Collection: Corrective lenses for diving masks

Lenses in a diving mask – how do we choose the right solutions?

The final size and shape of corrective lenses for a diving mask depend on the technological possibilities of their production. Each diving mask has a specific structure, and the adjustment of optical lenses requires taking into account both the user's prescription and the specifics of the given mask. Our goal is to provide the largest possible corrective surface to increase the field of vision and improve diving comfort.

It is worth remembering, however, that in some cases, full coverage of the entire lens surface in the mask may not be possible. This is determined by both the shape of the mask and the specifics of the given vision correction. Thanks to our knowledge and experience, we try to optimize the arrangement of the lenses in such a way as to provide the best possible vision underwater.

Why is lens quality crucial?

Good underwater vision is extremely important for both the comfort and safety of the diver. Individually fitted optical lenses for the diving mask allow for precise adjustment of the correction, eliminating the problem of fogging or blurred vision. We offer lenses made of high-quality materials, resistant to damage and adapted to the conditions prevailing underwater.

Thanks to modern optical solutions, even with technological limitations related to the mask design, we can guarantee sharp and clear vision. We use modern lens assembly technologies to best match them to the shape of the mask and the individual needs of the user.

Safety and comfort - our priorities

Our main goal is to provide users of corrective diving masks with the highest level of safety and excellent quality of underwater vision. A diving mask is not just a piece of equipment, but a key functional product that is supposed to enable precise observation of the underwater environment.

We always try to find the best possible solution, however, if there are technical limitations that prevent us from fulfilling the order as required, we reserve the right to cancel it. We operate transparently, always informing customers about the possibilities and limitations related to the installation of corrective lenses for diving masks.

Thanks to our knowledge, experience and the use of modern technologies, we can guarantee that each diving mask with corrective lenses will be maximally functional and tailored to the individual needs of the user.

1. Choosing swimming goggles

Start the order process by choosing the right swimming goggles. Choose a color and add them to your cart to proceed to the next step.

2. Choosing corrective lenses

For optimal underwater visibility, choose corrective lenses that match your vision defect. Choose:
- Lens power according to your prescription
- Lens material
Add lenses to your cart to continue ordering.

3. Finalizing the order

- Go to cart, check the correctness of the order.
- Complete the delivery form, providing all necessary data.
- Make payment to confirm your order.

4. Production and assembly of corrective lenses

Once you place your order, our team of specialists will begin the process of designing and fitting custom prescription lenses for your glasses. All lenses are carefully fitted to ensure maximum comfort and clear vision underwater. We will contact you if there are any questions. In the case of ready-made lenses, you will receive them in their original packaging, for self-assembly.

5. Shipping of finished glasses

Once the assembly is complete, your swimming goggles with prescription lenses will be carefully packed and shipped to your specified address. You will receive a notification of shipment.

Have any questions?

If you need help choosing glasses or lenses, please contact us: E-mail: kontakt@maskinurkowe.pl

Selecting the correct lens material for prescription swimming goggles is essential for visual comfort, proper goggle balance, and safe use under water. Unlike everyday eyeglasses, swimming goggle lenses operate in a confined space and in conditions of constant humidity and pressure changes. For this reason, the physical properties of the lens material are just as important as the prescription itself.

One of the key parameters of optical materials is the refractive index, commonly referred to as the index (e.g. 1.5, 1.6, 1.67). A higher index allows thinner and lighter lenses to be produced for the same optical power, which directly affects comfort and stability when worn in swimming goggles.

Index 1.5 lenses are made from a classic optical material with stable performance and good visual quality. They are best suited for low to moderate prescriptions. In swimming goggles, the slightly greater thickness of index 1.5 lenses usually does not pose functional issues, especially for recreational use. This option is often chosen as a reliable and cost-effective solution.

Index 1.6 lenses offer a noticeably better balance between thickness and weight. Reduced lens mass improves goggle stability on the face, reduces pressure on the sealing area, and increases comfort during longer swimming sessions. This material is commonly recommended for medium to higher prescriptions and for users who swim regularly.

Index 1.67 lenses are high-refractive materials designed for higher vision corrections. They allow the production of very thin and lightweight lenses, which is particularly important in swimming goggles due to limited mounting space. This index is recommended for users with stronger prescriptions who require maximum comfort, minimal lens thickness, and precise optical performance.

An alternative material category is Trivex (index 1.53). Trivex lenses are characterized by very high impact resistance combined with low weight. The material offers good optical quality and enhanced safety, making it especially suitable for sports applications. In swimming goggles, Trivex performs well in both recreational and intensive use, where durability and resistance to mechanical stress are important.

In summary, the choice of lens material for swimming goggles should take into account prescription strength, frequency of use, and comfort expectations. Index 1.5 is a practical and economical option for lower prescriptions. Index 1.6 is the most versatile choice in terms of comfort and construction. Index 1.67 is intended for higher corrections where reduced thickness is critical. Trivex 1.53 is recommended for users seeking increased durability and safety during swimming activities.