Engagement Rings

Browse Lauren B's collection of Engagement Rings all available for custom order with any size, shape, type or quality center-stone. Use the filters below to help refine your search and find the perfect ring.

Shop By Center-stone Type:

Shop By Style:

51 Items

In-Stock

4.02 carat Antique Cushion Hybrid Lab Diamond Engagement Ring
One-of-a-kind antique cushion hybrid cut diamond set in four, yellow gold pave prongs continuing down to the band with a thin white gold pave platform. Diamond setting: .55 carats full cut round brilliant melee, colorless/VS clarity Ring Measures 1.8mm wide Learn More
3.81 carat Radiant Cut Lab Diamond Bezel Set Ring
Thin bezel setting encasing a stunning radiant cut lab diamond atop a pave, cathedral style band with pave prongs and pave bridge. Diamond setting: .80 carats full cut round brilliant melee, colorless/VS clarity Ring measures 1.8mm wide Learn More
2.36 carat Round Lab Diamond Split Band Engagement Ring
Cathedral style split pave band with prong-to-prong pave detailing and double prongs for this round lab diamond center stone. Diamond setting: .85 carats full cut round brilliant melee, colorless/VS clarity Ring Measures 1.8mm wide Learn More
2 carat Pear & 1 carat Round Diamond Duo Ring
Diamond Duos combined with our pave prong design; pave diamonds running up each of the prongs for both the pear and round diamonds. Diamond setting: full cut round brilliant diamond melee, F-G color/VS clarity Learn More
In-Stock

4.01 carat Heart Shape Fancy Vivid Yellow Lab Diamond Semi-Bezel Ring
Unique design featuring a fancy vivid yellow heart shape diamond center stone set in a half-bezel, atop a split pave cathedral band with a curved bridge; handmade in two-tone 18 karat gold. Diamond setting: .30 carats full cut round brilliant melee, colorless/VS clarity Ring Measures 2mm wide Learn More

Engagement Rings

Browse Lauren B’s collection of engagement rings all available for custom order with any size, shape, type or quality center-stone

What is a Pave Engagement Ring?

A pave engagement ring is a type of diamond engagement ring that has small diamonds set with beads, or prongs, in a close formation on the band. These rings are usually designed with one row going around the entire circumference of the ring, but some designs have two or three rows. Pave engagement rings are made using a variety of different metals such as gold, platinum, white gold, and silver.

Benefits of Pave Engagement Rings

Pave engagement rings offer many benefits including being more delicate than other types of ring designs. At Lauren B we use a special micro pave technique for our very thin engagement ring bands which helps minimize the appearance of any metal. This helps give the center-stone a floating appearance and puts it in the spotlight. These pave ring designs are also very versatile when it comes to pairing it with an eternity band!

Pave Engagement Rings in New York City, NY

If you are looking for a pave engagement ring in the New York area then Lauren B Jewelry is a great place to start! Browse our available pave rings or talk to a consultant about a custom ring design. Come visit us today or reach out by scheduling an appointment in-store or virtually.

What are Lab-Grown Diamonds?

Lab-grown diamonds, also known as lab-created diamonds, man-made diamonds, or synthetic diamonds, are diamonds that are manufactured in a laboratory. Lab-grown diamonds are created using two different methods: high pressure and high temperature (HPHT) or chemical vapor deposition (CVD). Lab-grown diamonds are real diamonds with the same hardness, optical properties, and chemical composition as natural diamonds.

Benefits of Lab-Grown Diamonds

Lab-grown diamonds have many benefits over natural diamonds.

Lab-grown diamonds are ethically produced because they are not mined from the earth. All lab-grown diamonds are conflict-free.
Lab-grown diamonds are less expensive than natural diamonds because there is an infinite amount of lab-grown diamonds that can be created.

Where to Buy Lab Grown Diamonds

Lab-grown diamonds are available through many different retailers. Lauren B Jewelry in New York City offers a large selection of lab-grown diamonds in-store located on the third floor at 608 5th Avenue, New York, NY 10020.

Every couple hopes to find that perfect symbol of eternal love. Today, there are so many engagement ring styles and shapes available to choose from that it can sometimes feel overwhelming. Before you begin shopping for your engagement ring, it is wise to have a good understanding of what's available and the differences between the shape of your center stone and the design of your new engagement ring.

Popular Diamond Shapes

It's easy to confuse the shape of your new diamond center stone with the design of your ring. Shape simply refers to the cut of the stone while design alludes to the configuration of the band and setting. Popular diamond shapes for the modern engagement ring include, but are not limited to:

Engagement Ring Designs

Your ring design, however, describes how your stone is set and how the band itself is embellished.

Halo: A frame of pave set diamonds that encases the top facing part of the center stone. When viewed from the top, a halo will increase the surface area of the diamond. This is a very popular style for many of our custom engagement rings.
Solitaire: A plain, simple band with no stones adorning the metal.
Pavé: Small diamonds or gemstones that are set close together in a line within the metal of the ring. The gems are separated and held in place by tiny bead prongs. The prongs holding the stones essentially disappear into the background of the ring giving the look of a continuous surface of diamonds.
Three-Stone: A three-stone design is marked by a central stone, usually larger, flanked by a stone on each side.

Where to Buy the Perfect Engagement Ring

Lauren B Jewelry carries an exquisite collection of in-stock and custom-designed engagement rings in styles to please everyone. Stop by today on the third floor at 608 5th Avenue, New York, NY, or shop our online collection.