PCB Manufacturing Capabilities

Single-Sided PCB: Cost-effective PCB manufacturing for simple electronic circuits and LED applications.

Double-Sided PCB: Standard PCB solution for electronic products requiring routing on both sides.

Multilayer PCB: Suitable for more complex electronic products, control boards, and communication applications.

Aluminum PCB: Metal-core PCB manufacturing for LED lighting, power electronics, and thermal management applications.

LED PCB: Custom PCB manufacturing for LED modules, lighting boards, driver boards, and related applications.

Custom PCB: PCB production based on customer Gerber files, drawings, samples, and technical requirements.

Standard production: 1-32 layers

Common applications: Single-sided, double-sided, 4-layer, 6-layer, and multilayer PCBs

FR4: Standard rigid PCB material for general electronics.

High Tg FR4: Suitable for products requiring better heat resistance [Confirm].

Aluminum Base: Used for LED PCB and heat dissipation applications.

CEM-1 / CEM-3: Available for selected low-cost PCB applications.

Special Materials: Available upon engineering review according to project requirements.

Standard board thickness options may include 0.4 mm, 0.6 mm, 0.8 mm, 1.0 mm, 1.2 mm, 1.6 mm, 2.0 mm, 2.4 mm, and 3.2 mm.

Custom thickness can be reviewed based on material availability and production requirements.

Standard copper: 1 oz copper for common PCB applications.

Heavy copper: 2 oz, 3 oz, or higher copper thickness available upon project review.

LED / power applications: Copper thickness can be selected according to current load and thermal requirements.

Minimum line width: 0.1 mm / 4 mil

Minimum line spacing: 0.1 mm / 4 mil

Fine line capability depends on copper thickness, board structure, material, and production process.

Minimum mechanical hole size: 0.15-6.5 mm

Plated through holes: Available for single-sided, double-sided, and multilayer PCBs.

Non-plated holes: Available for mounting, positioning, and mechanical requirements.

Slot holes: Plated and non-plated slots available according to design requirements.

HASL: Common surface finish for standard PCB applications.

Lead-Free HASL: Available for RoHS-compliant projects.

ENIG: Suitable for fine-pitch components, better surface flatness, and long shelf life.

OSP: Cost-effective lead-free surface finish for selected applications.

Other finishes: Available upon project requirements.

Standard colors: Green, white, black, blue, red, yellow.

White solder mask: Commonly used for LED PCB and lighting applications.

Matte / glossy options: Available depending on solder mask material and production requirements.

Silkscreen colors: White, black, yellow and other colors available upon review.

Used for reference designators, polarity marks, logos, part numbers, and assembly guidance.

Routing: CNC routing for custom board outlines.

V-Cut / V-Scoring: Available for panelized PCBs and easy separation.

Tab Routing: Available for irregular board shapes and assembly panel requirements.

Custom Shapes: Supported according to Gerber and mechanical drawings.

Customer panel: Manufactured according to customer-provided panel design.

Factory panelization: Panelization support available for production efficiency and assembly requirements.

Breakaway methods: V-cut, tab routing, mouse bites, and tooling rails available upon review.

Thermal applications: Aluminum PCB and LED PCB manufacturing for improved heat dissipation.

Lighting products: Suitable for LED modules, LED strips, panel lights, downlights, ceiling lights, and commercial lighting.

Material selection: Aluminum base, insulation layer, copper thickness, and solder mask can be selected according to thermal and electrical needs.

Flying probe test: Available for prototype and small-batch PCB production.

Fixture test: Available for batch production and repeated orders.

Electrical testing is used to check shorts, opens, and circuit connectivity before shipment.

Engineering file review: Gerber, drill, stackup, solder mask, silkscreen, and production notes are reviewed before manufacturing.

Incoming material inspection: PCB base materials and production materials are checked before use.

Process inspection: Key production steps are controlled during manufacturing.

Final inspection: Finished PCBs are checked for appearance, dimension, surface finish, solder mask, silkscreen, and quantity.

PCB manufacturing lead time depends on layer count, material, board thickness, copper thickness, surface finish, quantity, and special process requirements.

Prototype, small-batch, and batch production schedules can be arranged according to confirmed project requirements.

Gerber files: Required for PCB fabrication.

Drill files: Required for hole and slot processing.

Stackup information: Recommended for multilayer PCB projects.

Fabrication drawing: Recommended for tolerance, material, surface finish, impedance, or special requirements.

Panel drawing: Recommended when customers have specific panelization requirements.

Vacuum packaging: PCBs can be packed to help prevent moisture and contamination.

Protective packaging: Bubble wrap, foam, cartons, or custom packaging based on board type and quantity.

International shipping: Orders can be shipped by express courier, air freight, sea freight, or customer-designated logistics provider.