A FRESH LOOK, FROM YOUR PHONE
Personal by design.
From a name card to original artwork, the experience starts with the image you choose. Phone-based composition and Bluetooth updates make personalization the focus.
03 SMART WEARABLES
A display to wear.
Made to
be yours.
A name, a team, a favorite piece of art. Explore an e-paper badge designed around personal expression, simple phone updates and a low-power display.
Create your wearable
E-paper badge
A badge that changes with you.
Personalized wearable displayThe e-paper badge brings a colorful, paper-like display into a compact wearable form. Designed around phone-based personalization and Bluetooth updates, it gives names, artwork and team identity a place beyond the phone screen.
- Phone-based personalization
- Bluetooth image updates
- Low-power, persistent display
- A reusable canvas for your identity
LOW-POWER DISPLAY
The image stays. The display rests.
E-paper keeps the picture visible without continuous display power. Energy goes into changing the image, making occasional updates a natural fit for longer time between charges.
Battery life depends on capacity, update frequency and connection settings.
THE HARDWARE BEHIND THE EXPERIENCE
Small details. A better wearable.
The board, battery, charging contacts and mechanical parts shape how a device feels and fits into daily use. We develop these elements around your product.
01
PCB & flex
Main boards, charging boards and compact flex interconnects shaped around your product envelope.
Board layout · Interfaces · Assembly
02
Battery & power
Battery selection and integration, charging architecture, power paths and protection requirements.
Power budget · Charging · Monitoring
03
Pogo & interconnects
Contact and connector concepts that account for alignment, electrical load and repeated use.
Contact design · Alignment · Reliability
04
Hinges & mechanics
Mechanical interfaces developed alongside electronics for fit, assembly and manufacturability.
Packaging · Tolerances · DFMREFERENCE CONCEPT / CHARGING SUBSYSTEM
A better connection starts below the surface.
A generic charging architecture for a wearable and its case. Component choice and protection design follow the battery, load and mechanical requirements.
- 01
USB-C input
Input power and protection appropriate to the design
- 02
Power management
Charging control, battery and power-path design
- 03
Controlled output
Load switching, monitoring and protection as needed
- 04
Wearable interface
Aligned pogo contacts connect power to the device
Power & protection
Battery monitoring, charge detection, thermal behavior and fault handling.
Contact & assembly
Alignment, contact resistance, mechanical retention and repeated insertion.
Control, when needed
Firmware and sensing added where the product requirements justify them.
A PRACTICAL PATH TO BUILD
Work through
the interfaces.
Before they become
the problem.
Define the envelope
Align dimensions, use conditions, interfaces, energy needs and target cost.
Prototype the subsystem
Integrate electronics and mechanical concepts to evaluate fit and core functions.
Prepare for repeatability
Refine tolerances, test requirements, sourcing and the manufacturing handoff.
LET'S CONNECT THE DOTS
Big ambitions. Small form factors.
Tell us about the device, the subsystem, or the component you need to develop.