Snowballing need of the fabrication and build out of medical PCB prototypes

By | Date posted: | Last updated: May 7, 2021
Medical PCB Prototype

Over the past decade, there has been a healthy demand of PCB prototypes, especially for highly contingent medical gadgets. The USB to get reliability and repeatability in the pcb layout and PCB Manufacturing process is transparency, integrity and authenticity. This has been a major challenge in providing the electronic solutions, especially in the medical industry.

The prototypes to be applied in high tech medical apparatus, machines, equipment and accessories are mainly for dosimeter product assembly, stock and supply control devices in hospitals, a remote transmitter and receiver used for eye checkups, body movement tracking gadget, blood sugar and blood pressure monitoring, digital cell counting device, ultrasonic device, laser therapy, heart pacemaker surveying etc. The upcoming trend of high health consciousness among the people and quick transmissions due to new innovations has been a ray to leap the PCB fabrication to the next level.

One of the recent trends of using FDM technology (Fused Deposition Modeling) to create 3D printed parts marks multitude uses in medical industry. The prime use of 3D printing is for research, development, simulation and medical gadget designs. Also a growing development is found in medical supply chain transparency with application of medical electronics.

TechnoTronix has an inbuilt fabric mechanism for serving highly advanced custom PCB’s to its customers from the medical industry by providing electronic solutions to pacemakers, defibrillators, neuron stimulation, modulation devices and hearing aids.

One of the chief critic requirements of manufacturing medical PCB Prototype for medical products is to have a clean signal by decreasing the ground noise in the PCB for exact diagnostics and encountering the diseases. From motor controllers, lab equipment electronics, health monitoring devices to robotic braces, we have hands on experience in tendering to the customized requirements of our clients from medical market.

As for using medical equipments- quality is a foremost necessarily, we have adopted many pre inspection techniques like solder paste inspection, thermal profiling, flying probe testing, ICT testing and functional testing to authenticate the operations and behavior of the prototype before its dispatch by maintaining international standards of quality control. Thus, with a growth in strides of medical industry, there is a mark of great need for PCB prototypes across the globe.

At Technotronix, we combine state-of-the-art technology with our advanced engineering to deliver unparalleled quality and service. We offer a robust source of competitive advantage to our clients. With our four decades of experience, you can rest assured that we are cognizant of the industry’s best practices and will keep you ahead of the curve. Visit to know more about PCB prototyping service and feel free to contact us. Also, you can drop an email to us at sales@technotronix.us.

Creative Exposures in Testing the Circuits

By | Date posted: | Last updated: February 14, 2022
testing-circuits

The thumb rule for the growth of any OEM’s or PCB Fabricators or EMS providers is delivering quality printed circuit boards to help the customers get a quick turnaround. Deciding upon the method and technique of testing is the crucial step to move ahead with stringent inspection and quality check for maintenance, manufacturing and development in the assembly and fabrication process. There are various standard types of testing, which must be performed on printed circuit boards before and after the components are mounted on circuit board.

Flying Probe PCB testing:

When the printed circuit board has a complex layout and is manufactured in low volume, then the best testing solution is flying probe testing. Flying probe method has become more popular due to the development in the latest technology and increase in demand of PCB Prototyping Services. Whereas, when the layout is simple, but the volume of manufacturing is high, then the best testing solution is in-circuit (IC) testing. The important purpose behind these types of testing methods is to eliminate maximum fault coverage, higher beneficial production test, cost efficiency and minimize field failures.

The foundation of flying probe testing technique emphasizes mainly on increasing the improved access power, testing speed and cover greater fault coverage area. Flying probe is an ideal technique due to its low evolution costs, compactness and low evolution time. While testing the design, it is essential to consider the board, the devices on it, and the testing equipment’s capabilities. The major development and testing required is in the electrical circuit and mechanical path that significantly rectifies the speed.

When printed circuit boards have less compatibility, one of the major reasons is damaged internal circuit path and these results in many component failures which can be detected easily by using in-circuit testing technique. As for the high complexity board there are some shortcomings i.e., long programming is needed, which is more tedious, cumbersome for which in IC testing, the power signal is activated to check voltage levels and resistance measurements at different nodes of the board.

In-circuit test is used to detect parametric failures, design related faults and component failures. It can easily detect the fabricating defects and is also easy to measure the value of a component when it is not in a circuit.

To overcome the few shortcomings in the in-circuit test, there is an optimal test methodology, i.e., PCB functional test, which is the best option for testing the device equipments as it has a higher fault coverage area, no longer programming is needed, fewer field returns, more reliable fixtures, and lower overall costs. Thus functional testing is the essential part for having quality assurance of electronic products.

One of the biggest challenges for testing engineers and their managers is keeping up to date with technology trends. By working on these methodologies and technologies, product quality will be better positioned in years to come with optimal test processes.

At Technotronix, we combine state-of-the-art technology with our advanced engineering to deliver unparalleled quality and service. With fast PCB prototyping and consistent delivery of high-quality PCBs, we offer a robust source of competitive advantage to our clients. With our four decades of experience, you can rest assured that we are cognizant of the industry best practices and will keep you ahead of the curve. Visit to know more about PCB prototyping service and feel free to contact us. Also, you can drop an email to us at sales@technotronix.us.

PCB trends in Aerospace Industry

By | Date posted: | Last updated: April 19, 2023
aerospace-industry

The old cliché about airplane having numerous electronic parts is truer now than ever. Aerospace industry drives the rapid development through various innovations in the services, products and electronic devices. Technology is at the heart of the aerospace industry. According to “ IPC North American PCB Market Report” , approximately 27 % of the total PCB market in North America has been saturated by aerospace and defense industries.

A massive jet, new fighter planes, mars bound rockets, flying cars and hybrid vehicles are main attractive things we imagine while thinking of the aerospace industry. The major aspects affecting the advancement in the aerospace industry are software, hardware, navigation, control and guidance. There are many important objects and things in aerospace PCB engineering where latest advances are taking place.

To get a highly advanced electronic device or a gadget for any aerospace product, a quick turn prototype with effective engineer plays a topmost role in making the device a successful one. There are many types of PCB’s which are used to make a heavy duty aerospace equipment.

The PCB assembly with thermal management is the main USB for any of the operating systems used by aerospace industries. There are thermal compact layouts to make latest PCB thermal designs. Highly customized heavy duty PCB’s act vital to the electronic devices used in the aerospace industry. There has been an extensive use of multi layered quick turn prototypes, double sided PCB’s in aerospace devices and other electronic products.

One of the kingpins for providing EMS (Electronic Manufacturing services), TechnoTronix tenders its far reaching capabilities of quick turnkey manufacturing, fabrication, PCB Making and latest prototyping services to the aerospace industry. We employ the components mentioned in Gerber file to ensure design to product integrity. Our commitment to the highest standard of quality in all our services with electronic systems to manage the complex PCB requirement of aerospace customers have made us execute the technological development to render custom quick prototype services for future satellites.

At Technotronix, we combine state-of-the-art technology with our advanced engineering to deliver unparalleled quality and service. With fast PCB prototyping and consistent delivery of high-quality PCBs, we offer a robust source of competitive advantage to our clients. With our four decades of experience, you can rest assured that we are cognizant of the industry best practices and will keep you ahead of the curve. Visit to know more about PCB prototyping service and feel free to contact us. Also, you can drop an email to us at sales@technotronix.us.