From Mold Casting to Final Lens – Rotlex Micron-Level Quality Control Journey
Rotlex guarantees precision from the mold through a six-step quality control process. This process offers micron-level accuracy. It uses dedicated tools and integrates smoothly into the production line for better efficiency. Stage 1: Metal Insert Inspection Stage 2: Plastic Mold Surface Measurement Stage 3: Mold Combination & Air-Gap Analysis Stage 4: Sag & Base Curve […]
From Blank to the Final Lens – Rotlex Micron-Level QA Journey
Our promotional video reveals the five critical stages of the industrial turning process. Each stage has a clear goal, specific quality measures, and tools to measure them. In the end, you can trust the optical performance. Stage 1: Blank Inspection Ensure optical and material uniformity of the raw blank before machining begins. Measured Parameters: Refractive […]
Experience the Future of Lens Manufacturing with the MCT-3000
In today’s competitive optical industry, precise measurements and seamless data integration are essential for producing high-quality lenses. The MCT-3000 by Rotlex is designed to meet these demands, offering real-time, high-precision measurements for a wide range of lenses, including contact lenses, intraocular lenses (IOLs), and specialty designs. This innovative system stands out with its unmatched speed, […]
MCT-3000 – Advanced Measurement System for Contact and Intraocular Lenses
The MCT-3000 by Rotlex is a modern measurement system designed for precise and accurate measurements of contact lenses, intraocular lenses (IOLs), and various transparent or semi-transparent materials like glass and fluids. It uses Low Coherence Interferometry (LCI) to provide high-resolution measurements and real-time data collection for quality control in both laboratories and production lines. System […]
COOC 2025
This April, the Rotlex team had the chance to join the China Optometric & Optical Conference (COOC) 2025. This event is one of the largest and most important in the optical industry in Asia. The exhibition happened in the lively city of Shanghai. It brought together top experts, manufacturers, and visionaries from around the world. […]
Enhancing Optical Quality and Production Efficiency with the MCT-3000
Comprehensive Measurements for Optimal Lens Quality The MCT-3000 non contact measures a range of critical parameters that ensure high-quality optical performance. These include: Sag (Sagittal Height): The vertical distance from the center of the lens’s back surface to a flat reference plane is measured.. This plane intersects the lens’s outermost edges. This parameter reflects the […]
GSLS 2025
Our participation at GSLS 2025 in Los Angeles was an incredible experience. From June 15–18, we had the privilege of showcasing our cutting-edge ophthalmic metrology solutions at Booth 116. As the exhibition comes to a close, we want to express our sincere thanks to all those who visited us. Thank You for Joining Us The […]
Happy New Year
A New Beginning with Rotlex A Year of Innovation, Success, and Quality in Ophthalmic Technology As we welcome the New Year, we at Rotlex would like to take a moment to thank you – our customers, partners, and employees – for the fruitful collaboration and shared success. We are here, more committed than ever, to […]
ESCRS 2024
We are thrilled to announce our participation at the ESCRS 2024 exhibition, which takes place from September 6 to 10 at Fira de Barcelona in Spain. This year, Rotlex is proud to showcase our latest innovations in Ophthalmic Metrology at Booth F53. Why ESCRS Matters The European Society of Cataract and Refractive Surgeons (ESCRS) annual […]
Exploring Moiré Deflectometry- A Breakthrough in Myopia-Control Lens Technology
In the rapidly evolving field of optical engineering, Moiré deflectometry stands out as a powerful tool for analyzing and improving myopia-control lenses. This technique, rooted in the intricate interplay of light and gratings, offers unparalleled precision in detecting and measuring optical properties. For engineers and scientists working in the field of optics, understanding this technology […]
