Rigid Flex PCB

Professional rigid flex PCB boards combining flexible and rigid technologies with 3 mil line width, 4 mil hole size, and 2-20 layer configurations. Features multiple material options, lead-free surface finishes, and custom color selections. Ideal for aerospace, medical devices, and consumer electronics requiring space optimization and enhanced reliability.

PLC-controlled dual-rail loader sorts NG and OK boards after AOI. Handles PCBs up to 330x250mm, supports left/right direction, and features 50 plates per rack. Customizable rack size and step selection. Durable build with Japanese sensors and TBI ball screw.

Rigid flex PCB combines flexible and rigid board technologies for 3D spatial efficiency. Features Fr4 base, 2-20 layers, OSP finish, and 3 mil line width/space. Ideal for military, medical, and consumer electronics. Custom options available.

Rigid flex PCBs combine flexible and rigid board technologies for 3D spatial efficiency. Features HASL lead-free surface finishing, 1-3 Oz copper thickness, and 2-20 layers. Ideal for military, medical, and consumer electronics. Custom options available.

Nordson SmoothFlow tapered dispensing tips ensure precise, consistent fluid application. 14 gauge olive tips, 50 per box. Ideal for automated dispensing systems, offering reliable performance and easy installation.

Rigid flex PCB combines flexible and rigid board technologies for 3D spatial efficiency. Features 3/3 mil line width/spacing, immersion gold finish, and 1-3 oz copper. Ideal for military, medical, and consumer electronics. Custom layers and certifications available.

Rigid flex PCB combines flexible and rigid board technologies for 3D spatial efficiency. Supports 2-20 layers, FR4/High-Tg materials, HASL lead-free finish, and copper thickness up to 3 Oz. Ideal for aerospace, medical, and consumer electronics. Custom options available.

Rigid flex PCB combines flexible and rigid board technologies for 3D spatial efficiency. Features FR4/High-Tg base, 1-3 Oz copper, 2-20 layers, and 3 Mil line width/space. Ideal for military, medical, and consumer electronics. Custom options available.

Combining rigid FR4 and flexible polyimide substrates, our 4-layer rigid flex PCB offers 3D design flexibility, space savings, and high reliability. Features lead-free HASL surface finish, 1.6mm thickness, and 1oz copper. Ideal for military, medical, and consumer electronics.

Durable 4-layer rigid flex PCB with polyimide and FR4 base. Features 4 mil hole size, 3 mil line width/spacing, and multiple surface finishes. Ideal for compact, high-reliability applications in aerospace, medical, and consumer electronics. Customizable layers and copper thickness available.

Rigid flex PCB combines flexible and rigid board technologies for 3D spatial efficiency. Supports 2-20 layers, 1-3 Oz copper, and 0.8-3.2mm thickness. Ideal for military, medical, and consumer electronics. RoHS approved with customizable surface finishes and solder mask colors.

Professional semi-automatic SMT printing machine featuring Siemens PLC control, ±0.05mm printing accuracy, and adjustable 45-degree squeegee system. Supports substrate sizes up to 1500×300mm with automatic counting and digital speed control for efficient PCB production lines.

Professional rigid flex printed circuit boards featuring 2-20 layer configurations, 3 Mil minimum line width/spacing, and multiple surface finishing options. These PCBs combine flexible and rigid technologies for superior spatial efficiency, reliability, and weight reduction in aerospace, medical, and consumer electronics applications. Available in various board thicknesses from 0.8mm to 3.2mm with copper thickness options of 1-3 Oz.

Professional 8 layer rigid flex PCB featuring 3 mil line width/spacing, 1-3 oz copper thickness, and RoHS compliance. Combines flexible and rigid technologies for superior spatial efficiency in aerospace, medical, and consumer electronics. Multiple surface finishing options and material choices available for custom applications.

Professional 6-layer rigid flex PCB prototype with HASL surface finishing. Features 3 mil minimum line width and spacing, 4 mil minimum hole size, and 1-3 oz copper thickness. Available in multiple board materials including FR-4, High-Tg, and Rogers. Ideal for aerospace, medical, and consumer electronics applications requiring space optimization and reliability.

Professional rigid flex PCB prototype featuring 2-20 layer configurations with 3 mil line width/spacing and multiple surface finishing options. Combines flexible and rigid technologies for superior spatial efficiency in military, aerospace, medical, and consumer electronics applications. HASL lead-free surface treatment with customizable solder mask colors.

Professional double sided rigid flex PCB with 1.0mm board thickness and immersion gold ENIG surface finish. Available in 2-20 layer configurations with 3 mil line width/spacing. Combines flexible and rigid technologies for space optimization, enhanced reliability, and 3D design flexibility. Ideal for military, aerospace, medical, and consumer electronics applications.

Industrial SMT peripheral equipment featuring dual-function vacuum suction and conveyor capabilities. Handles PCBs up to 460×390mm with 100-piece storage capacity. Includes programmable PLC control, touch screen interface, and operates at 9 m/min speed. Ideal for automated SMT production line loading with flexible shipping directions and compact 600×950×1200mm design.

Professional SMT peripheral equipment featuring Xinjie PLC control, electrostatic dust protection, and high-speed spiral brush system (200-1200 RPM). Handles PCB boards from 50×50mm to 460×500mm with 0-17.5 M/min conveying speed. Includes touch screen operation and online connectivity for automated manufacturing lines.

Professional 2-layer rigid flex PCB with 4MIL minimum hole size and 3MIL line width/spacing. Features multiple surface treatment options including HASL lead-free, immersion gold, and various solder mask colors. Ideal for aerospace, medical, and consumer electronics applications requiring space optimization and enhanced reliability.