A Rigid PCB is aprinted circuit board made with a solid, non-flexible base material, typicallyFR-4. It provides mechanical strength and stable electrical connections forelectronic components.
Rigid PCBs are widelyused in robotic systems because they offer reliable performance, flexiblecircuit design and support for high-density component assembly.
A rigid PCB connectsand supports electronic components while providing electrical pathways forpower and signal transmission. Depending on the circuit design, it can performfunctions such as:
Data processing and system control
Motor and motion control
Power distribution and regulation
Sensor signal acquisition
Wired and wireless communication
Vision and AI computing
Antfield rigid PCBs canbe used in:
Robot main control boards
Motor driver and joint control boards
Power management and BMS boards
Sensor and encoder boards
CAN, Ethernet and wireless communication boards
Camera and vision-processing systems
AI computing modules
Industrial robots, humanoid robots, AGVs and service robots
Rigid PCBs can becustomized according to project requirements, including:
Single-sided, double-sided and multilayer PCBs
Different board thicknesses and copper weights
Standard and high-Tg FR-4 materials
Controlled impedance
HASL, ENIG, OSP and other surface finishes
Fine-pitch SMT and through-hole component support
Prototype and volume production
Antfield reviews PCBproduction files and technical requirements before manufacturing. Qualitycontrols can include:
DFM and engineering file review
Material and stack-up verification
Copper thickness and board thickness checks
Hole size and finished-board dimension inspection
Electrical continuity and isolation testing
Impedance testing when required
Solder-mask and surface-finish inspection
Final appearance and packaging inspection
Production records and traceability
Antfield providescustomized rigid PCB manufacturing and PCBA services for robotics companies,supporting projects from rapid prototyping to volume production.