Consumer textile and fashion companies are more and more using versatile PCBs, small component such as micro ball-grid arrays (BGAs) to create revolutionary, smart fashion design. As electronic components can be manufactured to sizes smaller than grains of pepper, compact wearable gadgets and also seamlessly clothing products have become more promising. So far, innovative equipment manufacturers have invested in wearable fashion gadgets and products dedicated to health and fitness. OEMS providing consumers beyond this vertical industry have had a hard time to meet the attractive design demands of their potential customers.

Large wearable gadgets simply aren’t perceived as trendy. Clunky plastic wristbands are likely to conflict with diamond rings or blazers. Reconciling the tiny size and versatility of aluminum PCB with the conventionally aesthetics of women’s styles together with minimalistic unisex and men’s styles has proven very difficult.

Fashion Accessories
By implanting tiny metal core PCB inside devices, the manufacturers are offering trend accessories with fantastic features to schedule meetings, pick the calls, and check text messages, together with the weather checking. Watches, glasses, and socks are some fashion accessories being reinvented with advanced PCB technology.

Wearable Fitness Trackers
Achieving mainstream identification through brand names, wearable fitness trackers connected to users’ tablets and smartphones to track health and fitness parameters which include numerous steps , calories burnt and sleep quality. In accordance with their value, many of these gadgets needs to be worn round the clock. Competition between Competition among and new industry entrants is mostly related to manufacturers’ ability to design styles which users would like to wear.

Smart Jewelry
One of the greatest growths from the tech industry to the realm of fashion is through the jewelry. Without having visible screens or even written text, precious rings, pendants, and bracelets are covering their multi-functionality.

Sensor-Embedded Clothing
With PCB, fashion designers are able to sew microchips into the sleeves of jackets and chips. The subtlety of PCBs enables consumers to wirelessly gain access to all of their most desired mobile apps without compromising style.

Many manufacturers are trying to make an impression on customers with practical fashion items like the ones outlined above need PCB manufacturer with assembly machine and highly-skilled employees in a position to handling component packages. Fabric circuit boards, wearable PCBs, micro-BGAs as well as other innovations already have started to influence techniques of OEMs in the fashion industry. Although saturation levels are quite low, forward-thinking manufacturing companies are moving ahead to the growth of the nicely designed gadgets, accessories, and outfit with thinner components.