1.Education Robots EMS Pcba Introduction:
Educational robot PCBA is the core control unit of STEM educational tools, programming robots and interactive teaching equipment, which needs to take into account safety, scalability and real-time interaction. Our EMS service provides a one-stop solution from design, component procurement, assembly to testing, supporting educational robots to achieve sensor fusion, multi-modal interaction and cloud data synchronization functions, meeting the diverse needs of K-12 education, vocational training and competition robots.
2.Education Robots EMS Pcba Application
- Classroom programming robot: Control the servo and wheeled chassis through PCBA to achieve path planning and obstacle avoidance demonstration.
- STEM education kit: Modular circuit boards support plug-in learning, such as electronic building blocks and IoT experiment boxes.
- Competition robot: High-performance motor driver board, supports real-time debugging of PID algorithm and multi-machine collaborative battle.
- Early childhood companion robot: Integrated voice recognition (AI chip NPU), expression LCD screen and touch interaction.
3.Education Robots EMS Pcba Features
- Modular and programmable design
Open hardware architecture: compatible with open source platforms such as Arduino and Raspberry Pi, with reserved GPIO/I2C/UART interfaces for easy expansion of cameras, ultrasonic sensors or voice modules.
Low-power and high-performance main control: using ARM Cortex-M4/M7 or ESP32 series chips, supporting Python/Scratch graphical programming, lowering the learning threshold.
Wireless communication integration: built-in Wi-Fi 6/Bluetooth 5.0 dual-mode, supporting OTA firmware upgrades and remote control.
- Safety and durability guarantee
Educational safety standards: operating voltage ≤24VDC, in line with EN 62115 (toy safety) and IEC 62368-1 (audio and video equipment safety), and passed the child contact protection test.
Impact-resistant structure: PCB uses high-toughness FR-4 substrate, key components are reinforced with glue, and can withstand drops and collisions in classroom environments.
Environmental protection process: lead-free soldering + halogen-free substrate, meeting RoHS and REACH directives.
- Optimization of interactive and teaching functions
Multi-sensor fusion: integrated gyroscope, RGB light sensor, touch feedback, etc., supports gesture recognition and environmental perception.
Real-time response design: signal processing delay <10ms, ensuring synchronization of action commands and voice feedback.
Intelligent optimization of power management: dynamically adjust power consumption to extend lithium battery life (typical value 8-12 hours).
4.BQC Presentation
BQC has enough certifications for the smart signal booster PCB assembly such as ISO13485, IATF16949, ISO14001, ISO9001. We have 24 fully automatic SMT lines(equipped with Yamaha high-speed mounter, SPI, online AOI X-ray ICT test before and after the furnace) and 7 DIP lines, 4 hand soldering lines, 4 finished assembly lines, 4 conformal coating lines, 4 testing lines.
5.Products Certification
6.FAQ
1. Q:What are examples of robots in education?
A: Robots are increasingly used in education to engage students and enhance learning, often through STEM-related activities. Examples include LEGO MINDSTORMS EV3, NAO robots, and Makeblock mBot, which are popular for coding, robotics, and electronics education.
2. Q:What are the advantages of your company's OEM service?
A:Our product costs are gradually reduced and our project are increasingly optimized.
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