一套技术底座 · 三个硬件产品 One Foundation · Three Hardware Platforms

把中国的硬件制造优势，
变成你实验室里的数据 Turn China's hardware advantage
into data in your lab

我们提供已定型的多模态生理信号采集硬件与底层软件。欧美研发型科研团队拿到的不是一台设备，而是一条直达数据的通路——省去三到五年的硬件开发周期，把精力全部投入研究设计、算法与临床终点。 We supply production-ready multimodal biosignal acquisition hardware and the low-level software beneath it. Research teams receive far more than a device — they receive a direct path to data, skipping three to five years of hardware development and spending their effort on study design, algorithms and clinical endpoints.

购买成品硬件Buy finished hardware 科研平台能力Research Platform 查看三个产品Explore the Platforms
1技术底座Foundation
3硬件形态Form Factors
4BioZ 工作模式BioZ Modes
±10ms多模态同步Sync Accuracy

MAX86178

单芯片集成 ECG、PPG、BioZ 三大采集链路。正是它让"一种测量原理、三种佩戴形态"成为可能——同一套寄存器体系、同一套固件栈、同一套数据格式。 A single chip integrating ECG, PPG and BioZ acquisition chains. This is what makes "one measurement principle, three wearable forms" possible — the same register set, the same firmware stack, the same data format.

ECG PPG · 8λ BioZ · 4 modes Temp ×4 6-axis IMU
GSR / EDA0.5V 恒流转直流体系 · 自主神经与汗腺活动0.5 V constant-current DC · autonomic & sudomotor activity
ICG≈100 kHz 四电极 · 血流动力学 SV/CO/PEP/LVET≈100 kHz four-electrode · hemodynamics SV/CO/PEP/LVET
Respiration平衡方波阻抗 · 呼吸率与心肺耦合Balanced square-wave impedance · respiration & cardiopulmonary coupling
BIA / BIS5 kHz–500 kHz 多频扫描 · 阻抗谱与体液状态5 kHz–500 kHz sweep · impedance spectroscopy & fluid status

01 我们提供什么What We Provide

硬件 + 固件 + 数据格式 + 合规文件 Hardware + firmware + data format + compliance files
PILLAR 01

已定型的采集硬件Production-ready hardware

指套、胸贴、戒指三种形态共用同一块 MAX86178 技术底座。指套已完成二类医疗器械产品技术要求编制，可直接进入注册检验。 Finger-sleeve, chest patch and ring share one MAX86178 foundation. The finger-sleeve already has a complete Class II technical requirement document and can proceed directly to type testing.

PILLAR 02

底层软件与统一数据格式Low-level software & unified data format

蓝牙与 U 盘双通道，同一套解析 API。毫秒级统一时间戳、帧级 CRC、可复现的元数据快照——数据到手即可用于分析，格式转换由 PC 端工具完成。 Dual-channel over BLE and USB drive behind a single parsing API. Millisecond-unified timestamps, frame-level CRC and reproducible metadata snapshots — data is analysis-ready on arrival, with format conversion handled by a PC-side tool.

PILLAR 03

研究设计与合规支持Study design & compliance support

IEC 60601-1 / YY 9706 系列 / ISO 20495 / ISO 10993 全套测试依据与检验方法文件，配合数据质量门控（Utility / BIST / Lead-Off / Lead-On）写入论文方法学。 Full test rationale and methods for IEC 60601-1 / YY 9706 series / ISO 20495 / ISO 10993, plus four hardware data-quality gates (Utility, BIST, Lead-Off, Lead-On) that belong in your Methods section.

02 一套底座，三个硬件产品One Foundation, Three Platforms

同一原理图家族 · 同一固件栈 · 同一数据格式 One schematic family · one firmware stack · one data format
产品 01 · 已定型Platform 01 · Defined

指套式多参数记录仪Finger-sleeve Monitor

SY-F100

指端黄金测量位。ECG 四电极 + 8 波长 PPG（525–1650 nm）+ 0.5V 恒流 EDA + 四路温度（每电极 1 路）+ 六轴 IMU，并集成线性谐振执行器用于振动感知阈值（VPT）检测。单按键兼作电极，四周环形复合电极。 The fingertip is the gold-standard measurement site. Four-electrode ECG, 8-wavelength PPG (525–1650 nm), 0.5 V constant-current EDA, four temperature channels (one per electrode) and a 6-axis IMU — plus a linear resonant actuator for vibration perception threshold (VPT) testing. A single key doubles as an electrode, ringed by a composite electrode.

