CE Certified Enhanced Vision Contact Lenses Factory & Exporter

Pioneering Next-Generation Optical Precision, Custom Aesthetic Designs, and Resilient Global Supply Solutions for Leading Brands Worldwide

100%
CE & ISO Compliance
50+
Exporting Countries
10M+
Annual Production Capacity
0.01%
Precision Lathe Cut Tolerance

Who We Are | Dongguan Dailylensie Co., Ltd.

Bridging the Gap Between Medical-Grade Manufacturing Precision and Cutting-Edge Eye Aesthetics

At Dongguan Dailylensie Co., Ltd., we are a premier, state-of-the-art contact lens factory specializing in full-service OEM/ODM and private-label solutions for the global optometry and cosmetics markets. Based in the industrial hub of Dongguan, China, we operate under rigorous medical device guidelines to produce high-performance, CE-certified contact lenses.

We don't just manufacture lenses; we bring vision to life. Our facility features fully automated production lines and an in-house design lab capable of executing complex, multi-tone color gradients and custom patterns that align with current beauty trends. Safety and comfort remain our bedrock—every lens undergoes rigorous automated cosmetic inspection, microscopic laser diagnostics, and hydration testing in our Class 100,000 certified cleanrooms.

Whether you are an established optical brand looking for a stable supply chain or a rising beauty influencer launching your first colored lens line, we provide flexible MOQ options, streamlined regulatory support, and reliable global shipping. Partner with us to experience manufacturing transparency and product excellence.

Key Pillars of Our Manufacturing Philosophy

  • Regulatory Rigor: Complete CE (MDR) certification, ISO 13485:2016 management standards, and absolute biocompatibility profile validation (ISO 10993).
  • Advanced Polymer Formulations: Utilizing Hydrogel and HEMA-based matrices optimized for tear exchange and oxygen permeability (Dk/t).
  • Patented Double Sandwich Printing: Encapsulating color layers completely inside the lens material, preventing direct contact with the cornea or palpebral conjunctiva.
  • Supply Chain Resilience: Comprehensive raw material redundancy, vertical process ownership, and rapid containerized shipping.

Scientific Analysis: Engineering Enhanced Vision Contact Lenses

A deep dive into biocompatible polymer chemistry, micro-topographical optimization, and safety architecture.

Contact lenses are classified as class IIa/IIb medical devices because they sit directly on the cornea, an avascular tissue that relies entirely on atmospheric oxygen and tear circulation to sustain cellular health. Developing "Enhanced Vision" lenses requires balancing physical structure, chemical stability, and cosmetic brilliance.

Information Gain Insight: Modern contact lenses are no longer simple optical refractors. They are biocompatible micro-membranes designed to support tear film dynamics while protecting the ocular surface from environmental stress. Our manufacturing focus centers on mitigating hypoxia and mechanical friction through advanced surface technologies.

1. Material Science: Polymers and Hydration

We utilize advanced HEMA (2-hydroxyethyl methacrylate) polymers copolymerized with agents like MAA (methacrylic acid) or NVP (N-vinyl pyrrolidone) to optimize hydration retention. The water content is engineered to remain stable at 38% to 42%, which preserves shape retention and minimizes tear film absorption—preventing dryness in high-demand environments. For our premium range, silicone hydrogel materials offer elevated oxygen transmissibility (Dk/t) to maintain corneal health during extended wear cycles.

2. Oxygen Transmissibility (Dk/t) and Tear Flow

Atmospheric oxygen must pass through the lens to reach the corneal epithelium. Our high-tech manufacturing processes control edge profiles to a microscopic degree. By engineering a tapered edge profile, we facilitate tear film replenishment during every blink. This dynamic tear exchange actively flushes metabolic waste and introduces fresh oxygen, reducing the risks of corneal vascularization and conjunctival hyperemia.

Technical Performance Comparison

Material Category Water Content (%) Oxygen Permeability (Dk/t) Surface Wetting Angle Core Application
Hydrogel (HEMA-based) 38% - 42% 12 - 20 < 45° (High comfort) Daily Cosmetic / Multi-tone Graphic Lenses
High-Water Hydrogel 55% - 58% 25 - 32 < 40° (Ultra-wetting) Comfort-sensitive Daily Wear Users
Silicone Hydrogel (Si-Hy) 33% - 45% 80 - 120 < 50° (Surface treated) Extended Wear / Medical Therapeutic Applications

China Factory 4.0: Supply Chain Resilience & Automation

Visual breakdown of our end-to-end medical-grade production line at Dongguan Dailylensie Co., Ltd.

