design analysis. Improve your design quality, performance, and reliability with HQDFM. Get started today and streamline your PCB design process!
Standardize your PCB designs, prevent manufacturing and quality issues, discover design issues and optimize performance and productivity, visualize your manufactured PCB, layer by layer, check Gerber files anytime, anywhere.
HQDFM PCB Design Analysis Software for Manufacturability
- Import your Gerber files with a single click. No need for complicated file reading, simply and efficiently import your designs.
- Easily visualize your design and make sure your file contains all data necessary for manufacture.
- Quickly familiarize yourself with DFM protocols and production requirements to determine whether there are any manufacturing constraints.
- Effectively check whether there are hidden issues in your design, select available parts, and evaluate the design cost in real time.
- Generate personalized panel, with precise control of the manufacturing details of SMT and through-hole technology components.
- A professional product and technical team analyze solutions to help you improve design quality, performance, and reliability.
DFM means facing manufacturing design, Design for Manufacture , facing manufacturing design refers to production
Product design needs to meet the process requirements of product manufacturing. It is good and manufactured, so that the product is the lowest cost and the shortest
Time and highest quality manufacturing.
DFM is the core technology of inspection engineering design, because design and manufacturing are the two most important links in the product life cycle.
When starting the design, we must consider factors such as manufacturing and assembly of the product to improve the production cycle and cost control.
PCB design, as the most significant process from logic to physical implementation, DFM design is an unavoidable significant
aspect. In PCB design, what we call DFM mainly includes: PCB nude board can be manufactured, PCBA assembly can be assembled
Sexual inspection, consider design from the details of the PCB circuit board manufacturing side, etc.
Low -cost and high output are the eternal pursuit of all companies. Through the implementation of the DFM specification, the company can be effectively used
Resources, low-cost, high-quality, high-efficiency manufacturing products. If the design of the product does not meet the characteristics of the company’s production, it can be made
In order to make more sexuality, it is necessary to spend more manpower, material, and financial resources to achieve the goal. At the same time, you have to pay to delay delivery, even
Lost the heavy price of the market.
DFM organically linked the design department and the production department to achieve the purpose of information interoperability, so that the design development and production
Prepare to coordinate,. Unified standards, easy to achieve automation, and improve production efficiency. At the same time, it can also achieve production testing
The standardization of preparation reduces the repeated investment of production and test equipment.
Many enterprises are currently limited by production scale. Numerous work is required for external processing. Through the implementation of DFM, it can make
The manufacturing technology between the processing units and the need for processing units is smoothly transferred and quickly organizes production. The commonability of manufacturing design,
Can enable enterprise products to achieve global production.
There is no appropriate DFM specification to control the design of the product. In the later stages of product development, even in numerous production stages
I found that this or that assembly problem. At this time, if you want to modify it through design changes, it will undoubtedly increase the development cost and extend the production
Production cycle. Therefore, in addition to focusing on functional first, new product development is also important.
With the rapid development of the PCB industry, PCB has gradually moved towards the development of high -precision fine lines and small pores, such as mobile phone boards.
HDI blind holes and buried holes are mainly used for high density, small and micro -hole board production, the purpose is to save line space, to achieve reduction
Less PCB volume. For example, HDI board, HDI refers to high -density interconnect board. Small drilling pores, reduced size of pads can be obtained
More line distribution, high density interconnection. The emergence of HDI technology has adapted and promoted the development of the PCB industry.
Make more dense BGA, QFP, etc. in HDI boards.
Previously, the SMT device had reached a considerable accuracy, but some high -precision equipment companies, the product quality and the quality of their products and the quality
In addition to the expected problems, assembly welding, etc., the manufacturing design of the PCB surface assembly is also the main
one of the reasons. Therefore, it can be seen that there are high computing requirements for PCB designers. DFM review and inspection must be part of the lack of lack.
PCB design specifications and version of the production description require accurate correctness.
The production brings great trouble. If the plates that are not found in production are not found to be required or directly scrapped, it is proposed
The issue of abnormal communication also requires cost, delaying the production cycle of the product.
MT production has the characteristics of fully automatic and high speed, which depends on equipment to complete, so the size of the production equipment on PCB,
The shape, the benchmark point of the process, and the layout of the component are all required.
The mistake of the plan is fatal to the product. A little mistake will bring great losses.
In the following, the repurchase requires a lot of costs. The production error brings only some difficulties of some products. Design errors are interment production
There are issues with products, so design is extremely important.
PDF Manual translated by machine