ECG ≥500 SPS PPG 8λ EDA 10 Hz VPT 30–500 Hz 二类Class II
查看完整技术指标Full specifications
产品 02 · 平台化设计Platform 02 · Core-board design

胸贴小主板Chest Patch Core Board

一板配多贴 · 3/4/5 电极 + EDA 贴One board, many patches · 3/4/5-electrode + EDA

主板只做计算、电源、无线与标准接口，电极与凝胶全部放进一次性胸贴。一个 BioZ 通道分时复用 ICG、呼吸阻抗与 EDA——换贴即换模式，固件自动识别。 The core board carries only compute, power, radio and a standard interface; electrodes and gel live in the disposable patch. A single BioZ channel is time-multiplexed across ICG, respiration impedance and EDA — swap the patch, switch the mode, with automatic patch identification.

3-lead ECG ICG · SV/CO BIS 5k–500k Respiration Chest EDA
查看四款贴片矩阵Patch matrix
产品 03 · 平台化设计Platform 03 · Core-board design

智能戒指 FPC 主板Smart Ring FPC Board

一板配多戒 · 内外电极分时复用One board, many rings · shared inner/outer electrodes

一张柔性环形 FPC，面壳只决定暴露哪些电极窗口。日常做 PPG 睡眠与血氧；触发时内外电极构成指间导联做 ECG；事件窗用 BioZ 通道跑真 EDA 自主状态监测。 A single flexible ring FPC; the shell merely decides which electrode windows are exposed. Day-to-day it runs PPG sleep and SpO₂; on trigger the inner/outer electrodes form a finger-to-finger ECG lead; in event windows the BioZ channel delivers true EDA for autonomic state monitoring.

Ring PPG Single-lead ECG True EDA 7×24 h wear IP68 / 3ATM
查看三款戒指规格Ring variants

02.1 三个形态的能力分工How the three forms divide the work

★ 主导　☆ 可用　— 不适用 ★ primary　☆ supported　— not applicable
信号能力Signal capability 指套Finger-sleeve 胸贴Chest patch 戒指Ring 为什么是这个分工Why this assignment
EDA / GSR
自主神经 · 汗腺Autonomic · sudomotor		 ★★★ ★★ ★★ 指端汗腺密度最高，单次事件（SCR）幅度最大、保真度最好；胸段与戒指胜在长时间连续覆盖。Fingertips carry the highest sweat-gland density and deliver the largest, most faithful single responses (SCR); chest and ring win on long-duration continuous coverage.
ECG ★★ ★★★ ★ 胸贴为标准三导联体位，信号最稳；指套为指间单导（需对侧手接触）；戒指为间歇单导，用于筛查而非连续监护。The chest patch uses standard three-lead positioning for the most stable signal; the finger-sleeve gives a finger-to-finger single lead (requires contralateral contact); the ring provides intermittent single-lead snapshots, suitable for screening rather than continuous monitoring.
PPG / SpO₂ ★★★ ★★ ★★★ 指端与耳/指同级的高灌注指数；胸贴测中心血氧，运动伪影更大但可提供躯干参照。Fingertip perfusion index rivals ear/forehead sites; the chest patch gives central SpO₂ — more motion artifact, but a useful trunk reference.
ICG
SV / CO / PEP / LVET		 — ★★★ — ICG 必须在胸廓施放四电极，只有胸贴形态成立——这是全球目前无量产竞品的方向。ICG requires a four-electrode array across the thorax; only the chest-patch form supports it — a direction with no established commercial competitor today.
Respiration ★ ★★★ — 胸阻抗法呼吸率可与 ECG 共用同一对电极，无需额外佩戴；指端只能从 PPG 或 BioZ 弱推导。Thoracic impedance respiration can share the ECG electrode pair with no extra wearing burden; the fingertip can only weakly infer it from PPG or BioZ.
BIA / BIS
阻抗谱Impedance spectroscopy		 ★ ★★★ — 多频扫描需要稳定的大体积导电通路，胸廓是唯一合理的观测窗口。Multi-frequency sweeps need a stable, large conductive path; the thorax is the only sensible observation window.
VPT
振动感知阈值Vibration perception threshold		 ★★★ — — 指端是大纤维功能评估的标准位点，且只有指套形态集成了振动执行器与患者响应按键。The fingertip is the reference site for large-fibre assessment, and only the finger-sleeve integrates both the actuator and the patient-response key.
佩戴时长Wear duration 数小时级hours 72 h+72 h+ 7×24 h7×24 h 形态决定佩戴时长，佩戴时长决定能得到"金标准锚点"还是"日常连续趋势"——两者需要配对使用。Form factor dictates wear duration; wear duration dictates whether you obtain a gold-standard anchor point or an everyday continuous trend — the two are designed to be paired.
组合范式：The pairing paradigm: 胸贴/指套做高保真"锚点采集"，戒指做日常"连续外推"，AI 在两者之间建立个体化映射闭环。单设备做不到，三种形态协同才有可能。 Patch and finger-sleeve perform high-fidelity "anchor" acquisition; the ring performs everyday "continuous extrapolation"; AI closes an individualised mapping loop between them. No single device can do this — it requires the three forms working together.