Contact Lens Printing Process

Printing Process

Liquid Monomer Injection

Liquid Injection

Lens Polishing Stage

Polish

Precision Cutting Machine

Cutting

Microscopic Laser Inspection

In-line Inspection

Quality Assurance Inspection

Optical Inspection

Automated Primary Packaging

Packing

High Temperature Sterilization

Sterilization

Packaged Finished Goods Warehouse

Finished Products

High-Speed Lathe Cutting Station

Cutting Machine

High-Tech Injection Molding Unit

Injection System

Edge and Surface Polish System

Polish Machine

Multi-Color Rotary Printing Unit

Printing Machine

Our manufacturing plant combines precision engineering with automated production. Our workflow spans mold design, material formulation, automated printing, high-temperature polymerization, optical inspection, sterilization, and secondary packaging. By integrating digital tracking systems throughout the process, we guarantee complete traceability for every batch exported worldwide.

Technical Roadmap & Future Outlook

Anticipating the next generation of smart and sustainable contact lens technologies.

The contact lens industry is evolving from passive corrective elements to active physiological monitoring tools. Dongguan Dailylensie Co., Ltd. is actively investing in research and development to align with emerging global trends. Below is our technology roadmap for the next three to five years:

Smart & AR Contact Lenses

Developing micro-electronic integrations to embed passive sensors into hydrogel layers. These sensors monitor biomarkers in the tear film, such as glucose levels and intraocular pressure (IOP) for early glaucoma management.

Eco-Friendly Manufacturing

Transitioning to bio-based monomer formulations and reducing thermoplastic mold waste. We are working to reuse mold materials within secondary non-medical applications, aiming for a carbon-neutral production cycle.

Advanced Dryness Defense

Implementing biomimetic surface coatings that replicate the lipid bilayer of natural tear films. This technology locks in moisture for extended wear times, preventing dry eye syndrome for heavy screen users.

Regulatory Compliance & Licensing

Navigating international requirements to ensure seamless customs clearance and market entry.

Exporting contact lenses requires meeting strict local regulations. Our certification and compliance support team works closely with global distributors to simplify the registration process.

  • CE (MDR 2017/745): Meets the requirements of the new European Medical Device Regulation.
  • ISO 13485:2016: Certified Quality Management System specific to medical device manufacturing.
  • FDA & National Registrations: Technical documentation support for U.S. 510(k) applications, NMPA, SFDA, and MHRA.
  • Biocompatibility Testing: All materials undergo systemic toxicity, ocular irritation, and cytotoxicity testing under ISO 10993 standards.

Global Distribution Channels

We provide end-to-end localization support, offering translated packaging designs, customized outer box printing, and localized compliance declarations. Our logistics partners specialize in cold-chain and temperature-stable shipping, ensuring product stability during transport across different climates.

Europe (CE) Middle East Southeast Asia Latin America

Global Procurement & OEM/ODM Workflow

From formulation design and prototype sampling to high-volume manufacturing and logistics.

01

Design & Material Selection

Choose from our catalog of over 200 cosmetic print patterns or work with our design lab to create custom color combinations and lens profiles tailored to your target market.

02

Sampling & Compliance Check

We produce physical prototypes for biocompatibility, fitment, and color density testing. We compile safety data sheets (SDS) and certificate dossiers to support your regulatory applications.

03

Production & Quality Control

Orders move to automated casting, curing, sterilization, and secondary packaging. Every production batch undergoes strict quality control and sample archiving before shipping.

Frequently Asked Questions

Expert technical answers regarding materials, manufacturing, regulations, and custom options.

What is the primary difference between cast-molding and lathe-cutting methods?
Cast molding injects liquid monomer into high-precision, single-use optical molds, followed by UV or thermal curing. This method is ideal for high-volume, cost-effective production like cosmetic lens series. Lathe-cutting uses computer-controlled diamond lathes to machine individual dry polymer blanks. While it offers higher design flexibility and tighter tolerances, it has a lower throughput and higher per-unit costs, making it best suited for specialized astigmatic or multifocal lenses.
How does your factory ensure cosmetic dyes do not cause corneal irritation?
We use a multi-layer sandwich construction. The design patterns are printed inside the lens material rather than on the surface. A protective layer of hydrogel covers the print pattern completely, ensuring the pigment never makes direct contact with ocular tissues.
Do you support custom brand certifications for the European market?
Yes. As a CE-certified manufacturer, we provide the necessary technical construction files and compliance certificates. This documentation helps you register our OEM products under your own private label under the European MDR guidelines.
What is the typical shelf life of your sterile blister-packed contact lenses?
Our blister-packed lenses have a shelf life of up to five years. The lenses are sterilized using pressurized steam (autoclaving) at a minimum of 121°C for 20 minutes, then sealed in medical-grade foil blisters. This process maintains sterility and stability when stored under recommended room-temperature conditions.
How does your factory manage water content and dehydration resistance?
We use specialized cross-linking agents during polymerization to lock water molecules within the gel structure. This reduces surface evaporation during wear, preventing the lens from drawing moisture from the tear film and helping to maintain all-day comfort.