Product Authenticity
製品構造、機能、パラメータ、使用方法は提出資料と一致していなければなりません。
Basic Law focuses on China regulatory pathways and product compliance for imported and domestic beauty devices. Starting from overseas technical dossiers or domestic R&D versions, we organise intended purpose, mechanism of action, technical parameters, risk controls, verification evidence and market operation into an executable product system.
この案件を通じ、難しいのは提出そのものではなく、海外の技術的事実を中国の規制体系が理解できる製品ロジックに変換することだと確認しました。
海外の取扱説明書、試験資料、市場ポジショニングをそのまま中国へ持ち込むことはできません。名称、用途、パラメータ、ソフトウェア、付属品、試験、市場表現を中国の規制文脈で再整理する必要があります。
Basic Law has since applied the same method to domestic microcurrent, ultrasound, ion-air, radiofrequency, and light-based devices: understand the product before choosing the path, establish evidence before organising the submission, and keep R&D, importation, instructions, and market operation aligned.
製品構造、機能、パラメータ、使用方法は提出資料と一致していなければなりません。
リスク管理と実験検証は製品定義を支えるものでなければならず、単独の報告書を積み重ねるだけでは不十分です。
取扱説明書、研修、EC、代理店募集、販売店の宣伝は同一のコンプライアンスロジックを維持する必要があります。
For imported devices, these breaks often occur between overseas dossiers and China-specific definitions. For domestic devices, they often occur between R&D versions, submission materials, and sales claims.
Review overseas technical documentation, the actual product, and the China market plan to establish the China product name, intended purpose, evidence system, and classification pathway.
Build an executable product version around the name, intended purpose, function set, output parameters, operating logic, and risk controls.
Organise risk identification, verification objectives, test plans, and classification arguments into a mutually supporting evidence chain.
A determination is not the end point. Product upgrades, training materials, e-commerce pages, livestream scripts, and distributor claims can all change how the product is actually presented in the market.
Each step answers a specific question and provides verifiable input for the next, preventing R&D, submission, and sales teams from creating different versions of the product.
Confirm target users, use settings, and non-medical purpose.
Identify the principal mechanisms and possible physiological effects.
Define boundaries for frequency, current, energy, temperature, pressure, and duration.
Implement structural, software, operational, and warning controls.
Support the product definition with safety and intended-purpose evidence.
Align submissions, instructions, training, e-commerce, and version updates.
We do not trade lower fees or simplified judgement for project volume. We protect client investment through staged assessment, defined deliverables, and consistency with the real product.
Our goal is not to change product status through wording, but to build a compliance pathway supported by the actual product, verification evidence, and real market operation.
The target regulatory pathway must be based on the real product definition and risk controls. Formal documentation must match the product actually manufactured, imported, and sold.
Before a complex device enters a full project, its dossier, mechanism, and pathway feasibility should be assessed.
Product reconstruction, test design, dossier systems, and project management each produce confirmable professional deliverables; value is not reduced to the final administrative outcome.
Product upgrades, sales claims, and distributor conduct must remain consistent with the determination dossier.
Formal projects use the Basic Law Compliance Project Platform for progress, tasks, client documents, and file management. The platform turns complex work into confirmable stages, versions, and responsibility records while protecting internal review materials, submission strategy, and commercial information.
Submit instructions, technical parameters, operating principle, product images, and target market. A consultant will first confirm dossier readiness; projects requiring substantive technical judgement will proceed to a formal regulatory-path diagnosis with a defined scope.
