Lens Designs
A Complete Vision Design Ecosystem
Modern ophthalmic lenses are no longer just about visual correction—they are precision tools engineered to respond to diverse visual demands, individual lifestyles, and ever-evolving user expectations. Today’s wearers require lenses that not only improve their sight but adapt to how they live, work, and interact with the world.
At ProCrea, we go beyond standard lens design. We deliver cutting-edge Free-Form technologies, powered by advanced algorithms and AI-driven personalization, to craft high-performance lens solutions that truly meet the unique needs of each wearer. Every design we develop is the result of a deep understanding of optics, wearer behavior, and laboratory production realities.
Whether you’re addressing the needs of a young myope, a digital native, a presbyope, or a professional with task-specific visual demands, ProCrea offers a complete design ecosystem tailored to empower independent labs with flexibility, precision, and excellence.
Below is an overview of the main categories of lens design, each one developed to optimize vision based on function, wearer profile, and real-world application.
Single Vision (SV)
Designed to correct vision at a single distance—near, far, or intermediate. Ideal for younger wearers or for dedicated reading or distance correction.
Our Single Vision designs are enhanced through Free-Form surface optimization and AI-powered algorithms to reduce peripheral aberrations and deliver sharp, distortion-free vision—even in high prescriptions.
Progressive Additional Lenses
Progressive Additional Lenses (PAL) offer seamless focus across all distances (far, intermediate, near) without visible lines. Ideal for presbyopic wearers seeking all-in-one visual freedom.
Every PAL is developed using our proprietary iWFRT® (intelligent Wavefront Ray Tracing) engine, ensuring unmatched control of aberrations and maximum personalization. Designs are real-lab tested and wearer-validated to guarantee comfort and adaptation.
Task
Occupational Lenses
Optimized for specific visual activities such as computer work or office environments. Provide wide intermediate and near zones to reduce fatigue in demanding visual tasks.
We engineer dedicated indoor lenses that incorporate lifestyle profiling and ergonomic vision behavior, offering stable, fatigue-free vision across work zones. The result: true visual efficiency tailored to the user’s environment.
Advanced Lenses for the Digital Experience
Modern lifestyles demand more from our eyes. Prolonged screen use and constant focus shifts create fatigue and discomfort. ProCrea offers tailored solutions for every need: antifatigue lenses to reduce visual stress, progressive lensesoptimized for digital tasks, and office lenses designed for near and intermediate work. Together, they ensure clearer vision, natural posture, and lasting comfort in the digital age.
Myopia Control
Specialized designs developed to help slow the progression of myopia in children and young adults, combining optical strategies with visual comfort.
Our myopia control lenses are built on controlled defocus zones and can be custom-shaped per wearer profile, combining optical strategy with wearer compliance and comfort.
Bifocal
Feature two distinct viewing zones for distance and near, separated by a visible line. A traditional solution for presbyopia, still relevant in specific clinical needs.
We apply Free-Form digital surfacing even to traditional bifocals, offering improved transition zones, better control of prism, and enhanced edge definition—ideal for specific clinical needs or wearer preferences
Specialty Lens Design
ProCrea develops advanced lens designs for complex visual needs—from low vision and high prescriptions to sports optics and visual enhancement. Using custom geometries, lenticular optimization, and dedicated semifinished blanks, we create lightweight, high-performance lenses tailored for unique challenges like dyschromatopsia, photophobia, or high visual demands.
With ProCrea, specialty lenses become powerful, personalized solutions—engineered for precision and ready for your lab.