In HEP’s official exhibit scope, eye health devices and eye massagers are grouped under “innovative massage & physiotherapy equipment”, alongside massage chairs, neck massagers, and head massagers; medical beauty equipment, acne/spot removal devices, photon rejuvenation devices, ultrasonic devices, facial cleansers, and body shaping devices fall under “advanced assistive & health care products”.

The classification logic is physiotherapy/massage appliances, not beauty personal-care electronics. Eye massagers share a channel context with low/mid-frequency physiotherapy devices and pulse physiotherapy devices.

Whichever figure is used, the core buyer profile is consistent: South China distributors, pharmacy chains, health management institutions, home appliance stores, TCM wellness institutions, and e-commerce — not pure beauty channels.

Side events include the massage appliance home-medical summit, technology launch sessions, business matching, and on-site massage therapy experiences, reinforcing the “health device” positioning.

PHARMCHINA was invited by the Beijing municipal government and themed “Open China, Healthy World”, co-located with CMEF (China International Medical Equipment Fair) and NHNE (China International Health Nutrition Expo).

Non-drug companies are concentrated in Hall E2, covering medical devices and consumables, TCM diagnostics and treatment, personal care products, home medical devices, and medical beauty health.

“Personal care & health appliances” are explicitly listed under personal care products, alongside medical protective supplies, disinfectants, hygiene care products, and wash/cleaning products.

For beauty devices and eye massagers, the counterparts are not department-store buyers or beauty CS channels, but pharmacy retail buyers, private-domain selection teams, and non-drug category managers at pharmacy chains.

For companies already placing massage chairs, blood pressure monitors, and oxygen concentrators in pharmacies, eye massagers and home beauty devices are category extensions on the same terminal resource base; for pure beauty-origin brands, PHARMCHINA is a channel-increment entry point, but they must adapt to “health distribution” rather than “beauty retail” selection language.

Exhibitor structure supports this: Hall E2 is dominated by Hai’s Hainuo, Chaoya Medical Devices, Xianyou Group and other pharma/device-background companies, not traditional personal-care appliance brands.

Chaoya Medical Devices’ exhibit description even covers scenario-based device solutions across “eye, neck, shoulder, waist, and knee”, so eye-related products naturally carry a “medical/physiotherapy” color in the PHARMCHINA context.

PCE is positioned as a B2B sourcing platform for personal-care appliances, co-hosted by the China Chamber of Commerce for Light Industry Products & Arts-Crafts, China Health Care Association, Shanghai Daily-Use Industry Association, and Shanghai Chain Operation Association.

Its exhibit scope contrasts with HEP: “eye massagers” are placed under “facial care appliances”, alongside facial cleansers, facial steamers, face slimmers, infusion devices, wrinkle removers, beauty devices, and RF beauty devices — not under massage/physiotherapy.

PCE’s previous edition covered 23,000 sqm, 506 exhibitors, and 18,650 visitors — smaller than HEP, but its buyer mix leans toward personal-care product agents, domestic and overseas buyers, OEM/ODM manufacturers, and chain retail selectors, rather than pharmacies and health institutions.

This edition runs alongside the Shanghai International Wash & Care Expo and the Shanghai International Oral Care Expo; side forums cover body wash innovation, selection and omnichannel marketing, packaging design, and efficacy formulation/ingredient innovation — all pointing to beauty and personal-care channel operations.

Full parameters: 225 g; dimensions 196×78×82 mm; rated power 5 W; rated voltage 3.8 V; built-in 1050 mAh lithium battery; three levels; mechanical control; app smart control and voice prompts; official reference price ¥1,380.

The core technology has two layers, not one.

First, 16 independent vibration contacts, each driven by its own micro-motor, delivering up to 11,000 rpm intermittent long/short vibration to mimic the “wave-like” rhythm of TCM acupoint stimulation.

Unlike air-pressure eye massagers’ “squeeze-release”, point vibration acts perpendicular to the skin surface with a small contact area and concentrated pressure — intended to stimulate at the acupoint level while avoiding the pull on periorbital skin caused by large-area air-pressure wrapping.

Second, visualized zero-pressure design: the user can still see the environment while wearing it, the eyeball area is not compressed, and the massage does not constitute “use interruption”.

This directly addresses the core barrier of traditional blackout eye masks — once worn, the user cannot work, walk, or handle unexpected matters.

