Brilliant from Every Angle

This beautifully detailed engagement ring centres on a 3.51 carat oval lab-grown diamond, complemented by a refined half-pavé band and a discreet hidden halo.

The 2.4 mm band offers a balanced, substantial feel while pavé-set diamonds create an elegant line of sparkle leading towards the centre stone. Beneath the oval diamond, the hidden halo adds a delicate detail visible from the side.

Graded E colour and VS1 clarity, the centre diamond delivers a bright, colourless appearance with exceptional clarity. It is accompanied by an IGI grading report.

Diamond Details

Setting Details

Classic Elegance, Beautifully Elevated

This refined engagement ring centres on a 3.02 carat oval lab-grown diamond, elegantly presented in a classic cathedral solitaire setting.

The gently raised shoulders flow towards the centre stone, creating a graceful profile while keeping the oval diamond as the unmistakable focus of the design.

Graded F colour and VS1 clarity, the centre diamond offers a bright appearance and exceptional clarity. It is accompanied by an IGI grading report.

Diamond Details

Setting Details

Ideal-Cut Brilliance with Exceptional Presence

At 4.05 carats, this round brilliant lab-grown diamond offers substantial presence with the timeless symmetry and concentrated sparkle for which the round shape is renowned.

Its Ideal cut, Excellent polish and Excellent symmetry work together to support precise light performance and a balanced face-up appearance. The 59% table and 61.5% depth sit within a refined proportion profile, complemented by a 35.3° crown angle and 40.9° pavilion angle.

Graded D colour—the highest colourless grade—and VVS2 clarity, the diamond combines an exceptionally white appearance with minute inclusions that are difficult to detect under magnification. No fluorescence is recorded on the grading report.

Created using the CVD growth method and independently certified by IGI under report LG704580121, the diamond measures approximately 10.17–10.24 × 6.27 mm. Its impressive scale makes it a striking centre stone for a solitaire, hidden-halo or refined pavé setting.

Diamond Details

Complete Crushed-Ice Sparkle with No Visible Bow Tie

At 4.03 carats, this oval lab-grown diamond offers a confident sense of scale and generous face-up presence. Its Modified Brilliant facet arrangement creates a complete crushed-ice pattern, producing finely textured, multidirectional sparkle across the stone without a visible dark bow tie.

Unlike an oval with broad, clearly defined facets, this diamond produces many smaller flashes of light from end to end. The result is a soft, shimmering visual character with an even appearance through the centre—ideal for clients who prefer intricate sparkle over a traditional brilliant facet pattern.

Graded F colour and VS1 clarity, the diamond combines a near-colourless appearance with a high clarity grade. Excellent polish and Excellent symmetry support its refined finish, while independent IGI certification confirms the supplied grading details.

Created using the CVD growth method and independently certified by IGI under report LG753502426, the diamond measures 12.80 × 8.01 × 5.09 mm. Its 1.60 ratio creates an elongated yet balanced outline suited to solitaire, hidden-halo and refined pavé designs.

Diamond Details

Exceptional Colour with Elegant Oval Proportions

At 3.97 carats, this oval lab-grown diamond offers impressive presence while retaining a balanced, elegant silhouette. Its 1.60 length-to-width ratio creates an elongated outline with generous face-up coverage, making it a refined centre stone for a bespoke engagement ring.

ISKRA Modified Brilliance Without the Traditional Bow Tie

At 3.97 carats, this ISKRA Modified Brilliant oval lab-grown diamond offers impressive presence with a balanced, elegant silhouette. Its specialised facet arrangement is designed to distribute light more evenly across the diamond, avoiding the dark bow-tie effect commonly associated with traditional oval brilliant cuts.

The 1.60 length-to-width ratio creates an elongated outline with generous face-up coverage, making it a refined centre stone for a bespoke engagement ring. The modified brilliant pattern gives the oval its own distinctive visual character while preserving the soft curves and graceful proportions of the shape.

Graded D colour—the highest colourless grade—and VVS2 clarity, the diamond combines a crisp, bright appearance with extremely small inclusions that are difficult to detect under magnification. Excellent polish and Excellent symmetry support a precise, beautifully finished presentation.

Created using the CVD growth method and independently certified by IGI, this diamond is accompanied by report number LG779644810. Its dimensions of 13.47 × 8.40 × 5.23 mm provide a graceful elongated profile suited to solitaire, hidden-halo and refined pavé designs.

Diamond Details

Diamond Details

Bold Proportions, Timeless Design

This statement engagement ring centres on an impressive 4.60 carat oval lab-grown diamond, presented in a refined solitaire setting with a discreet hidden halo.

The bold 3.25 mm gold band creates a beautifully balanced foundation for the substantial oval centre stone. From the side, the hidden halo adds a considered touch of sparkle while preserving the clean appearance of a classic solitaire.

Graded D colour and VS1 clarity, the centre diamond offers a colourless appearance with exceptional clarity. It is accompanied by an IGI grading report.

Diamond Details

Setting Details

Timeless from Every Angle

Elegant and beautifully balanced, this in-stock engagement ring centres on a 2.03 carat oval lab-grown diamond set in polished 18K yellow gold.

The classic solitaire design keeps the oval diamond at the heart of the ring, while a delicate hidden halo sits discreetly beneath the centre stone. Visible from the side, this thoughtful detail adds extra sparkle without taking away from the ring’s clean, timeless appearance.

The centre diamond is graded F colour with VVS2 clarity. It is IGI certified and confirmed to be completely eye clean.