03 为什么与中国硬件团队合作Why Work With a China Hardware Team

省掉 1–2 年Skip 1–2 years

多模态同步、电极材料、佩戴形态、功耗与信号链——这些工程问题我们已经在指套形态上跑通了，你不需要重走一遍。 Multimodal synchronisation, electrode materials, wearability, power budget and signal chain — we have already worked these engineering problems through on the finger-sleeve. You do not need to repeat the path.

量产可达Reaches volume

从 EVT 打样到 DVT 注册的供应链已在国内打通：FPC 厂、硅胶模具、电极片厂、重复使用主机的体系化分工。 The supply chain from EVT prototype to DVT registration is already in place domestically: FPC houses, silicone tooling, electrode-patch makers and a reusable-host architecture.

合规文件现成Compliance files ready

产品技术要求、检验方法、判定标准、引用标准清单已按 YY 9706 系列与 ISO 20495 编制完成，可直接用于方案论证与伦理提交。 Technical requirements, test methods, acceptance criteria and standards reference lists are already drafted against the YY 9706 series and ISO 20495 — directly usable in grant justification and ethics submissions.

数据直接喂给 AIData feeds AI directly

统一帧格式 + 毫秒时间戳 + 帧级 CRC，让标注、对齐、切窗这些最耗时的预处理环节变成一行代码的事。 A unified frame format, millisecond timestamps and frame-level CRC reduce the most time-consuming preprocessing steps — labelling, alignment, windowing — to a single line of code.

04 合作路径The Path Forward

① 对接需求1. Align 确定研究问题、目标信号与佩戴场景，选择对应硬件形态与贴片/戒指配置。 Define the research question, target signals and wear scenario; select the hardware form and patch/ring configuration.
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② 评估套件2. Evaluation kit 提供工程样机与底层软件，先做小样本台架验证与可行性数据。 Engineering prototypes and low-level software for bench validation and feasibility data on a small sample.
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③ 数据管道接入3. Data pipeline 统一格式解析 API 接入你的分析流程，产出符合 BIDS 风格的可复现数据包。 A unified-format parsing API plugs into your analysis stack and produces BIDS-style reproducible datasets.
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④ 研究执行4. Execute 我们负责硬件与固件迭代，你专注研究设计、入组与终点评估。 We iterate hardware and firmware; you focus on study design, enrolment and endpoint assessment.
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⑤ 论文与取证5. Publish & certify 方法学可引用数据质量门控；注册路径共享合规文件与预测器械检索策略。 Methods can cite the hardware data-quality gates; the regulatory path shares compliance files and predicate-search strategy.
商务合作Business

成品采购：样品 → 小批量 → 大批量 Buy finished goods: sample → pilot → volume

三产品线 USD 参考价、购买数量与随附软件清单；不想做硬件的团队从这里进入。 USD reference pricing, order quantities and bundled software across three product lines. If you don't build hardware, start here.

查看价格与订购 →View pricing & ordering →
数据格式 V3.0Data Format V3.0

蓝牙与 U 盘双通道，同一套解析接口 Dual-channel BLE + USB drive behind one parsing API

三层架构、四种帧型、通道注册表、META 元数据快照与可下载实测数据。 Three-layer architecture, four frame types, the channel registry, META snapshots and downloadable measured data.

进入数据格式页 →Open the data format page →
科研平台Research Platform

五个世界领先方向的硬件底座 The hardware foundation behind five world-leading directions

三硬件 × BioZ 四模式能力矩阵、数据质量门控四道门、五个可对接的项目方向。 The three-hardware × four-BioZ-mode capability matrix, four data-quality gates, and five project directions open for collaboration.

进入科研平台页 →Open the research platform page →