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Product Introduction
Introduction: The Scientific Frontier of Pediatric Myopia Management
As global myopia rates among children continue to rise, traditional single-vision lenses are no longer sufficient. Our DIMS (Defocus Incorporated Multiple Segments) and Peripheral Defocus Lenses represent a breakthrough in ophthalmic technology. Unlike standard lenses that focus light behind the peripheral retina—unintentionally signaling the eye to grow longer—these lenses create a "myopic defocus" in the peripheral field. This specialized optical signal acts as a biological brake, significantly slowing down the axial elongation of the eyeball.
Our lenses feature a clear central zone for sharp distance vision, surrounded by a honeycomb or ring-shaped zone of defocus segments. This design ensures that the child maintains 20/20 clarity while the peripheral treatment zone works constantly to manage myopia progression. Manufactured with high-impact materials and premium anti-reflective coatings, these lenses are the professional choice for pediatric optometrists and eye clinics worldwide seeking evidence-based solutions for vision preservation.
Specification: Defocus Technology
| Control Mechanism | DIMS / Peripheral Defocus Segments |
| Material Index | 1.59 Polycarbonate / 1.60 MR-8 |
| Central Zone Diameter | 9mm - 12mm (Optimized for Kids) |
| Defocus Power | +3.50D to +4.00D (Peripheral) |
| UV Protection | 100% UV400 Protection |
| Impact Resistance | High-Impact Safety Rated |
| Coating | Satin-Smooth Easy-Clean HMC |
Technological Highlights: Premium Monomers and Coating Integrity
- High-Purity Monomer Selection: We exclusively use high-performance monomers (e.g., MR-series) to achieve superior tensile strength and optical purity, resulting in excellent clarity and minimal risk of yellowing over time.
- Precision Liquid Casting Process: The lenses are produced via a controlled liquid casting method that ensures uniform material density and refractive index consistency across the entire blank, which is critical for accurate therapeutic power zones.
- Advanced Vacuum Multi-Coating (SHMC): Coatings are applied in a high-vacuum chamber, using multiple layers of metallic oxides to create a durable, anti-reflective stack. This process guarantees maximum light transmission and minimal glare.
- Thermal Curing Optimization: A slow and precise thermal curing cycle is employed to maximize the material’s resistance to internal stress, ensuring the finished lens remains stable and optically perfect under varying temperature conditions.
- Integrated Peripheral Defocus Geometry: The therapeutic design is engineered into the mold itself for cast lenses, or applied via digital surfacing for semi-finished blanks, guaranteeing the accuracy and consistency of the myopia control zone geometry.
Application: Pediatric Clinical Use
- Early-Onset Myopia: For children aged 6-16 showing early signs of nearsightedness.
- High-Risk Candidates: Children with parents who have high myopia (genetic risk).
- Rapid Progressors: For students whose prescription increases by >0.50D per year.
- Full-Time Wear: Designed for all-day use in classrooms and outdoors.
- Pediatric Specialty Clinics: A high-value clinical product for specialized eye care centers.
Advantage: Slowing the Progression
- Clinically Inspired Design: Utilizes the latest research in peripheral defocus and myopia management.
- Non-Invasive Solution: Provides control benefits through standard spectacles rather than contact lenses.
- Impact Safety: Uses Polycarbonate to protect active children from lens breakage.
- High Patient Compliance: Comfortable and easy for children to adapt to quickly.
- Sharp Central Vision: Ensures schoolwork and distance activities remain crystal clear.
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Customization
Customized For Your
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Complete Customization Capability
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Professional Lens Architecture
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Functional Coating Customization
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Digital Rx Customization
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Branding & Packaging
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Delivery & Support
Frequently Asked Questions (FAQ)
- Q: How effective are DIMS lenses?
- A: Clinical studies show a significant reduction in myopia progression compared to single-vision lenses.
- Q: Can children play sports in them?
- A: Yes, our 1.59 Polycarbonate material is highly impact-resistant.
- Q: Are the "dots" or segments visible?
- A: They are visible upon close inspection but do not interfere with the child's vision.
- Q: How long does it take to adapt?
- A: Most children adapt within 1 to 3 days.
- Q: Is there an age limit?
- A: They are most effective during the active growth years, typically ages 6 to 18.
- Q: Do they have anti-glare?
- A: Yes, a premium anti-reflective coating is standard for classroom use.
- Q: Can I get them in high-index?
- A: We offer them in 1.60 for a thinner, lighter profile.
- Q: Do they replace eye drops (Atropine)?
- A: They can be used alone or in combination with other treatments as advised by a doctor.
- Q: How often should the prescription be checked?
- A: We recommend a follow-up every 6 months for myopia control patients.
- Q: Are they available in photochromic?
- A: Yes, "Photo-Defocus" versions are available to encourage outdoor time.
Payment and Shipping Policy
- Payment: T/T, L/C, or Credit Line for registered clinics. 30% deposit for custom production.
- Shipping: Global air express (UPS/DHL) with temperature-controlled handling.
- Lead Time: 15-21 days for specialized DIMS digital surfacing.
- Packaging: Clinical-grade protective envelopes with prescription data and control type.
Comprehensive Business Information
| MOQ | 20 Pairs (Custom RX) |
| Lead Time | 15-21 Days |
| Packaging | Clinical-standard serialized envelopes. |
| Certifications | CE, FDA, ISO13485 (Medical Device). |
| Raw Materials | Optical Grade Polycarbonate / MR-8 Monomer. |
| Customization | Custom central zone sizing and defocus power. |
