| SOLUTION | APPLICATION | CONTACT US |
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| MISSION | SOLUTION | APPLICATION | CONTACT US |
MISSION
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MaxChina is a proven solution provider of condition-based monitoring systems, automation, and robotic systems for renowned public transport railways, hospitals, and industrial automation companies in Hong Kong and South China.
Built on robust NI high-speed DAQ hardware, MaxChina's system software ensures zero downtime through redundancy, fail-safe design, and fail-over mechanisms, providing customers with reliable round-the-clock predictive maintenance. Our expertise in signal analysis enables us to identify the best measurement and analysis solutions for our customers, reducing equipment failure rates and overall maintenance costs. With advancements in cross-disciplinary technologies, MaxChina aims to better support our customers in the era of 5G, AI, Robotics, IoT, and Industry 4.0. Growth - We strive for sustainable and healthy growth to benefit our stakeholders, including shareholders and staff. Excellence - We cultivate a positive working environment to inspire our team to excel. Technology - We believe technology is our core value. We continuously develop cutting-edge technologies to enhance our customers' productivity. |
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Condition-Based Monitoring System
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Condition-Based Monitoring (CBM) System captures, records, and analyzes data related to machine conditions through sensors for diagnostics and prognostics purposes.
The system identifies assets and business needs, including safety, uptime, and productivity. It identifies critical components such as controls, generators, and motors. Sensory sources are selected from vibration, electrical, and temperature sensors. Diagnostics and prognostics methods include data-driven, model-based, and hybrid approaches. Our customized system handles various signal types with specialized analysis algorithms, delivering results accessible remotely across the network. • Rapid, real-time, 24/7 monitoring • Zero-downtime fail-over system with redundancy • Predictive maintenance through signal signature analysis • Enhanced accuracy and precision • Comprehensive integrated monitoring overview • User-friendly, modular architecture • Boundlessly expandable structure |
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Automated Testing Equipment (ATE)
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Consistent software and hardware are maintained from research and development to production, effectively shortening the development cycle and ensuring uniformity. Software-defined instrumentation empowers engineers to customize measurement systems and reduce costs. • Simplified equipment setup • Improved precision • Reduced time requirements • Customized procedures • Automated measurements |
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On-Premise AI-Powered Analytics System
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Where data becomes actionable intelligence!
Our On-Premise AI-Powered Analytics System leverages ongoing collected private operation data to deliver deep insights, significantly boosting productivity across various operations. • Anomaly Detection & Proactive Alerting: AI-powered spotting of anomalies in operations and systems, enabling early intervention and issue resolution. • Asset Performance Analytics: AI-powered monitoring of operational cycles, downtime patterns, and predictive alerts for critical assets. • Workforce Productivity Intelligence: Real-time tracking of task completion rates, response times, skill-based analytics, and workload optimization across teams. • Operational Pattern Recognition & Optimization: AI-driven root cause analysis of recurring issues with automated scheduling and risk prioritization. • Demand Forecasting & Resource Planning: Analytics with peak period identification and capacity planning for optimal resource allocation. • Compliance & Assurance Tracking: Complete digital audit trails with automated compliance tracking and instant documentation. • LLM-Enhanced Interactions: Leveraging large language models for natural language queries, automated summarization of reports, and conversational interfaces to democratize data access. |
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APPLICATION
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| MaxChina's expertise spans various industries, providing tailored solutions for diverse application needs. Below are some key application cases demonstrating our capabilities in remote monitoring, automation, and analytics. |
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FSK waveform remote signal quality analysis
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Application Field:
• Field communication equipment in areas difficult to access or impossible to deploy measurement equipment. Application Needs: • Round-the-clock signal analysis to detect deteriorating signals. • Real-time high-resolution waveform capture to reconstruct field equipment conditions at remote sites. • Complex signal relationships, e.g., receiving equipment faults possibly originating from the transmitter. Application Characteristics: • High sampling rate. • Customized analysis. • Real-time signal conditioning. • Real-time waveform capture. • Accurate measurement. • Multi-point combined analysis. |
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Distributed Time Synchronization System
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Application Field:
• Public facilities such as hospitals, transportation hubs, and government buildings requiring precise time synchronization across distributed areas. Application Needs: • Time synchronization system for operations to create a single source of truth. • Provide accurate time display to users, staff, and visitors. • Provide time reference to equipment and systems. • Zero downtime allowed in critical environments. • Synchronize a large number of clock displays distributed across the facility. • Accurate time synchronization from HK-GOV time server. • Accurate time synchronization to all clock displays. Application Characteristics: • MaxChina’s Sync Clock Controller for centralized management. • Wall Mount Clock, Digital Clock, and Sync Clock Server integration. • On-site support team in Hong Kong for maintenance and troubleshooting. • Reliable, fail-safe design ensuring continuous operation. • High-precision time synchronization with government standards. |
