Project Name: Turnkey Manufacturing of Medical Respiratory Masks & Single-Use Components
Client Industry: Medical Device Manufacturing
Engagement Model: Long-Term OEM / ODM Strategic Partnership
1.Client Background & Project Genesis
The client is a specialized medical device brand with established clinical distribution channels supplying hospitals, clinics, and long-term care facilities both domestically and internationally. While possessing strong clinical expertise and market presence, the client sought a long-term manufacturing partner with specialized capabilities in precision mold making and injection molding that deeply understands stringent medical compliance standards and volume production requirements.
This project focuses on a comprehensive product line for respiratory care, which includes:
- Adult & Pediatric Respiratory Masks: Main Frame & Transparent Shell/Shield
- Nebulizer Cup Assembly: Main Chamber/Body, Top Cap, and Base
- Tubing Accessories: Flexible Hose/Tubing, Connectors & Adapters, and Securing Clips/Clamps
- Precision Components & Fasteners: Adjustment Knobs, Buckles, Strap Accessories, and Related Hardware
In other words, this project demands more than manufacturing isolated individual parts; it represents a fully integrated system requiring tight tolerances and seamless inter-component compatibility.
2.Client Requirements & Pain Points
Depending on product specifications and application needs, Ding Shun offers a comprehensive range of post-processing options (subject to final project scope and technical discussion):
- Meeting Critical Clinical Needs in Action
- Optimal Seal & Patient Comfort: Designed to ensure airtight seal integrity without leaving visible facial pressure marks or discomfort.
- Smooth Flow Path Integrity: Precision-molded channels with zero burrs or bumps, ensuring stable aerosol nebulization and uninterrupted airflow.
- Positive Tactile Engagement: Clear tactile "click" response upon assembly to prevent accidental disengagement while ensuring smooth, balanced fit tolerances.
- Medical-Grade Materials & Optical Clarity Challenges
- Strict Molding Window for Medical Resins: Utilizing transparent, high-toughness, and sterilizable medical plastics requires extremely precise injection molding parameters to maintain optical clarity and physical integrity.
- High Visual & Optical Quality Control: Eliminating flow marks, silver streaks, and stress whitening in clear molded parts to meet rigorous clinical optical standards.
- Rigorously Stricter Quality and Documentation Requirements than Standard Industries
- Stable, traceable production parameters and inspection records are required.
- Tooling and production processes must align with the customer's medical quality management system (e.g., sample approval, engineering change control).
- Aiming to reduce multi-supplier coordination issues.
- Previously, the customer split tooling, injection molding, and assembly across different vendors, resulting in high communication costs.
- Seeking a single-source solution from Ding Shun: Tooling Design → Tooling Fabrication → Mold Trial & Tuning → Mass Injection Molding.
3.Ding Shun's Project Planning and Technical Alignment
除了單一零件，鼎順也能提供子組件／模組化的組裝服務，讓客戶直接取得更接近成品的狀態：
- Start from the application scenario, not just 2D/3D drawings.
- Discussions with Customer R&D and Product Managers:
- Physician / Therapist Operational Workflows
- Patient positioning and strap tension in supine and seated positions
- Interfaces with connected accessories, tubing, and devices
- Adjust shell curvature, cushion thickness, and support ribs based on application angle and fixation method to reduce localized pressure points.
- Iterative refinement combining moldflow analysis and physical trial sampling
- Simulating molten plastic flow paths within the mask and nebulizer cup using moldflow analysis:
- Positioning gates away from front cosmetic surfaces to minimize flow marks and splay.
- Controlling flow balance to prevent short shots or sink marks in uneven wall thicknesses.
- Tracking each adjustment across iterative mold trial logs:
- Gate sizing, location, and type (e.g., pin-point gate, submarine/tunnel gate):
- Optimizing cooling line layouts to achieve balanced thermal dissipation across uneven wall thicknesses and minimize warpage.
- Establishing protocols for critical dimension verification and functional testing:
- Developing standard operating procedures (SOPs) for measuring key dimensions:
- Mask sealing zone profile and wall thickness:
- Connector outer diameter, inner diameter, concentricity, and fit clearance:
- Latch snap height, engagement depth, and release force:
- Design simple leak test fixtures and assembly testing protocols for in-house preliminary screening at Ding Shun, reducing the sampling burden on the customer.
- 搭配客戶醫療品質系統做生產條件管理
- 協助客戶建立每款產品的「建議成型條件視窗」，包含：
- 射出溫度、保壓壓力、保壓時間、冷卻時間等。
- 建立批次記錄，方便客戶在必要時追溯。
- 對首批量產品項，提供較高比例抽驗與外觀檢查建議。
四、專案成果與客戶回饋
- 醫療端使用反應良好
- 面罩密合度佳，醫療端回報漏氣情形明顯減少。
- 病患普遍回饋配戴壓痕較不明顯，長時間使用舒適度提升。
- 量產穩定、良率顯著提
- 相較客戶過去同類產品，開案初期不良率降低，需調機時間縮短。
- 透明件外觀不良（波紋、銀絲等）比例下降，減少篩選成本。
- 成為客戶醫療產品線的核心合作夥伴之一
- 後續新尺寸面罩、不同國別需求版本（例如束帶規格不同）都延續委託鼎順開發。
- 客戶對鼎順「懂醫療需求的模具與塑膠夥伴」定位更為明確。
