PCB Fabrication and Manufacturing Services

HXD provides quick turn PCB fabrication for engineers who need fast samples and urgent production support.

Our process helps reduce waiting time during product design, testing, and launch. We review your Gerber files, stackup, material needs, drill data, and surface finish before production. This helps avoid delays and quality risks. Quick turn service is useful for prototypes, design validation, repair projects, and small batch orders.

Single layer PCB fabrication is a cost-effective choice for simple electronic products. A single layer board has copper on one side only, so the structure is easy to produce and easy to inspect. People often use it in basic power supplies, LED products, sensors, toys, and simple control boards. HXD supports different board thicknesses, copper weights, solder mask colors, and surface finishes.

Double-sided PCB manufacturing uses copper on both sides of the board. It gives engineers more routing space than a single layer PCB while keeping the cost under control. Manufacturers widely use this type of PCB in consumer electronics, industrial control, power modules, communication devices, and automotive products. HXD supports plated through holes, stable solder mask, clear silkscreen, and common surface finishes.

PTFE PCB fabrication is used for high-frequency and RF applications. PTFE materials offer stable electrical performance, low signal loss, and good behavior at high frequencies. Engineers often use these boards in antennas, radar systems, wireless communication, microwave devices, and high-speed signal products. HXD supports material selection, stackup review, impedance control, and process control for PTFE PCB projects.

Multilayer PCB fabrication is used when a circuit needs more routing space, better signal control, and stronger power distribution. These boards usually include four or more copper layers, with inner signal layers, power planes, and ground planes. HXD supports custom stackup design, controlled impedance, high Tg materials, fine lines, plated vias, and stable lamination.

• 4-Layer PCB
• 6-Layer PCB
• 8-Layer PCB
• 10-Layer PCB
• 12-Layer PCB

Flexible PCB fabrication is made for products that need thin, light, and bendable circuits. Wearable devices, medical products, cameras, sensors, automotive modules, and compact electronics often use flex PCBs. They can replace wires and connectors, save space, and improve assembly efficiency. HXD supports single-sided, double-sided, and multilayer flex PCB structures.

Rigid-flex PCB fabrication combines rigid board areas and flexible circuit areas in one structure. This design helps reduce connectors, save internal space, and improve product reliability. Medical devices, aerospace systems, cameras, industrial electronics, and compact high-end products use rigid-flex PCBs. HXD reviews stackup, bend zones, stiffeners, coverlay, copper design, and drill rules before production.

Rigid PCB fabrication is the most common PCB manufacturing service. These boards use solid base materials such as FR-4, high Tg FR-4, aluminum, or other special laminates. Power electronics, industrial control, consumer electronics, communication equipment, and automotive systems use rigid PCBs. HXD supports simple rigid boards and complex multilayer rigid PCBs.

LED circuit board fabrication needs good heat control, stable soldering, and reliable surface quality. LED boards are widely used in lighting products, display modules, automotive lamps, street lights, and industrial lighting. Many LED PCBs use aluminum or metal core materials because they help move heat away from the LED chips.

Heavy copper PCB fabrication is used for circuits that carry high current or need stronger heat handling. These boards usually have copper thickness above 2 oz. They are common in power supplies, motor control, battery systems, charging equipment, solar inverters, and industrial control products. HXD reviews trace width, spacing, via design, and thermal relief before production.

High Tg PCB fabrication is a good choice for products that work in high heat or need better thermal stability. Tg means glass transition temperature. A higher Tg material keeps better mechanical and electrical performance when the board faces heat. Automotive electronics, industrial control, power systems, LED products, and multilayer PCB fabrication often use high Tg PCBs.

Metal core PCB fabrication is used when a circuit needs better heat dissipation. The board often has a metal base, like aluminum or copper, with an insulating layer. A copper circuit layer sits above it. Metal core PCBs are common in LED lighting, power modules, automotive lighting, motor drives, and high-power electronics.

Aluminum PCB fabrication is one of the most common choices for thermal management. An aluminum PCB has an aluminum base that helps spread heat from components. Many manufacturers use it in LED lights, power converters, automotive lighting, audio products, and industrial control equipment. HXD supports different board thicknesses, copper weights, solder mask colors, and surface finishes.

FR-4 PCB manufacturing is widely used because FR-4 offers good strength, stable insulation, and reasonable cost. Suitable for single-layer, double-sided, and multilayer PCB fabrication. HXD supports standard, mid, and high Tg FR-4 materials.

It also supports different copper weights, board thicknesses, surface finishes, and solder mask colors.

HDI PCB manufacturing is designed for products with dense components, fine lines, and limited board space. HDI boards often use microvias, blind vias, buried vias, and thin trace spacing. They are common in smartphones, medical devices, communication modules, IoT devices, and high-speed electronics. HXD supports HDI PCB fabrication with careful material selection and process control.