


X-PLOR portable oxygen generator-your personal oxygen expert. X-PLOR is a medical-grade portable oxygen generator originally developed and imported from the United States. Through the world's first modular design and the leading zeolite technology in molecular sieves, it produces the most high-concentration and high-utilization oxygen in the smallest volume. The oxygen generator is designed to be very compact, light and easy to carry without affecting the efficient oxygen generation. Oxygen generator can be applied to oxygen therapy for COPD patients, outdoor sports, mountain climbing, travel and the elderly, which need oxygen. The molecular sieve can be replaced by users themselves, and the battery can be directly charged or disassembled and replaced to meet the needs of users for long-term uninterrupted oxygen supply.

This product is jointly developed with Shang Peng, Dean of Life College of Northwestern Polytechnical University and academician of International Astronautical Science (IAA). The pillow is mainly composed of a liftable pillow inner and a slow rebound memory sponge, a built-in sensor is used for automatically detecting snore, and the pillow has a heating function and a neck stretching function, and the physiological curvature of the cervical vertebra in different sleeping postures can be adjusted to a natural state through the height of the pillow, so that the pillow can help a user to relieve the discomfort of the cervical vertebra and promote the improvement of the sleep quality.

The MN-100S micro medical atomizer is mainly composed of an atomization assembly and a control master part. The piezoelectric sheet in the atomization assembly converts electric energy into mechanical energy to generate ultrasonic vibration. The shock wave squeezes the liquid absorbed by the liquid guide column in the liquid bin, so that the liquid passes through the micro spray holes of the atomization sheet to atomize the liquid medicine, which is sprayed from the atomization sheet to the nozzle for the inhaler to use.





Industrial control motherboard PCBA processing, specially designed for the field of industrial control, is committed to producing high-reliability circuit boards to meet the requirements of long-term stable operation of industrial equipment under complex working conditions. Its processing process is to integrate all kinds of electronic components on the PCB substrate with the help of precision technology, so as to create an industrial control core with excellent anti-interference, high temperature resistance and vibration resistance. Key processing links: Optimized design: focus on heat dissipation structure planning and electromagnetic interference shielding design, which can adapt to a wide temperature range, and support multiple power supply redundancy settings to ensure stable operation of equipment. Strict selection of materials: The selected materials are all industrial grade long-life electronic components, such as solid capacitors, automotive grade chips, etc., and the PCB substrate follows industrial standards to ensure product quality. Precise manufacturing: The high-precision SMT mounting process is used to handle 01005 micro components; the selective wave soldering is used to ensure the stable connection of through-hole components; and the three-proof paint coating treatment is carried out to enhance the moisture-proof and salt-fog resistance of the motherboard. Quality control: implement the whole process of AOI testing, with X-Ray solder joint analysis; carry out high temperature aging test; carry out vibration and impact test according to the standard, and ensure the product quality in an all-round way. Service highlights: Carry out production operations in the anti-static workshop to effectively avoid the damage of static electricity to products. Application: It is widely used in industrial automation control systems, CNC machine tool mainboards, intelligent storage equipment, rail transit signal modules, new energy equipment controllers and other industrial scenarios with high reliability requirements.

Communication IOT PCBA processing is a core circuit board manufacturing service for communication and IOT devices, focusing on high-speed signal transmission, low-power design and complex network protocol adaptation. The service ensures the stability and reliability of equipment in 5G, Wi-Fi, Bluetooth, LoRa and other communication scenarios through advanced manufacturing technology and testing technology. Key Processes: High frequency design optimization: Impedance matching and EMI/EMC design for GHz signals (such as 5G millimeter wave band) to ensure signal integrity. Material selection: high frequency plate, high precision components and low power chips are used. Precision manufacturing: High-speed mounter, selective wave soldering and laser marking technologies are applied to support micro-packaging and multi-chip stacking. Quality control: equipped with vector network analyzer (VNA), spectrum analyzer and OTA darkroom to complete RF performance test, signal attenuation verification and environmental reliability test (temperature and humidity cycle, salt spray test). Compliance certification: Comply with RoHS, CE, FCC and other standards, and provide complete test reports and traceability system. Service advantages: Support multi-protocol integration to meet the modularization requirements of intelligent terminals. Provide EMI shielding design and heat dissipation scheme to adapt to outdoor, industrial and other high interference scenarios. The combination of small batch rapid proofing (72-hour delivery) and large-scale production capacity helps the rapid iteration of products. It is suitable for 5G communication modules, intelligent routers, industrial gateways, wearable devices and vehicle networking terminals.

