Drug Delivery Systems & Wearable Medical Components

As a micro-molding partner operating under an ISO 13485-aligned quality system, we specialize in high-precision components for smart drug delivery systems, ultra-thin continuous glucose monitors (CGM), and minimally invasive surgical tools. We deliver stringent dimensional accuracy using medical-grade, biocompatible polymers under ISO Class 8 (100K) cleanroom conditions.

1. Precision Drug Delivery Devices & Inhalation Systems

Meeting ultra-tight micro-tolerances for mechanical drive mechanisms, dosage regulators, and aerosolization pathways critical in modern chronic disease treatment, insulin delivery, and targeted pulmonary inhalation.

Smart Insulin Pen Injector Housing, Dosing Dial, and Precision Internal Gears
CPK-DRIVEN TOLERANCE CONTROL

Smart Insulin Pens & Auto-Injector Components

We manufacture high-precision injection-molded lead screws, dosage dials, spring retainers, and outer protective caps for disposable and reusable auto-injectors. Molded from low-friction medical POM, PBT, and COC to ensure smooth actuation and highly reliable dosage indexing.

  • Kinematic Precision: Precision gear engagement with rigorous actuation torque consistency
  • Material Inertness: Polymers can be selected to meet USP Class VI and ISO 11608 injection system requirements
  • Cleanroom Assembly: High-cavitation tooling operating continuously in ISO Class 8 (100K) automated cells
Metered Dose Inhaler MDI Actuator Body and Mouthpiece Housing

Inhaler (MDI/DPI) Actuators & Nozzles

Aerosol nozzle orifices and inhaler bodies molded with anti-static medical polymers to significantly mitigate drug deposition and clumping.

Pharmaceutical Precision Dropper Bottles and Tamper-Evident Closures

Pharmaceutical Closures & Dropper Caps

Leak-proof child-resistant (CRC) caps, dropper assemblies, and ophthalmic delivery tips with verified seal integrity.

2. Wearable Medical Devices & Skin-Safe Biosensors

Accelerating the development of Continuous Glucose Monitoring (CGM) systems, ECG telemetry patches, and Remote Patient Monitoring (RPM) hardware with ultra-lightweight, skin-contact certified, and fully waterproof enclosures.

Continuous Glucose Monitoring CGM Sensor Applicator and Base Enclosure
2K / Multi-Shot Overmolding

Continuous Glucose Monitor (CGM) Housings

Molded with ultra-thin wall architectures (down to 0.4 mm) combining rigid biocompatible PC shells with soft-touch liquid silicone (LSR) or TPE waterproof gaskets. Engineered specifically for ergonomic, continuous skin wear applications.

  • Skin Biocompatibility: We process medical-grade materials capable of passing stringent ISO 10993-5 (Cytotoxicity) and ISO 10993-10 (Sensitization/Irritation) testing protocols
  • Waterproof Sealing: Capable of achieving IPX7 / IPX8 ingress protection through precision overmolded elastomeric sealing beads
  • Applicator Mechanisms: Precision spring-loaded needle guide insertion modules and safety interlocks
Wearable ECG Sensor Adhesive Base Plate and Electrode Carrier Housing

ECG & Biosensor Patch Bases

Flexible, ultra-thin polymer frames engineered for secure medical adhesive bonding and highly skin-conformable telemetry patches.

Remote Health Monitoring Wristband Sensor Capsule and Overmolded Frame

Wearable Telehealth Sensor Enclosures

Compact optical sensor pods featuring highly transparent photodiode windows and sweat-resistant antimicrobial finishes.

3. Minimally Invasive Surgical & Micro-Hearing Components

High-precision micro-injection molding delivering complex acoustic micro-shells, thin-walled ear-mold components, and high-strength ergonomic handles for demanding minimally invasive laparoscopic surgical instruments.

Hearing Aid Micro Shell, Faceplate, and Miniature Acoustic Components
Micro-Feature Resolution

Hearing Aid Shells & Micro-Acoustic Housings

Molding complex internal battery doors, receiver sound tubes, and ultra-miniature shell enclosures for In-The-Ear (ITE) and Receiver-In-Canal (RIC) hearing instruments. Built exclusively with hypoallergenic, cerumen-resistant medical polymers.

  • Wall Thickness: Uniform thin-wall micro-molding down to 0.35 mm with optimized knit-line strength
  • Acoustic Isolation: Damping polymer formulations designed to effectively dampen mechanical vibration feedback
  • Surface Texture: Smooth hydrophobic coatings resisting earwax buildup and internal moisture ingress
Ergonomic Laparoscopic Surgical Tool Handle and Articulation Grip

Ergonomic Surgical Tool Handles

High-torque actuation grips molded with fiber-reinforced PEEK/PPSU, supporting repeated clinical autoclave sterilization cycles.

Trocar Seal Housing and Minimally Invasive Surgical Access Port Parts

Trocar Ports & Endoscopic Shrouds

Pneumoperitoneum-maintaining gas-tight seal housings and precision cannula guide components critical for endoscopic surgery.

Micro-Molding & Biocompatibility Engineering Specifications

Domain / Process Technical Capability & Tolerances Compliance & Biocompatibility
Micro Injection Tooling Part Wall Thickness ≥0.35 mm, Tooling ±2 µm; Molded Parts ±5–8 µm (Target Cpk ≥ 1.33) ISO Class 8 (100K) Cleanroom Production, ISO 13485-Aligned QMS
Multi-Material Molding 2K / 3K Multi-Shot Injection, LSR Overmolding, Metal Insert Molding Engineered for IPX7/IPX8 Integrity, Capable of Helium Mass Spectrometry Testing
Polymer Matrix Medical POM, PEEK, PPSU, Biocompatible TPE/TPU, COC, Medical PC/ABS Material options compliant with USP Class VI & ISO 10993 requirements
Quality Verification Optical Micro-CMM 3D Inspection, Torque-to-Turn Testing, Force Gauging ISO 11608 (Needle-Based Injection Systems) Testing Support

GLOBAL SUPPLY.
LOCAL PRECISION.

We bridge the gap between world-class engineering and global medical supply chains. Whether you are in North America, Europe, or Asia, our OEM components integrate seamlessly into your production lines.

30+

Countries Served

Strict

NDA Protocols

Cpk

Driven Quality

Request a Quote

Upload your CAD or specs. Our engineers will reply within 24 hours.