1,000+ custom modes, audio resonance, Bluetooth music, and app control further package it as a “wearable audio-visual relaxation device” rather than a pure massage tool.

Its buyers do not expect “treatment of eye fatigue”; they buy a short relaxation entry point that “does not get in the way while worn”.

Price logic: ¥1,380 is a premium band for eye massagers; what supports it is not material cost but the form-level differentiation of “see-through + point vibration”, not parameter stacking.

Full parameters: 130 g, foldable; 505 nm green light; 42°C constant heat; 8 vibration points on the inner mask; 10+ massage techniques; three levels; massage principles include vibration, cold compress, heat compress, and red-light short wave; supports alpha-wave activation and external app meditation/yoga guidance; Taobao channel price ¥690.

Other information indicates near-infrared light (630–820 nm) to stimulate melatonin secretion, combined with heat and massage — “asleep in less than ten minutes”.

The eyeball area is a cavity design that does not press the eyeball while achieving blackout.

42°C heat relaxes periorbital muscles; 8-point vibration covers key acupoints such as Taiyang and Sibai; 505 nm green light and near-infrared light target melatonin regulation; the app’s meditation/yoga guidance provides a cognitive “shutdown signal”.

The Red Dot Design Award jury description specifically notes that its “soft padding + adjustable narrow band” allows wearing in sitting or lying positions, meaning the product is designed to be worn to sleep, not “must be removed after use”.

At ¥690, it sits at the intersection of “sleep aids + eye massagers”: higher than pure eye massagers, lower than professional sleep devices — occupying a category gap that has not been fully priced.

The near-infrared “help sleep without medication” phrasing also stays within compliance boundaries while moving as close as possible to the high-willingness-to-pay “sleep assistance” scenario.

W2030 comes from Xiamen Xinsheng Technology and was exhibited at a related expo at Guangzhou Poly World Trade Expo from Oct 14–17, 2026.

Parameters are concise but informative: ABS material, ergonomic fit; 40°C constant heat (relieve eye fatigue / reduce eye bag puffiness); 19°C cold compress (fade fine lines / improve crow’s feet); EMS microcurrent (promote blood circulation and collagen regeneration, reduce edema); USB charging.

19°C cold compress deserves attention: it is lower than the perceived temperature of common cold compresses, pointing to “morning de-puffing + pre-makeup rescue”, forming an intraday scenario division with 40°C heat’s “evening relaxation”.

When hot/cold dual mode descends to this price band, the competitive focus of eye massagers shifts from “whether there is cold compress” to temperature control accuracy, hot/cold switching speed, and user adherence.

Full parameters: full blackout shell; ~43°C constant heat; rhythmic air pressure; eye and temple vibration modes; built-in Bluetooth audio; 5 presets; recommended ~10 min per session; USB-C charging, lithium-ion battery; foldable, one-size adjustable headband; microfiber travel bag included.

US MSRP $99; Europe €109.99.

Gunnar’s product definition deserves layer-by-layer unpacking.

First, it names the category “Visual Recovery Mask”, not “eye massager”.

Second, it ritualizes use with “Take 10”: 10 minutes a day, marking the switch from “screen mode” to “rest mode”.

Third, the 5 presets do not ask users to tune parameters; they simplify the decision to “choose one combination”.

Fourth, full blackout + Bluetooth audio expands the product from “eye device” to “sensory isolation pod”.

Full parameters: 0.5–8 MHz, 10-layer RF; low/mid/high combined 10-layer EMS; EMS can be turned ON/OFF separately; warm RF + cold RF dual mode (first time on a YA-MAN device); 24 functions; Japan tax-included price ¥99,000; on sale early November 2026.

Three decisions stand out technically.

First, 10-layer RF is not 10 fixed frequency points; it outputs in layers across the 0.5–8 MHz wide band, aiming to cover tissues at different depths rather than stacking power at one “optimal frequency”.

Second, EMS covers low, mid, and high bands, bringing superficial expression muscles and deeper muscle tissue into the same stimulation scheme.

Third — and most consumer-relevant — EMS can be turned off separately.

This means the same device can switch between “RF + EMS” and “RF only”: users who cannot tolerate EMS sensation, or who in a particular skin state want only thermal action, do not have to abandon the whole device because it bundles EMS.

