Engineered with high-bistable E Ink optics, advanced bio-sensing algorithms, ultra-long battery performance, and rugged industrial housings for global distribution partners.
Engineered with 316L stainless steel, custom LCD/E-Paper display driver, precise Azan prayer time calculation, micro-power quartz timing MCU, and 5ATM waterproof housing.
Medical-grade oscillometric wrist pressure sensing with high-contrast low-power display. Features automated inflation algorithms, historical memory storage, and CE/RoHS certification.
Integrated AI voice control, real-time blood pressure & optical PPG heart-rate monitoring, rectangular HD panel with custom ambient mode, and silicone wrist strap.
Passive high-frequency NTAG215 chip integration for sports event ticketing, contactless payment access, custom logo laser engraving, and IP68 waterproof silicone molding.
Dual Bluetooth 5.3 architecture, ultra-low power consumption standby, dynamic continuous heart rate algorithm, sleep staging tracking, and iOS/Android app integration.
All-in-one portable media workstation inside an ultra-durable luggage case. 1080p touch display, built-in battery, Android 14 operating system, and wireless screen mirroring.
Designed for seniors and active adults. Features pulse oximetry (SpO2), single-chip Bluetooth voice calling, fall monitoring alerts, and optimized 7-day battery runtime.
Premium metallic bezel housing, low-power display IC, blood oxygen & pressure estimation, multi-sport activity tracking, and seamless smartphone notifications.
Combining Singapore design ingenuity with high-precision Shenzhen micro-electronics production. Over a decade of innovation in bistable E-Paper and low-power wearable tech.
Creators of the world’s first E Ink dual-screen smartphone cases (InkCase series). Deep patent portfolio covering electro-phoretic screen waveforms, Bluetooth Low Energy sync protocols, and optically bonded scratch-resistant displays.
Unlike standard white-label suppliers, our internal firmware and app software teams maintain continuous iOS and Android SDK compatibility, feature updates, OTA firmware delivery, and custom cloud API endpoints.
Full regulatory compliance support including CE, FCC, RoHS, REACH, Bluetooth SIG, and local certifications (UKCA, TELEC Japan, KC Korea, NCC Taiwan). Every unit undergoes 100% automated optical & wireless test benchmarking.
A comprehensive strategic analysis on energy bistability, color reflective micro-capsules, and micro-power IoT wearable convergence.
Electrophoretic displays (EPD), commonly referred to as Ink Screens or E-Paper, represent a fundamental departure from emissive screen technologies such as OLED and TFT-LCD. Traditional backlit panels require constant energy input to sustain light emission, contributing to high power dissipation, severe battery strain, and physical eye fatigue caused by direct blue-light radiation. In stark contrast, E-Paper utilizes micro-encapsulated charged pigment particles suspended in a transparent fluid medium.
When an electric field is applied across micro-patterned electrodes, specific pigments migrate to the surface of the display cell, rendering crisp text, high-contrast imagery, or vector graphics. Once positioned, the display maintains its optical state indefinitely without consuming a single microampere of power—a property known as bistability. Power is only drawn during the transient frame update phase, reducing device energy requirements by up to 99% compared to traditional smart displays.
As enterprise procurement teams evaluate next-generation display components and finished wearables, three key technological shifts are shaping global sourcing mandates:
For OEM brand managers and purchasing directors selecting display modules, the table below contrasts core technical metrics under real-world operating conditions:
| Technical Parameter | Electrophoretic Ink Display (EPD) | Standard TFT-LCD | AMOLED Panel |
|---|---|---|---|
| Power Consumption (Static) | 0.00 mW (Absolute Zero) | 250 – 500 mW | 150 – 350 mW |
| Sunlight Legibility (Outdoor) | Exceptional (Reflective Readability) | Poor (Washed out) | Moderate (Requires 1000+ nits) |
| Eye Strain & Blue Light | Zero Emission (Ambient Light Only) | High Blue-Light Emission | Moderate Blue-Light Emission |
| Display Bistability | Yes (Holds image without battery) | No (Requires continuous refresh) | No (Requires continuous refresh) |
| Operating Battery Runtime | 30 to 90 Days / Passive Energy | 1 to 3 Days | 1 to 5 Days |
| Ideal B2B Product Applications | Smart Cases, Kids Trackers, Shelf Tags | Industrial Displays, Video TVs | High-End Smartwatches, Phones |
From initial waveform tuning and tooling design to mass assembly and international customs documentation, our turnkey manufacturing engine ensures smooth project execution.
We analyze your target market specification, BOM budget, enclosure dielines, target battery life, and connectivity protocols (BLE, NFC, 4G Cellular). Custom waveform driver files are selected to match panel refresh speeds and temperature profiles.
Precision CNC plastic injection mold tooling, PCB layout routing, SMT stencil creation, and initial prototype assembly. Golden samples undergo rigorous drop testing, environmental thermal shock testing (-20°C to +60°C), and water immersion verification.
Automated SMT pick-and-place component placement followed by optical inspection (AOI), ultrasonic housing sealing, firmware flashing, and 100% functional electrical & RF testing under MIL-STD-105E AQL 0.4 standard prior to master cartoning.
Clear engineering and commercial answers to assist electronics importers, brand owners, and procurement directors in vendor evaluation.
Yes. We offer fully customizable display module dimensions ranging from 1.1-inch wearable watch modules to 27-inch large-format display glass panels. We engineer both rigid glass backplanes and flexible plastic (FPC) substrates for curved smartphone cases or lightweight wristbands.
E-Paper ink viscosity changes with operating temperature. Our proprietary display controller microcodes dynamically select temperature-compensated lookup tables (LUT waveforms) measured by integrated thermal sensors, eliminating image ghosting across wide operating ranges (-10°C to +50°C).
Our OEM scope encompasses custom plastic shell color matching (Pantone), laser etching, silk-screen brand printing, bespoke UI/UX firmware loading, localized smartphone app branding (iOS/Android), custom box packaging design, and multilingual user manual compilation.
All finished devices ship with complete test documentation for target destination regions, including CE, FCC, RoHS, REACH, WEEE, UN38.3 (Lithium battery safety), MSDS, and Bluetooth SIG qualification. Region-specific testing like TELEC (Japan) or NCC (Taiwan) can be arranged upon project scope.
Standard SKU repeat orders carry an MOQ of 500 units with a lead time of 20–30 calendar days. Custom OEM orders requiring bespoke plastic mold tooling or custom PCB engineering typically require 1,000–3,000 units with initial sample delivery in 15–20 days and full production in 35–45 days.
We provide a comprehensive 12-month manufacturer warranty. For overseas enterprise distributors, we provide a 1% spare parts buffer allowance alongside a formal RMA component replacement program backed by technical documentation and online support ticket resolution.
Connect directly with our senior hardware architects and export managers to receive detailed component datasheets, project feasibility evaluations, and factory-direct OEM pricing within 24 hours.