Pure Titanium / Kids
Square Full Frame Eyeglass Frames Titanium Safe Kids Boys Girls OEM ODM Anti Blue Light Eyewear
MOQ: 300 pcs
Inquire Now
Explore our industrial-grade optical line, engineered for high-energy visible (HEV) blue filtration, hypoallergenic ergonomic fit, and rapid private-label deployment.
Modern wholesale blue light eyewear manufacturing requires a clear understanding of the photobiological safety standards ANSI Z80.3 and EN ISO 12312-1. High-Energy Visible (HEV) light between 400nm and 455nm poses the highest photochemical risk to retinal pigment epithelium. Our manufacturing hub produces two distinct optical pathways:
By blending UV420 absorbing chromophores directly into the molten polymer (Polycarbonate, CR-39, or High-Index 1.61/1.67 MR-8), we achieve deep-spectrum HEV attenuation up to 420nm without undesirable cosmetic yellow discoloration. Ideal for daily computer use and high-volume corporate lines.
Utilizing high-vacuum Ion-Assisted Deposition (IAD), our cleanrooms apply 16 to 24 alternating layers of Zirconium Oxide (ZrO2) and Silicon Dioxide (SiO2). This reflects hazardous wavebands at precisely 440nm–450nm while retaining up to 98.8% visual luminous transmittance (VLT).
To eliminate surface degradation caused by skin lipids and cleaning solvents, lenses undergo an automated thermal fluorocarbon flash coat, maintaining a water-contact contact angle exceeding 115° and an ultra-low friction coefficient (<0.03).
Since 1879, our structural integrity, metallurgical accuracy, and design philosophies have set the global standard for optical dispensary boards and international private-label enterprises.
Drawing on an archive of craftsmanship established in 1879, our manufacturing systems bridge artisanal hand-finishing with automated 5-axis CNC router accuracy. Every frame reflects multi-generational standards of balance, weight displacement, and bridge ergonomic geometry.
Accelerate your product development cycle. Our on-site selective laser sintering (SLS) nylon labs produce fully functioning pre-tooling mechanical prototypes within 72 hours, drastically reducing tooling iteration time and upfront injection mold investment risk.
From bio-based Mazzucchelli-grade cellulose acetate and medical EMS Swiss TR90 to Beta-Titanium and aerospace-grade aluminum, we maintain strictly verified conflict-free supply chains to satisfy strict RoHS, REACH, and California Proposition 65 compliance audits.
Key structural shifts reshaping global eyewear wholesale, brand expansion, and supply chain strategies.
B2B institutional buyers are moving away from traditional petroleum-derived phthalate plasticizers. Procurement mandates now favor certified bio-acetate synthesized from sustainably harvested wood pulp and non-edible plant starches, cutting frame degradation times from 400 years to under 115 days in industrial compost conditions.
Warranty return analysis reveals screw-hinge failure accounts for up to 68% of post-purchase consumer claims. Modern retail lines are shifting toward interlocking micro-machined friction joints, springless barrel-free hinges, and snap-on temple systems that reduce assembly labor and improve durability.
The boundary between indoor computer eyewear and outdoor sunglass protection is blurring. The next phase of high-margin retail expansion is built on dual-phase lenses that remain optically neutral (with 415–440nm HEV blocking) indoors, and darken into category 3 polarized tinted sunglasses under outdoor UV exposure.
Direct, unambiguous technical answers to common manufacturing, quality control, and compliance inquiries.
Every production batch includes full spectrophotometric validation curves generated via PerkinElmer Lambda 365 or equivalent UV-Vis spectrophotometers. We test luminous transmittance (Tv), mean blue-light transmittance across the 380–500nm range, and precise HEV attenuation at 420nm and 455nm, ensuring full compliance with ISO 12312-1, ANSI Z80.3, and AS/NZS 1067.1 standards.
For custom tooling and bespoke cellulose acetate fabrication, our baseline MOQ is 300 pieces per model (divided into up to 3 SKU colorways). For injection-molded TR90 or Ultem (PEI) frames, MOQ starts at 500 pieces per tool. For our on-demand SLS 3D printed nylon and rapid laser-cut prototypes, we offer low-batch runs starting from 50 pieces. We also support ready-to-ship stock inventory with low minimum orders for immediate dispensary deployment.
All raw metallic elements, nickel-safe plating formulations, and acetate compounds undergo third-party laboratory verification (SGS/TÜV) in accordance with REACH Regulation (EC) No 1907/2006 (Annex XVII for Nickel Release EN 1811) and California Proposition 65 testing for Lead, Cadmium, and Phthalates. Materials are biocompatible, sweat-resistant, and skin safe for extended daily wear.
Yes. Our industrial engineering team works directly in STEP, IGES, and SolidWorks CAD files. We provide DFM (Design for Manufacturability) analysis, adjust draft angles, optimize temple flexures, and produce functional nylon 3D printed samples within 72 hours. Once finalized, production stamping dies, injection molds, and CNC fixtures are machined in-house for complete control over manufacturing tolerances (±0.05mm).
Rapid prototyping takes 3 to 7 working days. Once golden approval samples are confirmed, full-scale production timelines vary by frame material: TR90 and injection polymers typically require 35 to 45 calendar days; multi-layer hand-polished cellulose acetate and bespoke titanium assemblies run on a 55 to 70 day schedule. Expedited ocean, rail, and express air freight arrangements are handled directly by our global logistics department.
Speak directly with our technical engineering group, request material sample swatches, or submit your bespoke CAD drawings for an accurate quotation within 24 hours.
Inquire Now