New quality in online jewelry shopping

Gemstar is a unique 3D viewer for the jewelry industry you can easily implement in your online store. We offer the high realism of 3D models and perfect representation of gem stones. Sell more jewelry and provide customers a new shopping experience!

Gemstar model 3d bizuteri diament i szafir w smartfonie

3D viewer

Gemstar renders high-quality gemstones in real time on most web browsers and mobile devices. Buying jewelry online has never been so easy!

3D viewer

Gemstar renders high-quality gemstones in real time on most web browsers and mobile devices. Buying jewelry online has never been so easy!

see it in action

3d models in your jewelery store

Take a look on our mockup of online store to see our widget in action. 

This is a sample text to visualize what our 3D viewer might look like in your online store.

Beautiful silver 3D ring full of elegance and shine. The 3D ring model is made of silver metalic textures and decorated with zirconias. The stunning shine of a large zircon is due to perfectly set shaders and light reflections.

The classic form gives the flawless beauty and shine of the rendered stone. Check out our other sample 3Dmodels in Gemstar interactive demo.

Metal: Silver

Stone: Zirconia

Our offer

Why gemstar?

After creating 3D models of your jewelry, we embed the visualization on your website. The solution provides:

01.

Realistic look of the gemstones

Appropriate light reflection inside the stones provides realistic look of various gemstones, especially diamonds.

02.

faithful representation of metallic materials

Properly selected textures ensure the proper representation of metallic materials such as gold and silver in various shades and colors.

03.

REALISTIC REFLECTIONS AND SHADOWS.

Properly selected reflections visible on 3D models and support for shadows under
the models provide unprecedented realism.

demo

Check out our sample 3D jewelry models. When creating product models, we focus on the precision of detail mapping and the realistic selection of materials.