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.
PCBs or printed circuit boards are an integral part of most electronic and electromechanical devices. They are really the backbone of the part or product in which they are embedded, as the overall functionality of these products depends on the operation, accuracy, and design of these PCBs. Decades ago what started using a single layer
Printed circuit boards (PCBs) may fail to function due to several reasons. Among these reasons, heat dissipation has always been a factor. As the demand for compact PCBs increases, power density becomes an issue which raises the temperature thus damaging the electronic component. This issue can be solved using high-temperature PCBs. High-temperature PCBs are gaining
During printed circuit board (PCB) manufacturing, several compounds and elements are used for a variety of purposes. In the initial days of circuit board development, many toxic compounds were used for cost-saving aspects or their useful properties. However, with the increasing awareness and subsequent policy changes as well as R&D pertaining to newer and safer
Christmas and New Year is almost here! We are only a few weeks away from these events. At Rigiflex, we understand that unlike yesteryears, this year would be entirely different for our customers, employees, and well-wishers due to the COVID-19 pandemic. However, that must not dampen the spirits of the holiday season that all of
Standard PCBs are the PCBs designed and assembled according to general or standard application requirements. However, these standardized parameters may not mean just one value per parameter, rather it offers a range of frequently-preferred sizes and specifications for PCB manufacturing. The standard PCBs can be manufactured using different materials like aluminum, fiberglass, epoxies, etc. However,
Electronics is one of the highly competitive and fastest-growing industries. The demand for electronic products is on the rise. Most electronic devices are equipped with printed circuit boards or PCBs. With so many electronic manufacturers in the market, the OEMs are always trying to gain a competitive edge. So, they always prefer partnering with experienced
The Printed Circuit Boards (PCBs) are always susceptible to damage due to high temperatures. As the PCB designs are becoming compact, the power densities are rising gradually causing high temperatures since dielectrics and conductors dissipate heat. This high temperature can potentially cause serious damage to the delicate electronic components. However, there is one extreme solution
Designing printed circuit boards (PCBs) is a regular task for most electronics engineers (EEs). Have despite a vast number of years of experience in PCB designing, it is not easy to create a high-quality performance-driven PCB design. There are many factors that need to be taken into consideration, and board material is one of them.
A printed circuit board, popularly known as PCB, is a module featuring several interconnected components that are aligned to ensure a current flow through devices wherein they are installed. PCBs have been an integral part of several electronic devices ranging from radios to computer systems to radar systems. Printed circuit boards are mainly distinguished into
In recent times, using safe resources for the safety of the people and the environment has become a priority for several electronic manufacturers all over the world. The Restriction of Hazardous Substances, abbreviated as RoHS, is one prominent standard enacted by the European Union countries to restrict the use of harmful materials in the circuit
The Printed Circuit Boards (PCB) are widely used in various equipment across industries such as automobile, telecommunication, aerospace, military, healthcare, etc. Therefore, the PCBs are manufactured and supplied based on the purpose of various applications. These printed circuit boards (PCBs) can be distinguished based on various parameters. This two-part post provides insights on different types
COVID-19 is big news since December 2019. It can be rightly said that the disease has affected countries, people, and businesses across the globe. The disease has already affected several businesses, and there is a lot of uncertainty around. Many small- and mid-sized businesses across industries are struggling to sustain their business operations. Amid all
PCB manufacturing capabilities of a player comprise several factors such as the choice of materials they offer, maximum number of possible layers, complexity of the design, number of components that can be mounted and the method adopted for the same, drilling size upper and lower limits, pad sizes, tolerances, thickness and weight of the board,
Printed circuit boards (PCBs), as we all know, are an integral part of almost all electronic and electromechanical devices. There are several types of PCBs made in various configurations and number of layers, depending upon the application requirements. PCBs may come with or without a metallic core. Metal core PCBs are mostly made of aluminum,
Over the years, safety of people and the environment has emerged as a priority for original electronic manufacturers across the world. Several restriction directives have been enacted by the governments across the world. The Restriction of Hazardous Substances or RoHS is a prominent directive enacted by the European Union countries to restrict the use of
Flexible or flex printed circuit boards are popular PCB type designed to fulfill the needs of flexible electronic circuits. Flex circuit boards are the fastest replacement for traditional wire harnesses as they can be easily shaped to fit into various complex circuit designs. Additionally, these circuit boards provide freedom of designing while maintaining their performance
Printed circuit boards are found in all types of small and large electronic gadgets such as beepers to computer systems to radars, and so on. They contribute to the current-carrying capacity of these gadgets and also lend support to the components attached to them. All this means printed circuit boards play a key role in
There are various materials used to make PCBs depending upon the application requirement. These include fiberglass with epoxy resins, FR4, polyimide, Teflon, and so on. Polyimide and FR4 are widely used; however, polyimide offers many benefits. So, what is polyimide? It is a high-performing polymer made of imide monomers. They have good heat and electrical
Christmas and New Year is almost here and there is a magic in the air. Everyone is engaging in a fervor of jolly season. As the year 2019 is nearing to end, the team at Rigiflex Technology would like to wish you a happy, healthy, and prosperous New Year 2020. We believe that this is
Tolerance is an integral part of any PCB manufacturing process. Although the performance of a PCB depends on various factors, tolerances have an active role to play in it. Most electronics manufacturers are clueless about the right tolerances for their PCBs. This is where experts at Rigiflex recommend them to seek mid-range tolerances. The benefit
Printed circuit boards (PCBs) have been around since 1936. They are still an integral part of several advanced circuits. The demand for compact-sized and high-density printed circuit boards is increasing. This is owing to the increasing use of small devices, which demand compact-sized chips. Nowadays, achieving the smallest PCB sizes is easy owing to the
With the size of electronic devices shrinking and their design becoming more and more complex, the demand for small-sized PCBs with maximum components placed accurately has gone up. This has pushed the demand for tools and technologies which facilitate accuracy in such small and complex parts. This is the reason why the High Density Interconnect
Most of today’s flex PCB manufacturing process begins with a prototype production. There are several advantages of building a working model of the flex circuit before attempting the mass producing of these boards. Building a prototype not only helps to test the board’s function but also aids in improving it as per the requirement. Additionally,
Rigid-flex circuit boards feature both rigid and flexible components, hence the name. These hybrid printed circuit boards are widely used across various industries because they combine the best of both— rigid and flexible circuit boards. Although they have become an integral component of various electronics, their fabrication involves several complex steps. Do you want to
RF and Microwave PCBs have been around for several years and are most commonly used in the electronics industry. They are immensely popular and designed to operate on signals in the megahertz to gigahertz frequency ranges. When it comes to networking and communication applications, these PCBs are ideal. There are many reasons why PCB manufacturers