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Industry Insights

Industry Insights

Original, structured takes on the topics we track — brain–computer interfaces, artificial hearts, medical polymers and silicone, regulation and market — always circling back to one question: how to choose materials and supply.

58 original analysesBIO Industry Insights

10Brain–Computer Interface

BCI in 2026: technology paths, the global landscape and China's rise

BCI is moving from validation to scale, US–China dual-core, with long-term implant bottlenecks s

Brain–spine interfaces heat up: the 'neural bridge' route and a 300M+ round

Unlike 'function replacement', a brain-spine interface rebuilds the brain–cord pathway so patien

Map of China's core BCI companies: three tiers and technology routes

From a non-invasive leader to an invasive twin-engine, China now has the world's first approved

China prices BCI: invasive implantation fee RMB 6,000–6,600 per case

Approval–coding–pricing in quick succession solves the 'approved but un-billable' problem first

BCI industrialization accelerates: from 'concept race' to 'execution'

High-channel implant trials, a quarter beating last year's funding, a policy mention — competiti

BCI rallying call: policy, capital and commerce hit the accelerator together

A 100B fund, a full-chain lab, big-tech stakes, insurance coverage — triple resonance, but the r

What decides BCI: electrodes, encapsulation and systems engineering

Competition shifts from decoding to hardware — electrode flexibility and long-term encapsulation

Xiangyu Medical bets RMB1.37bn on non-invasive BCI rehab

A billion-yuan placement wires EEG acquisition, AI decoding and rehab hardware into one loop for

BCI value chain: the 'resonance' of tech and commercialization

Under policy + tech + scenarios, invasive competes on timeline, cost and barriers; non-invasive

May 2026: a wave of BCI funding starts betting on 'system engineering'

Several rounds closed in half a month, and the through-line is clear: competition moved from alg

8Artificial Heart & Circulatory Support

11Medical Polymers & Silicone

Silicone, silicone oil, silicone resin: how they relate, in 3 minutes

All share the 'siloxane' surname — they differ only in structure, crosslinking and form. One fam

Medical polymers: which biocompatibility tests do you actually need?

Don't pick tests by copying rivals — choose by contact site × duration, which is the ISO 10993 l

Biodegradable medical implants: materials, degradation and validation boundaries
Evidence reviewed

Biodegradable medical implants: materials, degradation and validation boundaries

Biodegradable does not mean automatically safer; intended function, degradation, functional rete

Putting the gas outlet on the blade: an engineering take on gas–liquid mixing

Put bubble generation and dispersion in one energy-input zone — a mixing trick for hard-to-dispe

From R&D to startup: what a complete chemical process package should contain

A process package answers 'where the tech comes from' and 'how to build the plant' — the enginee

Choosing medical silicone: LSR vs HCR

In short: high-volume thin-wall precision parts call for LSR; extruded tubing/sheeting/thick sec

Restricted vs unrestricted: how implant-grade medical silicone is split and chosen

It comes down to contact duration: <=29 days looks at restricted; >29-day long-term implants nee

Choosing a silicone cure system: platinum / peroxide / condensation

Thick, clean, low-shrink parts favor platinum addition; extruded tubing often uses peroxide; one

Dow's $100M specialty-silicone push: what it means for medical-silicone supply

The expansion centers on LSR, electronic silicones and thermal management for transport/electron

Bluestar Silicones relaunches: reading silicone consolidation as a device buyer

Global silicone is concentrating into a few suppliers. For device makers, the thing to watch is

Sutureless nerve repair: a new route that 'couples' tissue with materials

From a 'suture era' to a 'material-coupled era', programmable polymer aims to change the surgica

9Regulatory · Registration · Quality

FDA UDI: labeler, DI/PI, GUDID and direct-marking boundaries
Evidence reviewed

FDA UDI: labeler, DI/PI, GUDID and direct-marking boundaries

Separate who is responsible, what appears on labels, what the database stores, and when direct m

Reading ISO 13485 through PDCA: the logic behind the quality system

Treat the system as paperwork and you get a 'two-skins' gap; through PDCA it's really consistent

Medical-device biological evaluation: a risk-based evidence route
Evidence reviewed

Medical-device biological evaluation: a risk-based evidence route

Endpoint tables are an evaluation framework, not a test checklist; address each endpoint with ev

Medical-device 'product realization' elements: the quality chain from design to release

Product realization turns quality into action: plan→design→purchase→produce→measure, interlocked

How to compile a device registration dossier: structure, key points and requirements

Break hundreds of pages into modules: summary, studies, labeling, QMS — a clear backbone avoids

How few people can a medical-device company have? Start with GMP key roles

Not 'as few as possible' — GMP needs key roles filled, and quality and production heads can't do

China's 'AI+Manufacturing' plan names BCI and surgical robots

From upstream smart chips to downstream surgical robots and diagnostics, policy hits the acceler

10 core medical-device terms every newcomer should know, explained

510(k)/PMA/NMPA/CE/IVD/SaMD/CAPA/GCP/QMS/UDI: 10 keys to the industry's jargon.

BOM and multi-level BOM, explained: how a bill of materials is built

A BOM is the product's 'recipe'; a multi-level BOM breaks the finished good down to raw material

12Market · Trade · Industry

Is China a medical-device exporter or importer? Finding position from trade data (1)

The $59B you find is a distorted basis; narrowly, 2024 exports were ~$18B — closer to balance.

China's core medical-instrument exports: HS 9018 vs Germany and the US (2015–2024)
Evidence reviewed

China's core medical-instrument exports: HS 9018 vs Germany and the US (2015–2024)

On one HS 9018 basis, China's 2015–2024 export CAGR was 8.52%. This is not all medical devices o

How did the global device trade market form? Finding position from trade data (3)

The US export/output ratio rose from 10% to 40%+ (1990→2016) — a microcosm of global device trad

How big is US medical-device output? Finding position from trade data (4)

Backward ~$169B, forward ~$173B — 2024 US device output is ~$170B.

China's device output and domestic demand: finding position from trade data (5, finale)

Output ~$193B, ~32,800 firms, demand ~$178B — bases differ, but the method travels.

Across 414 innovative-device certificates, which lanes are getting 'crowded'?

About 2/3 fall in the last 3.5 years; innovation moves from single products to complex systems a

China medical-device market in numbers: size, exports, firms and localization

RMB 1.22T market, steady export growth, 35k firms, 95% consumable localization — the macro pictu

MedTech talent supply & demand: behind a trillion-yuan market

Market over a trillion, firms over a million — yet 'big but not strong'; what is scarce is R&D a

Quantum in healthcare: next-stage value and the prerequisites

A frontier-trend read: quantum enables biological simulation, faster drug discovery and data pro

A map of medical-device segments: where silicone lands, materials-first

Split devices into four blocks, then mark where medical silicone and polymers land — selection a

Lepu's transformation: outside the VBP wall, funding innovation with cash flow

VBP squeezes low-barrier lines, so a leader redirects cardiovascular cash flow into self-pay, se

China begins national VBP groundwork for digestive intervention devices

China begins national VBP groundwork for digestive intervention devices

Esophageal, intestinal and biliary stents enter historical-procurement reporting — the precursor

5Device Segments & Clinical

4Industry Bulletin Digest