Drones, Healthcare, IoT, Data Centers, Portable Devices & Robots
Miniaturized, stable, and easy-to-assemble precision interconnect solutions for drones, healthcare products, IoT devices, smart data centers, portable devices, and intelligent robots.
Industry Background
Drones, healthcare products, IoT devices, smart data centers, portable devices, and intelligent robots are becoming lighter, smarter, and more modular. Internal power, signal, sensor, charging, and debugging interfaces are increasing while available space is shrinking, making interconnect reliability critical to endurance, data acquisition, motion control, and maintenance efficiency.
Industry Pain Points
- Miniaturization limits connector height, width, and mounting direction, while traditional harnesses consume too much space.
- Drones and robots face vibration, drop shock, and dynamic movement, causing common connectors to disconnect intermittently.
- IoT and portable devices need long standby time; contact resistance and leakage risk affect battery life.
- Smart data centers and integrated equipment include many modules and interfaces, requiring efficient serviceability.
- Healthcare products may contact the human body or daily environments, requiring stable, corrosion-resistant, and hidden connectors.
Tanben Solution
Tanben provides micro pogo pins, magnetic connectors, multi-pin elastic modules, and customized structural parts for high-density, compact, and fast-assembly smart devices.
- Low-profile and fine-pitch designs improve connection density in limited space.
- Elastic contacts absorb assembly tolerance and motion vibration.
- Magnetic positioning and blind-mating structures improve charging dock and modular-device user experience.
- Power, signal, detection, and debugging contacts can be integrated to reduce internal harnesses.
- Structures can be customized for waterproofing, dustproofing, hidden appearance, and automated assembly.
Visual Comparison: From Harness Connection to Modular Interconnect
ConventionalHarnesses occupy space and may loosen in motion scenariosDrones, robots, and portable devices are compact. Traditional harnesses consume space and may be pulled during vibration, bending, or maintenance, affecting power and signal stability.
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TanbenMicro pogo/magnetic modules improve space usage and service efficiencyWith low-profile pogo pins, multi-pin modules, and magnetic positioning, Tanben concentrates connection points in controlled areas for quick alignment, stable contact, and cleaner internal wiring.
Space savingLow-profile fine-pitch structures release PCB and battery layout space.
Easy serviceModular interfaces simplify disassembly, testing, and replacement.
Fast adaptationStructures can be customized by housing and module position.
Customer-Visible Improvements
| Customer Concern | Before Optimization | With Tanben Solution |
|---|
| Internal space | Harness routing occupies battery and structural space | Integrated contacts make the layout cleaner |
| Dynamic use | Vibration and drops may cause intermittent contact | Elastic contact and positioning improve dynamic reliability |
| Production efficiency | Manual wiring and sorting take time | Modular assembly reduces process steps and supports inspection |
| User experience | Charging or module alignment is not intuitive | Magnetic/blind-mating improves alignment tolerance |
Typical Applications & Support
drones, intelligent robots, IoT sensor terminals, health monitoring products, smart data-center modules, portable electronic devices.
Tanben supports customers from requirement review and structural design advice to sampling, reliability verification, and mass production delivery, helping shorten development cycles and improve product stability.
