AI-powered Smart Fitness
Yingmi AI-powered smart fitness range — installed across parks, campuses and communities
📊30+ Health Metrics
🎯99.9% AI Recognition
💡IP65 Outdoor Rated
🥽AR/VR Multiplayer
The Range
Smart Health Test Machine
- 30+ metrics, 3–5 min test
- Cloud sync, unlimited accounts
Best for: gyms, offices, schools, community stations
Outdoor AI Running Trail System
- 99.9% facial recognition, zero wearables
- CE / FCC / RoHS, OEM/ODM ready
Best for: parks, scenic spots, communities, campuses
Smart Running Track Lighting
- AI motion-reactive 7-color light
- 32" touchscreen, IP65, 2-yr warranty
Best for: parks, stadiums, schools, corporate campuses
VR Interactive Exercise Bike System
- AR/VR multiplayer cycling
- 3-yr warranty, MOQ 2 units
Best for: malls, theme parks, community & activity centers
Which System Fits Your Project
| Goal | Start with |
|---|---|
| Screen groups quickly | Smart Health Test Machine |
| Signature outdoor feature, no wearables | Outdoor AI Running Trail System |
| Extend hours into the evening | Smart Running Track Lighting |
| Drive indoor foot traffic & dwell time | VR Interactive Exercise Bike System |
| Build a full smart-fitness zone | Combine 2+ systems on shared cloud platform |
Product Overview
Commercial and light-commercial IoT-enabled strength training ecosystem replacing traditional iron weight stacks with closed-loop digital resistance motors and computer vision. Engineered for boutique fitness studios, wellness centers, and corporate fitness spaces. Delivers software-regulated digital loads up to 100 kg with rapid response times.
How It Works and Product Technology
Digital Resistance Actuation
Permanent Magnet Synchronous Motors (PMSM) governed by field-oriented control algorithms, simulating concentric, eccentric, and fluid-resistance profiles dynamically.
Computer Vision Kinematics
Integrated optical sensors and 6-axis IMUs track joint displacement and movement velocity at 100Hz sampling frequencies.
Edge Processing Architecture
Onboard system-on-chips process high-frequency sensor telemetry locally, reducing round-trip latency prior to cloud synchronization over Wi-Fi or Ethernet.
Product Types and Configuration
|
Model ID |
Form Factor |
Actuation Core |
Max Load |
Primary Interface |
Target Deployment |
|
SFT-D100 |
Wall-Mounted Single Pulley |
Dual Servo Motors |
100 kg |
10.1 inch Touch Panel |
Boutique Studios, Hospitality |
|
SFT-M300 |
Interactive Training Terminal |
Electromagnetic Core |
80 kg |
43 inch 4K Capacitive Display |
Corporate Wellness, Light Rehabilitation |
Key Features
Sub-Second Load Modulation: Resistance transitions execute in 0.1-second intervals via programmatic triggers between sets.
Zero-Momentum Failure Release: Optical and load-cell thresholds detect concentric failure, instantly dropping motor resistance to zero to prevent user entrapment.
Modular Software Stacks: Native support for Android application side-loading and standardized telemetry feeds for seamless fitness management system integration.
Stable Duty Cycle: Engineered for continuous daily operation cycles without thermal throttling or electronic degradation.
Technical Specifications
Electrical Input: 100-240V AC, 50/60Hz, Single Phase (Peak current draw: 1.5kW to 2.0kW per station).
Structural Material: Carbon steel tubing, 2.5mm nominal wall thickness, cut via fiber lasers and joined via robotic welding.
Surface Treatment: Dual-layer electrostatic powder coating (epoxy primer combined with UV-resistant thermosetting topcoat; salt spray verified over 300 hours).
Physical Footprint and Mass
SFT-D100: 650mm x 450mm x 1850mm | 78 kg
Regulatory Compliance: RoHS Directive, General electrical safety directives for light commercial use.
Drive Assembly: PMSM motors coupled with low-backlash planetary gearboxes.
Traction Assembly: High-tensile steel wire ropes rated past 1800 MPa ultimate tensile strength, validated through 300,000 continuous extension/retraction cycles.
Control Panel: Tempered optical glass touch interfaces rated for high-frequency human-machine interaction.
Sensing Array: Precision strain-gauge load cells paired with optical rotary encoders for absolute position feedback.
Applications
Boutique Fitness Studios
Compact wall-mounted layouts designed to maximize floor space usage for small group training classes.
Corporate Fitness Hubs
Space-saving multi-function configurations engineered to eliminate loose weight management hazards and reduce manual floor upkeep.
Light Rehabilitation Areas
Programmable resistance profiles configured for supervised post-operative muscular restoration routines.
Customization and OEM/ODM
Hardware Alterations
RAL color-matched powder coating, custom laser-etched logo panels, and application-specific mechanical anchor points.
Software Localization
Custom firmware flashing, localized UI language asset packs, and comprehensive API developer toolkits for backend integration.
Project Timelines
3 weeks for industrial design sign-off and CAD modifications; 6 weeks for physical tooling validation and golden sample sign-off.
★Machinery Infrastructure
CNC flat-bed lasers, machining centers, and automated robotic welding lines.
★In-House Testing Protocols
- Motor Burn-in: 48-hour continuous full-load operational soak test prior to final casing integration.
- Fatigue Testing: Pneumatic stress benches cycling mechanical components to simulate years of standard commercial abuse.
- Electrical Safety Audit: 100 percent line testing including high-voltage isolation checks and earth-bond continuity verification.
- Traceability Framework: Individual laser-engraved matrix codes on main frames and motor assemblies cross-referenced directly against raw material quality sheets.
Manufacturing & OEM/ODM
Hardware, firmware and software all developed in-house at Anhui Yingmi. Branding, sensor tuning and enclosure customization are available — certification and warranty terms vary by product, so confirm specifics for the system you're evaluating.
FAQ