From a purchase-decision perspective, this reduces the risk of “buy it, use it a few times, then leave it idle” — the device can adjust its sensation to skin state and season, rather than offering only one “heat experience” option.

Full parameters: Panasonic’s highest-ever 6 MHz modulated RF, dynamically adjusting output within 1–6 MHz; dual dynamic EMS LUXE (combined output); red LED; ion export/import; in MOIST mode, vitamin C stratum corneum penetration is about 1.3× hand application; new D-shaped lift head, wave electrodes expanded from 4 to 8, heating area +106% vs. previous generation; 16 functions; direct-sales price ¥99,000; on sale early November 2026.

Panasonic’s technology narrative forms a meaningful contrast with YA-MAN.

YA-MAN’s direction is “wide band + multiple layers”; Panasonic’s direction is “dynamically adjust within 1–6 MHz according to skin state”.

Panasonic’s stated goal is “uniform warmth” — maintaining consistent warmth under different skin impedance conditions, rather than fixed-power output at a single 6 MHz.

The electrode shape change is another easily underestimated parameter.

A 106% larger heating area directly reduces the number of manual movements required per session.

Beauty device adherence is largely determined by “number of operation steps”: the fewer movements and the larger the coverage, the more likely users are to complete a cycle.

This differs from Aison Luba’s “hands-free” direction, but solves the same underlying problem — reducing the action cost of use.

Full parameters: reusable micro-module + disposable conductive patch; the patch uses printing technology to conform to curved skin, unfolding to about 10 cm; gel-free, hands-free, user can move normally after attachment; recommended 20 min per session.

Clinical data: 23 adults, 4 weeks, 8 sessions total; skin moisture +66.3%, elasticity +18.9%, roughness −6.9%; no specific skin adverse reactions observed during the trial.

First pop-up (Oct 9–11, 2026, Seoul Hyundai Hotel) sold out on-site; now moving into department stores, with phased plans for the US and Japan markets.

Luba splits microcurrent into “patch (disposable consumable) + module (reusable main unit)”; after attachment, the user’s hands and attention are released.

Consumer feedback from the pop-up points directly to this: customers aged 30–50 who find traditional beauty devices “troublesome” showed interest in a hands-free method “usable in daily life”.

The +66.3% moisture and +18.9% elasticity magnitudes are perceptible in short-term studies, but should not be directly extrapolated to long-term anti-aging effects.

Commercial implication of the consumable model: disposable patches mean continuous repurchase; reusable modules mean the main unit need not be replaced frequently.

This differs from the traditional “sell one device” beauty device logic and is closer to a “device + consumable” razor–blade model.

If patch cost can be kept acceptable, it may change the pricing structure and customer lifetime value calculation of the microcurrent category.

Enforcement node and legal consequences: RF therapy devices and RF skin therapy devices have been formally managed as Class III medical devices since April 1, 2026.

Products without a medical device registration certificate may not be produced, imported, or sold.

Management category: Class III; classification code 09-07-02.

The basis traces to the NMPA’s March 2022 announcement on adjusting part of the Medical Device Classification Catalogue, after a two-year transition period.

Definition boundary of “RF beauty equipment”: according to the RF Beauty Equipment Registration Review Guidelines, RF beauty equipment refers to products that “use RF current at specific frequencies (usually above 200 kHz) or electric fields (usually 13.56 or 40.68 MHz) or other electrical energy to act on human tissue and produce thermal effects, to treat skin laxity, reduce skin wrinkles, shrink pores, tighten/lift skin tissue, or treat acne, scars, or reduce fat”.

Clinical evaluation: no exemption, no shortcuts.

The Guidelines explicitly state that RF beauty equipment is not in the catalogue exempt from clinical evaluation and should follow the clinical evaluation recommended pathway for Category 09 “physical therapy devices” in the Medical Device Classification Catalogue.

The 2026 enforcement position further confirms: no downgraded filing, no clinical exemption, no filing shortcut; RF therapy device Class III certificates require prospective clinical trials.

The materials chain companies must prepare includes registration testing (electrical safety, EMC, etc.), clinical evaluation data, and quality system inspection; timelines are measured in quarters, and a single test report is no longer enough to list.

Imported products not managed as medical devices in the country of origin must also provide the corresponding regulatory basis and proof of permission to sell in the country of origin.

