Electromagnetic
PEMF Device
We support system architecture design with coil/power/drive-waveform design and safety considerations.
Medical Electronic Devices R&D · Prototype · Design
Medical Electronic Devices · Therapy Device R&D
We support development of medical electronic devices based on PEMF, electrical stimulation, sensors, and control technology—from design to prototyping and verification readiness, with clear deliverables and documentation.
Notice This page introduces our R&D/prototyping capabilities. It does not guarantee treatment effects or advertise medical efficacy.
(Clinical/approval/certification support depends on project scope.)
(Clinical/approval/certification support depends on project scope.)
Medical Electronics R&D
Research · Experiments
Verification · Measurement
Focus Areas
Equipment · Measurement · Electronics Design
Stimulation
Electrical Stimulation · Signal Processing
We deliver development outputs including stimulation parameter definition, sensor integration, waveform control, and logging.
Verification
Verification (Testing) Design
We organize measurement points, test scenarios, data collection, and report templates.
Electronics
Electronics · Circuit/Firmware
We support integrated design across PCB/power/sensor interfaces, MCU firmware, and UI/control logic.
Productization
Mechanical & Productization
We align a productization direction considering heat/noise/durability, assemblability, and manufacturability.
Documentation
Documentation · Standards
We structure development documentation—risk/requirements/verification docs—based on project scope.
PEMF Device Development Concept
From coil and drive waveforms to safety/EMC—organized by development stage.
Example Deliverables
- Requirements definition (output/safety/user scenarios) and system block diagram
- Coil/drive circuit design (power, driver, sensing) + thermal/current protection
- Waveform Parameters (frequency/duty/intensity) definition and firmware control logic
- Test plan (measurement points/logging) and result report templates
- Productization alignment (mechanical, assemblability, manufacturability) and change-history management
Coil · Magnetic Flux Design
We support coil design to meet target output, considering inductance/resistance/heating and magnetic-flux distribution.
Waveform & Control Logic
We design parameter definitions (frequency/duty/intensity limits, etc.) and firmware control/logging architecture.
Safety & EMC Considerations
We incorporate design directions that account for overcurrent/overtemperature protection and EMI/EMC issues from the start.
Standards & Documentation Support
Depending on scope, we support the documents and verification readiness required in development.
Development Documents (Examples)
- Requirements/design specification (function, performance, safety) and change history
- Risk management draft (e.g., ISO 14971 workflow) and risk mitigation items
- Test plan / test report (verification) templates
- User scenarios / labeling / instructions for use (draft)
Standards Reference (By Scope)
- Electrical safety / essential performance: IEC 60601-1 series (as applicable)
- EMC: IEC 60601-1-2, etc. (as applicable)
- Software / usability: IEC 62304, IEC 62366 (as applicable)
- Actual approvals and testing are handled separately depending on classification, country, and project scope.