Medical equipment PCBA processing is a customized service that provides high-precision and high-reliability circuit board assembly for medical electronic equipment. The processing strictly follows the medical industry standards, using precision SMT mounting process, selective wave soldering and hybrid assembly technology to ensure the precise soldering and signal integrity of micro components (such as medical sensors, processors, high-precision ADC/DAC chips). Through AOI (automatic optical inspection), X-ray inspection, functional testing (FCT) and aging testing, the stability and anti-interference ability of circuit boards in extreme environments are guaranteed. It supports lead-free environmental protection process, full-process traceability system and biocompatible material selection, meets the stringent requirements of medical instruments and medical equipment for safety, durability and long-term stable operation, and helps to pass medical certification and accelerate product launch.


Flexible Three Brothers is a modular flexible production system designed for industrial automation, including flexible conveyor line, intelligent grasping manipulator and adaptive positioning module. Through the cooperation of high-precision sensors and AI algorithm, it supports the rapid production of multi-category and small batch products, and greatly reduces the downtime adjustment time. It is suitable for 3C electronics, automotive parts and other industries to help enterprises achieve flexible and intelligent upgrading, improve production efficiency and resource utilization, and reduce comprehensive costs.

Visual screening machine is equipped with industrial high-resolution camera and deep learning algorithm, which can accurately detect product appearance defects, size tolerances, color texture and so on in milliseconds, with an accuracy rate of more than 99.9%. Support customized parameter setting, compatible with metal parts, plastic parts, food and other materials, integrate automatic sorting function, replace manual quality inspection, significantly improve the yield and productivity. It is widely used in electronic manufacturing, pharmaceutical packaging and other fields to help enterprises reduce costs and increase efficiency.

The mold protector adopts highly sensitive sensor and intelligent monitoring system to monitor the mold closing pressure, temperature and foreign matter intrusion risk of injection/stamping mold in real time, and trigger shutdown protection in an abnormal moment to avoid mold damage and production accidents. Built-in data analysis module can trace the cause of the failure and optimize the process parameters to extend the life of the mold by more than 30%. It is suitable for precision manufacturing fields such as automobiles and household appliances to ensure the continuity of production and reduce maintenance costs and potential safety hazards.


Open-Frame Medical Power Supply Description: This power supply features five types of protection functions: anti-short circuit, anti-overcurrent, anti-overvoltage, anti-overload, and anti-leakage. It is capable of meeting the ±15kV lightning strike resistance test requirements. The product complies with the medical 2MOPP standard, home medical standards, and the UL International Medical Certification Version 3.1.

PD Fast-Charging Medical Power Supply Description: This power supply features five critical protection mechanisms: short-circuit protection, overcurrent protection, overvoltage protection, overload protection, and leakage protection. It is capable of withstanding ±15kV lightning strike tests. The product meets the Medical 2MOPP standard, Home Medical standards, and the UL International Medical Certification Edition 3.1.

Home Medical Power Supply Description: This home medical power supply features five layers of protection: short-circuit protection, overcurrent protection, overvoltage protection, overload protection, and leakage protection. It is designed to meet the ±15kV lightning strike test requirements. The product complies with the Medical 2MOPP standard, Home Medical standards, and the UL International Medical Certification Edition 3.1.
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