Part 1 – Designing our PCB and first prototype enclosure Taking a design from concept to production is no small feat but careful planning and proper use of prototyping construction methods can greatl
A Case Study on Shared Clients of Wellcircuits and Ponoko – News – Wellcircuits Read More »
Laser PCB processing technology involves cutting, welding, surface treatment, and other techniques using lasers across various industries, including automotive, aerospace, and electronics.
Utilization of Laser Technology in Multilayer PCB Manufacturing Read More »
Certainly, I can help with editing and polishing your article. Please paste the article for me to review and suggest improvements. Summary: The article discusses the increasing accuracy requirements for PCB slots due to the trend towards thinness in electronic products. It introduces a deep-control gong slot process to address challenges in achieving precise depths without damaging underlying layers. The process involves several steps, including initial gong slot, laser cutting, copper sinking, and chemical treatment. Advantages of the process include preventing damage to underlying layers and enhancing the effectiveness of slot formation.
Depth control routing parsing for 4L and 6oz: advanced PCB tech. Read More »
UV laser technology, pivotal in PCB fabrication, offers precise cutting with minimal thermal impact, revolutionizing manufacturing across industries, outperforming CO2 alternatives in efficiency and safety, and enabling seamless integration into production workflows.
Introduction to UV Laser Processing in PCB Industry Read More »
The production process of steel mesh includes chemical etching, laser cutting, and electroforming, each with its own advantages and disadvantages in terms of speed, precision, and environmental impact. When designing the openings of the steel mesh for solder paste, factors like aspect ratio, area ratio, and process issues such as tin beading and continuous tin should be considered. Post-processing for laser steel mesh involves surface polishing, and regular cleaning is essential for smooth demolding.
The production process of steel mesh includes chemical etching, laser cutting, and electroforming, each with its own advantages and disadvantages in terms of speed, precision, and environmental impact. When designing the openings of the steel mesh for solder paste, factors like aspect ratio, area ratio, and process issues such as tin beading and continuous tin should be considered. Post-processing for laser steel mesh involves surface polishing, and regular cleaning is essential for smooth demolding.
Circuit board cutting is the process of dividing a circuit board into smaller pieces while maintaining its functionality. It is typically performed using a PCB cutting machine and various cutting methods such as milling, scoring, or laser cutting. Proper PCB cutting is crucial for ensuring the overall functionality and performance of the circuit board, and it is important to follow proper guidelines and techniques to avoid damaging the board and its components. V-cutting is a common cutting method that creates dividing lines on the PCB for subsequent assembly. Stamp holes may be used to connect irregular or circular boards and to create independent PCB modules. Overall, PCB cutting is an essential process in the manufacturing and assembly of circuit boards to create pieces that fit specific design requirements and dimensions and improve efficiency and reduce costs in mass production.
Our experience lies in creating multiple-layer, flexible circuits and rigid-flex PCBs HDI PCBs as well as Rogers PCBs.
We have a great track record in fast-turnaround prototyping of PCBs, and excel at managing challenging projects as a strength.