Personalized Round Crystals Awards

Round Crystals Awards

Round crystals with beveled edges featuring sunflower design are made of transparent crystal material with a glossy finish, providing a sleek and simple appearance while also being sturdy and long-lasting. These crystals have a size of 15 x 16.5 mm, with edges that can be modified, making them ideal as awards for various occasions. Additionally, they are relatively inexpensive as small engraved awards. The lower-grade high-grade foundation gives the crystals a glittery appearance, making them ideal for creating unique crystal items.

These printed spherical crystals can be personalized using engraving, with intricate and exquisite designs available. They can also serve as decorative pieces. With a laser engraving option, you can add different text to make them unique. These personalized crystals are perfect for professional events, as they can be customized with your logo and used for business purposes. They also make excellent business gifts for your colleagues and partners.

Product Details

Material: Crystal 

Size: 15 x 16.5 cm 

Weight: 1.1 kg

Attention: Engraving Caution and Risk

Please be advised that engraving may result in occasional light spots, typically ranging from 2% to 5% of the total area. This occurrence is attributed to variations in material strength and is beyond our direct control. We urge you to consider this factor carefully before placing your order.

For your reference, we have provided an example photo below illustrating this phenomenon. If such imperfections are deemed unacceptable, we recommend exploring alternative branding options such as UV printing or UV frosting.

Kindly note that any post-production complaints regarding refunds or reprints related to this inherent characteristic of the engraving process cannot be accommodated.

Thank you for your understanding and cooperation.

Other print techniques
Clear printing: UV Thermal print via clear sheet fixing with thermal techniques
Frosted & White: Printed Vinyl Sticker pasted on the material.