Products

Flexible Printed Circuit (FPC)

Flexible printed circuit boards (FPCs) are highly flexible conductive carriers in electronic products, crucial for achieving thinner, lighter, and more integrated designs.

Combined with precision etching processes to create high-density conductive paths and open structures, FPCs possess flexible and bendable properties, enabling stable operation in confined spaces and movable structures, and supporting 5G high-frequency, high-speed transmission (such as LCP antenna modules).

Common applications of FPCs have expanded to optical communications, smartphones, wearable devices, laptops, digital cameras, and lens modules, suitable for all electronic products pursuing ultimate design.

Rigid-Flex Board

Rigid-flex PCBs are a core solution for achieving thinner and lighter designs in electronic products. This flexible yet rigid board material, through precision etching and multilayer lamination processes, enables miniaturized wires and complex wiring requirements, effectively shortening signal paths and improving overall module integration and reliability.

These boards are widely used in product design fields with stringent requirements for high density, high reliability, and lightweight design, such as smartphones, camera modules, flexible displays, medical devices, and aerospace electronics.

Flexible Flat Cable (FFCs)

FFCs are typically made with tin-plated pure copper conductors, offering excellent conductivity and the ability to withstand repeated bending. They are suitable for electronic devices requiring frequent opening and closing or operating in confined spaces. Through precision etching and stamping processes, high-density, low-impedance, and stable signal transmission can be achieved.

Common applications include laptops, smartphones, LCD displays, printers, and automotive electronics.

Printed Circuit Board (PCB)

Rigid printed circuit boards are the core rigid substrates of electronic devices. They possess excellent structural strength and conductivity stability, allowing them to withstand high-temperature soldering and multi-layer circuit stacking in touch module applications, making them suitable for high-speed signal and high-power applications.

Through precision etching and lamination technologies, multi-layered, high-density wiring designs can be achieved, effectively supporting surface mount technology (SMT) assembly.

Stainless steel etching

We offer precise control over dimensions and depth, suitable for a wide range of materials including stainless steel, copper, nickel, and various special alloys. Compared to traditional stamping processes, chemical etching ensures micron-level precision, producing parts with low stress, burr-free surfaces, and completely avoiding thermal effects or mechanical damage.

Suitable for manufacturing micro-parts and complex shapes, ensuring long-term product stability and reliability.

Vapor chamber

To address the concentrated heat generated by high-power components, an efficient heat flow path is constructed. By rapidly transferring the instantaneously accumulated heat to the heat dissipation structure, the thermal load on core components is significantly reduced, effectively preventing thermal throttling or hardware damage caused by heat accumulation, and ensuring the ultimate stability of system operation.