Winson Optics
ISO 9001 Certified · End-to-End Transparency

From Blueprint
to Delivered Precision

Every Winson Optics order follows a rigorously engineered 4-stage workflow -- designed to eliminate supply chain uncertainty and deliver zero-defect optical components to your facility, anywhere in the world.

≤24h
Engineering Response
3-5d
Plastic Prototyping
10-15d
Glass Prototyping
100%
Final Inspection
Stage One

Technical Consultation

Precision starts before production. Our engineering team -- led by Iris and backed by 15 years of manufacturing experience -- works directly with your procurement and R&D teams to translate requirements into manufacturable specifications.

Accepted Drawing Formats

CDR
Artwork / Screen Print
Vector format defining logo position, design style, and Pantone color codes -- the product's visual "skin."
CAD
Structural Dimensions
Geometric dimensions, tolerances, hole locations, and CNC machining paths -- the product's structural "skeleton."
PDF
Engineering Confirmation
Rendering reference to prevent misalignment when opening CAD or CDR files across different software versions.

Material Selection Guidance

Sapphire · Mohs 9 hardness, >85% transmission, −40°C to 1000°C. Ideal for medical, industrial laser windows, and extreme-environment sensors.
Borosilicate / Precision Optical Glass · Low thermal expansion, excellent optical clarity. Suited for instrumentation, HUD displays, and semiconductor inspection.
Gorilla Glass · High impact resistance with chemically strengthened surface. Preferred for smart home touch panels and consumer device covers.
PMMA (Acrylic) / PC (Polycarbonate) · Cost-effective plastic optics. PMMA offers 92% transparency and scratch resistance; PC provides bulletproof-grade impact resistance with higher temperature tolerance.
Engineering consultation and material selection process at Winson Optics

What We Clarify in Stage 01

  • Optical performance targets (transmission, wavelength range, surface flatness)
  • Dimensional tolerances and geometric constraints from your CAD drawings
  • Artwork color matching via Pantone codes from your CDR files
  • Surface treatment requirements (AR / AG / AF and coating specifications)
  • Compliance requirements: RoHS, REACH, ISO 9001 documentation needs

Response within 24 hours. Send your drawings to [email protected]

CNC precision manufacturing and surface treatment at Winson Optics Shenzhen facility

Manufacturing Workflow by Material

Glass Substrate
  1. 1 Cut first
  2. 2 CNC edge grinding
  3. 3 Surface polishing
  4. 4 Screen printing
  5. 5 Coating (AR/AG/AF)
Proto: 10-15d · Mass: ≥15d
Plastic Substrate
  1. 1 Sheet preparation
  2. 2 Screen printing
  3. 3 UV / thermal curing
  4. 4 Surface treatment
  5. 5 CNC cutting (last)
Proto: 3-5d · Mass: ≥7d
Stage Two

Precision Manufacturing

Our Shenzhen cleanroom facility runs automated production lines with high-precision spectral analyzers and CNC machining centers. Every process parameter is logged and traceable -- because certainty is built into our manufacturing DNA.

CNC High-Precision Machining

Computer-controlled milling and grinding achieve tight dimensional tolerances. Glass substrates are cut first; plastic substrates undergo CNC as the final step to preserve print integrity and edge quality.

Surface Treatment Options

AR · Anti-Reflection AG · Anti-Glare AF · Anti-Fingerprint

Additional coatings available upon specification. Note: UV-curing composite materials are incompatible with UV post-processing -- our engineers will flag this during consultation.

Automated Screen Printing

Multi-color silk-screen printing on standard 50×70 screens. Each ink layer is thermally cured at 60-70°C for ~30 minutes before the next is applied -- preventing thermal deformation while ensuring adhesion integrity.

ISO 9001 Certified RoHS Compliant REACH Compliant Cleanroom Facility
Stage Three

Triple-Layer QC System

Our quality control architecture is built on three independent checkpoints -- IQC, IPQC, and FQC -- ensuring defects are caught at the source, not at your receiving dock. This is what Iris calls "Chief Auditor" level oversight: the same rigorous scrutiny she applied as a professional procurement manager, now embedded into every production run.

100%
Final Inspection Rate
99.8%
Production Yield Rate
3
Independent QC Gates
Ra<0.5
nm Surface Roughness
Quality control inspection process at Winson Optics
IQC Gate 1

Incoming Quality Control

Raw Material Inspection · Before Production Starts

Every incoming batch of raw material -- whether sapphire blanks, borosilicate sheets, PMMA panels, or PC substrates -- is inspected against your specification before it enters the production line. No compromised material enters our cleanroom.

Material grade & certification verification
Optical transmission spectral analysis
Dimensional conformance check
Surface defect visual & instrument scan
IPQC Gate 2

In-Process Quality Control

Real-Time Process Monitoring · During Production

Our QC engineers conduct sampling inspections at every critical production node -- post-CNC, post-printing, and post-coating. Process parameters are logged digitally, creating a full traceability record for each production batch.

Post-CNC dimensional tolerance sampling
Ink adhesion and color consistency check
Curing temperature and duration logging
Coating uniformity and thickness verification
FQC Gate 3

Final Quality Control

100% Pre-Shipment Inspection · Before Every Box Is Sealed

Before any shipment is approved, every single component undergoes full FQC inspection -- not sampling, not statistical estimation. This is the "zero-defect delivery" commitment Winson Optics makes to every international client.

Full visual inspection under calibrated lighting
Final dimensional measurement report
Optical performance validation per spec
Signed Certificate of Conformance issued
Stage Four

Safe Packaging & Global Logistics

An optically perfect component that arrives damaged is worthless. Our packaging engineering is designed specifically for fragile precision optics -- protecting your investment through the full international shipping journey, from our Shenzhen facility to your facility anywhere in North America or Europe.

Packaging Specifications for Precision Optics

Individual Component Protection
Each optical piece is individually wrapped in lint-free cleanroom film and separated by custom foam inserts, preventing glass-to-glass contact and micro-scratch accumulation.
Shock-Absorbing Outer Carton
Double-wall corrugated cartons with EPE foam padding on all six sides. Engineered to withstand the vibration and impact stresses of international air freight and sea freight.
Moisture & Humidity Control
Silica gel desiccant packs and humidity indicator cards included in every shipment. Critical for glass components sensitive to condensation during temperature transitions.
Full Documentation Package
Every shipment includes packing list, Certificate of Conformance, material certifications (RoHS/REACH), and commercial invoice -- ready for EU and North American customs clearance.

Global Shipping Routes from Shenzhen

🇺🇸🇨🇦 North America (USA / Canada)
Air: 5-8 days
Sea: 18-25 days
🇩🇪🇬🇧🇨🇭 Europe (Germany / UK / Switzerland)
Air: 5-7 days
Sea: 22-30 days
🌏 Rest of World
Route quoted on request
Professional optical component packaging and global logistics preparation at Winson Optics

Packaging Checklist Before Shipment

  • FQC sign-off completed and documented
  • Individual cleanroom film wrapping applied
  • Custom foam tray insert positioned and verified
  • Desiccant packs and humidity indicator inserted
  • Full document package included in shipment
  • Tracking number shared with client within 24h of dispatch
A Note from Iris
Partner & Head of International Procurement

"Having spent 12 years on the procurement side, I know exactly what it feels like to receive a damaged shipment or a non-conforming batch. That anxiety is precisely why we built these four stages -- not as a checklist, but as a commitment."

Ready to Start Your
Precision Order?

Send us your drawings (CAD / CDR / PDF) and our engineering team will respond within 24 hours with technical feasibility assessment and a transparent quote.