Direct implication for eye-related RF products: if a product claims to act on periorbital skin with RF energy for wrinkle reduction/tightening, it falls under the Class III medical device registration pathway, not the eye massager group standard pathway.

“Eye-safe” in this framework is a graphical boundary in the registration certificate’s scope, not a marketing sentence.

Classification and registration requirements: intense pulsed light (IPL) hair removers are managed as Class II medical devices, classification code 09-03-04; handheld home products must obtain a Class II medical device registration certificate before listing.

Semiconductor laser hair removers are laser therapy equipment, managed as Class III medical devices, and must obtain a Class III medical device registration certificate before sale.

Neither category may be sold as ordinary home appliances.

The technical composition of IPL products typically includes a main unit, treatment handpiece, filter assembly, and protective accessories, with a core 400–1200 nm intense pulsed light generation system.

Claims such as “it is just a beauty appliance, not a medical device” or “only overseas certification, no domestic registration needed” are inconsistent with current regulatory requirements.

Mandatory safety standard overlay: since January 1, 2026, GB 9706.283-2022 “Medical electrical equipment — Part 2-83: Particular requirements for the basic safety and essential performance of home light therapy equipment” has been mandatory. It applies to non-laser light therapy equipment with wavelengths of 200–3000 nm used in home care environments by inexperienced operators, covering home IPL hair removers, red/blue light therapy devices, and skin phototherapy beauty devices.

Core particular requirements include: cut off output within 0.1 seconds after contact interruption (for IPL devices, less than the minimum pulse interval); IPL devices must have energy adjustment and automatically match safe parameters according to skin tone; instructions must clearly state contraindicated populations (e.g., sensitive skin, inflamed areas) and abnormal handling guidance.

Standard positioning and timeline: GB/T 4706.118-2024 was published on July 24, 2024, effective August 1, 2026, identically adopting IEC 60335-2-115:2021, used together with GB/T 4706.1 general safety standard.

It applies to household, commercial, and similar skin beauty care appliances with rated voltage not exceeding 250 V, covering both mains-powered and battery-powered modes.

This is the first horizontal standard in the GB/T 4706 series specifically for skin beauty care appliances.

Six covered technical routes, item by item: ① electrical stimulation/energy: high-frequency hyperthermia devices, RF beauty devices, mid/low-frequency muscle stimulators, microcurrent infusion devices, electrolysis hair removers; ② ultrasonic: ultrasonic facial cleansers, ultrasonic infusion devices; ③ mechanical care: vacuum suction beauty devices (blackhead suction), facial cleaning appliances, cold/hot care devices; ④ wax care; ⑤ minimally invasive: microneedle beauty devices; ⑥ plasma: plasma beauty pens.

Beauty care appliances containing lasers or strong light sources apply GB/T 4706.119-2024 and are not covered by this part.

In addition, skin contact parts (electrodes, contacts, massage heads) must be smooth without sharp edges or burrs, and contact materials must not cause skin irritation.

Cross-impact on eye massagers: for eye massagers equipped with both EMS microcurrent and heat, the microcurrent output safety and heat temperature control clauses both fall within the scope of GB/T 4706.118-2024.

For pure vibration/air-pressure + heat eye massagers, they mainly fall under the general electrical safety standard plus the group standard below.

Standard basics: published by the China Household Electrical Appliances Association, issued and effective April 2, 2024, full title “Household and similar eye massagers”, specifying technical requirements, test methods, inspection rules, marking, packaging, transportation, and storage.

It applies to eye massagers used in households and similar places.

Core quantitative clauses: heat temperature — eye massagers with heat function shall have a surface temperature of parts in contact with the human body not exceeding 43°C; test conditions are an ambient temperature of 23°C ± 2°C, with the appliance fully charged and then powered on.

Operating ambient temperature range: 5°C–35°C.

E-commerce platform quality inspection practice also involves indicators such as operating noise ≤ 55 dB and massage timer error ±2%.

The 43°C threshold aligns with GB/T 4706.118-2024’s epidermal temperature control direction for RF appliances, and also aligns with Gunnar Ojai’s stated ~43°C heat, forming a de facto industry convergence.

“Eye massager” is not a compliance identity but a product description; what determines the compliance pathway is the principle of action and intended use.