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 use of electronic and electromechanical systems and equipment has become integral to residential, commercial, and industrial facilities. These systems revolutionized several industrial processes and the way certain tasks are performed. Similarly, they have also changed how we use various electronic gadgets in our daily lives, smart devices, IoT, and so on. These systems’ performance
Bare board PCBs have a crucial role in the manufacturing and development of PCBs. They serve as the base on which electronic components are mounted, allowing the making of functional electronic devices and systems. In other words, bare board PCBs are the unpopulated circuit boards that are produced at the beginning of PCB manufacturing. These
When printed circuit boards (PCBs) are discussed, the first thought that comes to mind is their contribution to the advancements in electronics and their implementation across industries. PCBs are the core or backbone of several modern handheld gadgets, industrial machines, devices, and integrated systems. Amid all the components, circuits, and wiring, the bare printed circuit
The flexible printed circuit boards (PCBs) market is a rapidly growing electronics industry segment. This is owing to the benefits of flexible boards, such as accommodating multiple components, less assembly cost and time, bendability, point-to-point wire connections, and scope for replacement. Today, these flexible PCBs are part of several applications, such as smartphones, tablets, laptops,
The demand for light emitting diodes (LEDs) is high owing to their energy efficiency, longevity, reduced emissions, versatility, and many more reasons. LED lights are already replacing traditional incandescent and fluorescent lighting in many applications. These lights are supported by printed circuit boards, which are boards made of thin fiberglass material and help connect components
Printed circuit board assembly or PCBA is quite a complex process comprising different steps, such as designing, manufacturing, and testing the circuit boards. Each stage is crucial and contributes to the development of a functional circuit. With the rising demand for smaller, faster, and more reliable circuit boards, a board assembly with multiple layers and
While flexible or rigid-flex PCBs are nowadays widely used for most applications, rigid PCBs still hold value and find application in specific segments where rigidity and structural stability are important. Rigid PCB manufacturing capabilities, for any player, depend on different factors, including the complexity of the design, components mounted on the board, number of possible
Printed circuit board assemblies are the souls of any electronic device that allow it to function. Therefore, it is important to protect PCBs from any dirt and contamination caused by foreign substances as well as remaining particles of copper as that may damage them. Plating PCBs is an ideal process used for protecting printed circuit
When you need to develop a new printed circuit board (PCB) for your product or project, you have two main choices: you can either use a ready-made, off-the-shelf PCB or you can have one custom-designed to your specific requirements. There are advantages and disadvantages to both approaches and the best solution for you will depend
Demand for high-quality, performance-driven, compact PCBs is rising across application sectors. There is a requirement for need PCBs of different specifications and configurations and made of materials and composites that fit the application environment in terms of temperature, moisture, and other parameters. They are the backbone of electromechanical and electronic devices, as their functionality largely
Advanced PCB assembly plays a critical role in the medical and healthcare industries. By allowing for the miniaturization of electronic components/devices, today’s PCB assembly has made it possible to develop smaller, and more portable medical devices. This has helped to augment patient care and administer treatment in a variety of settings, including hospitals, healthcare facilities,
As the world progresses, the demand for smaller, faster, and more reliable circuit boards increases. The development of new technologies has allowed for the creation of smaller and more intricate devices. These devices are more likely to fail if the circuit board is not made correctly. To combat this, the manufacturing process of PCBs has
Printed circuit boards are an integral part of any electronic device. PCBs consist of conductive coating to transmit electricity, which makes them generate heat during the current flow. To protect printed circuit boards from excess heat generation, it is important to apply a layer of insulation, which is a non-conductive, dielectric material. PCB insulation provides
Printed circuit board assembly (PCBA) process is complex with multiple stages, which starts with designing, manufacturing, and testing of blank boards followed by the assembling steps. The rising demand for compact, performance-driven, and miniature devices has driven the growth of the PCB segment with complex designs and components. Today, most PCB assembly processes are automated.
PCBs are the core of most electronic and electromechanical devices used today. They are the backbone of the devices in which they are embedded because their functionality is highly reliant on the design, operation, and accuracy of these PCBs. The demand for miniature yet complex devices has gone up over the last few years, this
Printed circuit boards are laminated at the end of the PCB assembly to improve their performance and stability in different operating conditions. This lamination is done using various types of materials, including FR-4, high-performance FR-4, high TG epoxy, BT epoxy, Teflon, and copper clad (CCL). Among these, copper-clad PCB boards are gaining immense popularity. A
Printed circuit boards work as functional cells of any electrical, electronic, or electromechanical device or system. Each of these PCBs have several components mounted on them. There are wires, vias, and so on for which holes are drilled on the board in the designated areas. It is crucial that the components and wires fall in
Working with an experienced electronics contract manufacturer is always advantageous. This is because they understand the challenges in your industry and would guide you about the evolving trends. Also, most electronic contract manufacturers are well-equipped, which helps you gain a competitive edge in the market. Careful consideration goes into the selection phase, still, things may
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