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Signal conditioning remote analysis
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Application Field:
• Randomly triggered motor/rotor systems. e.g. Point Machine of Railway System. Application Needs: • Analysis equipment actuated by environmental or user requests. • Signal signatures from long-term logged historical data. • Combined control signal and actuator signal analysis, e.g., control relay to drive motor. Application Characteristics: • Random trigger and real-time capture. • Log and find traceable historical data. • Historical database for trend analysis. • Fault prediction. • Signal signature analysis. • Multi-point combined analysis. |
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Wireless audio production automation
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Application Field:
• 2.4GHz wireless audio product mass production line. Application Needs: • HD-audio products require detailed audio and RF performance tests. • Mutual interference and in-band interference can cause test inconsistencies. • Requires start-up communication with each DUT; GPIO functions are customized on a case-by-case basis. Application Characteristics: • Unattended test platform. • Records defective DUTs and categorizes them for different analyses. • RF, audio, and GPIO tests in one test run within 10 seconds. • Eliminates human error. • 80% reduction in test time. • 60% reduction in labor costs. • Test output posts reduced from 3 to 1. |
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RF module production automation
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Application Field:
• 2.4GHz Wireless product mass production line. Application Needs: • High-quality RF modules require detailed RF performance tests. • Mutual interference and in-band interference can cause test inconsistencies. • Very small size makes handling difficult for operators. Application Characteristics: • Fully automated and unattended test platform. • Records defective DUTs and categorizes them for different analyses. • Handles up to 360 DUTs in one test run. • Automatic load/unload of DUTs. • Eliminates human error. • 50% reduction in test time. • 80% reduction in labor costs. |
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Wireless HID production automation
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Application Field:
• 2.4GHz wireless HID mass production line. Application Needs: • Improve QC efficiency of wireless HID products. • Mutual interference and in-band interference can cause test inconsistencies. • Very small size makes handling difficult for operators. Application Characteristics: • Unattended test platform. • Handles up to 12 DUTs in one test run. • Records each defective module and categorizes them. • Eliminates human error and improves yield rate. • 30% reduction in test time. • 50% reduction in labor costs. |
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Integrated real-time & simulation analytics system
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Application Field:
• Railway systems, Building Management systems. eg. Railway Track Circuit Monitoring System. Application Needs: • Use acquired data to simulate measurements that are impossible to perform during operation. • Combine multiple points to present a full picture of the system. • Round-the-clock analysis, simulation, and data logging. Application Characteristics: • Uses actual measured data for dynamic simulation. • Simulation results reflect on-site measurements. • Historical database for cross-comparing data. • Configurable simulation. • Multi-point combined analysis. |
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High power equipment remote monitoring
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Application Field:
• High-voltage power equipment that is impossible to access during operation. e.g. Railway Overhead Line Equipment. Application Needs: • Randomly triggered monitoring. • Analyze patterns in narrow time frames. • Sequence recognition. • Combine multiple points to present a full picture of the system. Application Characteristics: • Operates in harsh environments with heavy-duty equipment. • Relay condition monitoring. • Deterioration detection. • Historical database and trend analysis. • Multi-point combined analysis. |
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High speed digital signal remote prognostics
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Application Field:
• High-speed digital communication systems, e.g., data bus, command relay. Application Needs: • Reconstruct high-speed digital transitions for operators at remote ends. • Analyze patterns in narrow time frames. • Sequence recognition, detecting specific pattern occurrences and capturing known fault patterns. • Combine multiple points to present a full picture of the signal. Application Characteristics: • Real-time status browsing. • Digital sequence analysis. • High-speed logic DAQ. • User-defined pattern detection. • Accurate and precise logging with timestamps. • Multi-point combined analysis. |
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Automated ADC QC Test Platform
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Application Field:
• Production QC of Analog to Digital Converter (ADC). Application Needs: • Compliance with GJB 597B-2012. • Handling high-speed data at 20MS/s with nano-second level specifications. • Testing over extremely wide temperature range from -55℃ to 125℃. • Performing 10 to 20 test items per DUT. Application Characteristics: • Utilizes NI-SMU, NI-HSDIO, NI-AWG, NI-SCOPE. • MaxChina’s custom tester PCBA. • All-in-one automated test software developed by MaxChina. |
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Contact Us
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MAX CHINA ELECTRONICS TECHNOLOGY LIMITED
沛華電子科技有限公司
Address:
Flat D9, 5/F, Supreme Industrial Building, 15-17 Shan Mei Street, Fotan, Shatin, N.T., HK. 香港新界沙田火炭山尾街 15-17 號峯山工業大廈 5 樓 D9 室 Tel: (852) 2759 7828 Fax: (852) 2759 8112 Email: info@MaxChina.com.hk |
| © 2010 Max China Electronics Technology Limited. All rights reserved. |