Precision Diagnostics:
Reliability at the
Critical Moment
Engineered for 98%+ light transmittance, chemical resistance to harsh sterilizers, and ±0.05mm structural precision for the world's leading medical OEMs.
Transmittance
Meeting Stringent Medical Requirements
Every challenge in medical optics demands an engineered answer. Here is how Winson solves the real-world pain points of leading medical OEMs.
Chemical Resistance
Sterilizers cause coating peel-off and degradation.
Our AR coatings utilize Vacuum Sputtering technology, ensuring molecular-level bonding. This provides permanent durability against Hydrogen Peroxide (H₂O₂) and high-concentration Alcohol disinfection without any degradation or peeling.
Optical Purity
Moiré patterns degrade accuracy in blood analyzers.
By selecting Electronic-grade high-alumina glass and implementing stress-controlled tempering, we eliminate internal optical ripples, ensuring 100% distortion-free imaging for endoscopes and diagnostic screens.
Mechanical Safety
Sharp fragments contaminate sterile operating zones.
Our deep chemical strengthening process, combined with optically clear anti-shatter film lamination, ensures that even under extreme impact, no sharp fragments enter the sterile operating area.
IP67/68 Sealing Precision
Waterproof sealing conflicts with optical clarity requirements.
Our proprietary Step Glass (Multi-level CNC) technology achieves ±0.05mm edge tolerances, enabling simultaneous IP67/68 waterproof sealing and 98%+ optical transmittance -- without compromise, as validated in biochemical analyzer deployments.
Cleanroom Contamination Control
Micro-dust particles compromise optical sensor accuracy.
All silk-printing, coating, and assembly operations are conducted in an ISO-certified Class 1000 Cleanroom. Combined with 100% VMS dimensional verification and spectrophotometer-validated transmittance reporting, every batch ships with a full traceability certificate.
Medical Grade Standard Parameters
Verified spectrophotometer specifications for high-performance medical diagnostic equipment.
| Specification | Winson Capability |
|---|---|
| Transmittance | Up to 98% (Double AR) |
| Surface Hardness | 7H - 9H |
| Edge Accuracy | CNC ±0.05mm |
| Surface Treatment | AF + AR + AG Options |
| Spectral Range | 400nm - 1100nm |
*Spectrophotometer verified: Guaranteed stable performance across the 400nm-1100nm range for both visual displays and LiDAR sensor applications.
Uncompromising Quality Control:
Our Three-Tier Inspection SOP
Every medical component undergoes a rigorous multi-stage verification process before shipment -- because in diagnostics, there is no acceptable margin for error.
Class 1000 Cleanroom Processing
All silk-printing and assembly are conducted in an ISO-certified Class 1000 environment to eliminate micro-dust contamination for optical diagnostic sensors.
VMS Dimensional Verification
Every medical panel is scanned via Vision Measurement System (VMS). We provide a full measurement report for 100% of batches to ensure ±0.05mm compliance.
Chemical Stability Stress Test
Sample testing with surgical-grade disinfectants (H₂O₂ and high-concentration alcohol) to verify coating durability and adhesion before every shipment.
Trusted by Leading Medical Device Brands
Solving Real-World Diagnostic Challenges
"Balancing Waterproof Sealing with 98% Optical Transparency."
Case Highlight: We provided a customized Step Glass (Multi-level CNC) solution for a global leader's biochemical analyzer. By optimizing the DFM (Design for Manufacturability), we solved the waterproof sealing challenge without sacrificing the extreme clarity required by high-sensitivity optical sensors.
"Why we treat every medical order
as a life-saving component."
"In the medical industry, a 0.1mm error could lead to an instrument failure. As the founder of Winson, I oversee every inspection process because we know -- this isn't just glass; it's the accuracy of a diagnosis."
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