Rigiflex concentrate on creating the most advanced tools and technology in flexible printed circuit board manufacturing.
Rigiflex Technology is ITAR registered and manufactures Rigid-Flex PCB in compliance with all industry standards.
Rigiflex is one of the foremost companies in the design and manufacturing of rigid printed circuit boards.
The printed circuit boards may look like small chips in big devices; however, designing, manufacturing, and assembling them require careful planning. The PCB assemblers use various types of implements when assembling these boards, and stencils are one of the important ones among them. This stencil is known as a surface mount technology stencil or a
Silk screen printing is one of the popular steps in printed circuit board assembly. This method is used to print the solder mask (the green or black coating that covers the exposed copper on a PCB) and the legend (the text and/or symbols that identify the components) on a PCB. Needless to say, the process
The printed circuit board design involves several considerations. The impedance of transmission lines is one of them. This is because the impedance will determine the amount of signal that is lost along the line. PCB transmission line impedance is critical for ensuring that electrical signals are transmitted properly between different components in a circuit. By
Light emitting diodes or LEDs are considered the best alternative to many traditional lighting solutions like mercury bulbs, sodium vapor lamps, metal halide lights, and so on. LEDs are a type of solid-state lighting that uses semiconductors to convert electricity into light. They help reduce energy usage by as much as 80% and last longer
The printed circuit boards are used in many electronic devices and are an integral part of the automated world. Although small in size, these circuit boards drive the performance of many electronic devices that we use today. But, have you ever wondered how they are made? Well, there is a wide range of information on
In-Circuit Testing (ICT) is a type of electrical testing in which test probes are connected to the PCB pads while the PCB is still in its assembled state. This type of testing is used to detect errors and defects on the PCB before the board is released for manufacturing. The in-circuit test equipment applies a
High-frequency printed circuit boards have gained immense traction in the electronics segment, and are extensively used in high-speed data transfers, telecommunications, and RF technology. These PCBs transmit electromagnetic waves in GHz with minimal losses. Designing high-frequency PCBs with specific characteristics is a tedious process as it demands balanced considerations of technical specifications. One of those
Printed circuit board assemblies being a crucial part of most devices and machines need to be thoroughly tested in terms of structural as well as functional accuracy. There are various types of testing techniques used at each step of manufacturing of fabricating blank boards as well as when assembling them. X-ray inspection is one of
The Printed Circuit Boards (PCBs) are performance-driving components in most electronic devices. Any failure or non-performance may result in losses for OEMs and users. Thus, to avoid the risk of failure, these PCBs are tested at every stage of assembly. Burn-in testing is a type of testing performed to analyze the functionality of PCBs under
Printed circuit boards (PCBs) have become an integral part of electronic devices used today. These devices are driven by PCBs, and they form a thin layer base of how the circuit functions. This is why their structure and function, both are crucial aspects from the point of view of the performance of the final product.
As the demand for performance-driven, high speed, and yet miniature devices grows, printed circuit board (PCB) manufacturing and assembling have gained immense traction as almost all of these products and devices are driven by PCBs. A flawless PCB design is crucial for further processes such as accurate mounting of components, circuits, vias, and so on.
The increasing demand for advanced, high-speed, and performance-driven applications has surged the same for complex PCBs designs and high-speed, quick turn PCB assemblies. too. Electronic components such as microcontrollers and signal converters can perform several operations within a fraction of seconds with digital circuits. Therefore, appropriate fabrication of these circuits needs to be done. If
With PCBs getting increasingly complex and small sized by the day, they need to be designed considering various aspects of the application, and impedance is one of them. This is especially because high speed transmission and a high signal strength are a common requirement in most applications. At high frequencies, the path between transmission and
As the demand for complex, miniature, performance-driven electronics and electromechanical devices has grown, it has driven the demand for printed circuit boards (PCBs) too. While complex PCB designs are being used in several electronic gadgets which are becoming small in size, they are also used in devices required for mission-critical applications in defense, medical, aerospace,
The demand for fast, performance-driven, and miniature devices has increased over the years. A large number of these products are driven by printed circuit boards (PCBs). OEMs today achieve this requirement by using fewer through-hole components. However, it is nearly impossible to allocate a huge space for large plated through-hole components and their associated lands.
Over the years, the demand for complex, compact, and performance-driven electronic devices have grown. As the demand for fast, yet miniature devices is growing, the printed circuit boards (PCBs) fabrication process is has gotten complex. Almost all electronics devices in use today feature PCBs which contribute to the functioning and performance of these devices. Therefore,
The demand for high performing electronic products has increased over the years. A large number of these products are driven by printed circuit boards with stable temperature and high-quality dielectric constant. Today’s PCB manufacturers achieve this requirement utilizing the best of PCB materials. They are replacing the traditional FR4 (Flame Retardant) with materials that ensure
Considering the importance of IPC standards for PCB manufacturing, it is essential to utilize them at every stage. The previous post highlighted terminologies such as IPC, IPC PCB, and so on. Also, it focused on the benefits of IPC standards for PCB manufacturing. This post explores different classes and types of IPC standards. So, stay
Printed circuit boards (PCBs) have surged the growth of the electronics industry in many ways, and have revolutionized many industrial segments which use electronic devices. The impact of these boards is so huge that it is impossible to imagine an electronic device without them. Today, PCBs find use in small and large electronic applications ranging
When it comes to the fabrication of customized PCBs, the first thought anyone thinks of is types of custom PCB designs to choose from. However, for a person who isn’t well-versed with PCB fabrication and customization process, it is important to acknowledge that it requires consideration of factors other than just types of custom PCB
The Printed Circuit Boards (PCBs) are exposed to several environmental factors including dust, dirt, moisture, steam, high temperature, etc. All these circumstances may lead to the oxidation of the copper surface of the PCBs. To prevent the oxidation of copper, the PCB surfaces are coated with a thin layer of surface finish. There are multiple
Quick turn PCB fabrication is a highly demanded service these days. There is an increasing demand for quick bulk PCB fabrication across light, mechanical, and automation, aerospace, and aircraft industries. Rapidly evolving devices and technologies have accelerated this demand. Most devices still depend on PCBs to improve their productivity and utility. It can be rightly
Today, almost all printed circuit board (PCB) manufacturers build a prototype before beginning with high-volume production. Why? There are countless benefits of building a functioning model of the PCB before full-scale manufacturing of boards for several end products. Also, copies of the prototype can be developed later through 3D printing if the client requires them.
In recent years, the electronic industry has been witnessing massive improvement in the complex structures and functions of electronic devices. As the demand for miniature, faster, and powerful devices is growing, the multi-layer PCB fabrication process has gained huge traction as PCBs are becoming more and more layered and complex with an increasing number of
Copper is an integral part of Printed Circuit Boards (PCBs). However, PCB manufacturing is a tedious process that requires balanced consideration of technical specifications. One of those considerations is copper balance in the PCB. Copper is used in PCBs due to its excellent electric conductivity. However, the imbalanced application of copper in PCB fabrication can