Battery-Free Wireless Temperature Monitoring
Battery-free wireless temperature monitoring powered by ambient temperature differences, with Bluetooth data collection for industrial equipment.
Engineering · Since 2004
Custom Electronics
From Design to Prototype
Instrumentation, infrared thermal imaging, and embedded hardware and firmware—developed together for real-world measurement and control.
2004Founded in 2004IntegratedHardware and softwareCustomFrom design to prototype
®SensingSensors · Measurement · Calibration
Embedded SystemsHardware · Firmware · Integration
DeliveryReview · Prototype · Documentation
20+ yearsElectronic product R&D accumulation
System LevelCoverage sensing, control and measurement
Software and hardware collaborationReduce interface mismatch and rework
Serving WorldwideSupport technical communication and customization evaluation
About Qunxin
Two Decades of Electronics Engineering
Founded in 2004, Qunxin Electronics develops custom hardware, embedded devices, and information systems.
From industrial instruments and controllers to integrated embedded products, we can deliver a defined work package or a complete product design.
Understand the company introduction ↗2004Company establishment
Software and hardware collaborationFrom circuit to application software
Project customizationCarry out research and development around actual indicators
Selected projects
Selected Development Projects
Selected work in wireless temperature measurement, liquid analysis, flexible sensing, and robotic perception.
Online Liquid Composition and Quality Monitoring
Online liquid quality monitoring for oil in water, water in oil, color, and turbidity, with industrial communication outputs.
Flexible Electronic Skin Sensing System
A flexible pressure-sensing array for robot touch perception and real-time contact data acquisition.
Microwave Moisture Measurement Test System
A non-contact microwave moisture measurement test system for research, prototype validation, and future industrial development.
Infrared Thermal Imaging Temperature Measurement
A 400 × 300 thermal imaging solution for temperature maps, hotspot detection, analysis, and alarms.
Infrared Image Acquisition System
Infrared image acquisition with thermal modules, SDK integration, and application-specific system development.
What we do
Engineering Capabilities
System-level design around real application scenarios covering the three stages of perception, control and measurement.
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Intelligent instrumentation design
From sensor front ends to complete instruments, we design for accuracy, repeatability, response time, and operating conditions.
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Infrared thermal imaging and temperature measurement
Thermal image acquisition, temperature mapping, hotspot detection, threshold alarms, and data recording.
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Embedded software and hardware development
Design MCU and ARM hardware with firmware around power, real-time performance, and interface requirements.
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Data collection and host computer
Connect instruments through data acquisition, timestamping, buffering, visualization, and export.
R&D Process
Commissioned Development Process
A clear path from the first technical discussion through prototypes, acceptance, and design documentation.
Initial technical discussion and a preliminary engineering approach
Review the initial approach and define detailed requirements
Agree on scope, milestones, and deliverables
Begin engineering work after the agreed project start
Review progress and design quality at agreed checkpoints
Complete acceptance and project closeout under the contract
Deliver prototypes and the agreed design materials
Engineering team
Engineering Team
Senior specialists support projects across hardware, firmware, host software, and system integration.
View team introduction ↗Senior expert · R&D and technical support
01
Dr. WangThirty-five years of research and development at the Tsinghua University College in Shenzhen.
Postdoctoral researcher at the Research Institute of Tsinghua University in Shenzhen, with 35 years of R&D experience and more than 100 product developments.
Representative worksIntegrated Design of Embedded Systems -- based on the stm32 microcontroller series
"Embedded Product Analysis and Design"
"Modern Embedded Systems and Measurement and Control Technology"
02
Yu Xianming:: Training specialist in embedded design as part-time professor and consultant to industry associations in several institutions
Electronic hardware Embedded systems Instrumentation instruments Data acquisition
Engineering notes
Technical Articles
Engineering insights from embedded systems, hardware design, and software integration.
FEATURED INSIGHT Technical Design
Exploring Embodied AI Models for Humanoid Robots
The context and significance of the development of large models of humanoid robots' intelligence have evolved rapidly, and the research and application of humanoid robots has become a hot field. The essence of human intelligence is that artificial intelligence is driven by high-technology supply-driven productivity paradigm re-engineering. Traditional humanoid robots face many constraints in their development and have yet to achieve real intelligence.
2025/02/16 Technical design
Full analysis of humanoid robot development
There are many options for humanoid robots to develop one and develop chips to program humanoid robots, depending on specific needs and application scenarios. Control chips are one of the key types, which is the primary control core of humanoid robots, usually high-performance microprocessors or microcontrollers. Common options include the ARM series.
2024/06/05 Technical designProduct: Electromagnetic flowmeter successfully debugged on site
In recent days, our new high-precision electromagnetic flowmeter has been successfully debugged at the client’s site and is now accepted by the firm. In the operational tests, the electromagnetic flowmeter shows excellent stability and precision, measuring errors within three parts of a thousand, fully meeting the client’s high-precision requirements.
2023/10/31 Corporate NewsEntry-level microcontroller-product development training
Consumer e-products training course Domestic consultation telephone: 021-51.36000 Canadian Toronto helpline: +1,289,5730138 for the population: most basic entry level, intended for the development of a single-branch product using processors: 51 mono-radio programming language: C-linguistic mission: 1 original design based on demand
View all technical articles ↗How we work
A Clear Path from Requirements to Delivery
Key indicators and technical risks are identified before design, prototype calibration and information delivery are advanced.
Requirements & Feasibility
Define hardware, mechanical, algorithm, and software work, along with critical parts and technical risks.
Integrated Design
Coordinate interfaces, power, timing, and enclosure constraints early in the design.
Prototype Validation
Iterate prototypes against real inputs, loads, interfaces, and operating conditions.
Documentation & Handover
Hand over design files, procedures, interface descriptions, and agreed support details.
Let’s build it together
Talk with Our Engineers
Tell us about the application, target specifications, samples or site photos, existing circuits or protocols, and your schedule. We can begin with a feasibility discussion.
Phone021-51360000
Emailsupport@armv.cn
Address7th Floor, Building 1, No. 778 Jinji Road, Pudong New Area, Shanghai, China