Diamond 4cs for Lab-Grown Diamond Solitaire Shoppers: Report Fields, Cut Data, Inscription, and Value

Buyer Decision Snapshot

Best fit	Diamond 4cs for Lab-Grown Diamond Solitaire Shoppers decisions where beauty, comfort, documentation, service terms, and long-term wear need to be checked together.
Compare first	Stone shape, cut quality, setting height, metal tone, certification, return window, shipping insurance, resizing support, and care requirements.
Ask the jeweler	Request grading details, real hand photos or video, prong or setting notes, care guidance, delivery timing, and after-sale service coverage.
Main tradeoff	The most impressive photo is not always the easiest ring or jewelry piece to wear, insure, resize, or pair with daily styling.

Fast answer: Diamond 4cs for Lab-Grown Diamond Solitaire Shoppers: Report Fields, Cut Data, Inscription, and Value is a buyer decision, not just a style choice. Shortlist pieces by real-light appearance, comfort, documentation, budget fit, and service terms.

Inspection points before purchase

Check the grading report, measurements, setting profile, metal color, return terms, warranty, and delivery timing. Two lab-grown diamond pieces with similar photos can feel very different once cut, spread, setting height, and daily-wear comfort are compared side by side.

Questions that prevent regret

Ask whether the piece can be resized, how it should be cleaned, what is covered after delivery, and whether the photos show the actual stone or a representative sample. Clear answers protect the purchase after the excitement of the design wears off.

One couple came to us after spending three weeks researching online, heads spinning from conflicting advice scattered across dozens of websites. They sat in our showroom, looked at each other, and finally said, "We just want something beautiful and don't want to make a mistake." Twenty minutes later, armed with the 4Cs framework, they were pointing to specific stones and asking informed questions about proportion ratios. Finding the perfect engagement ring ranks among life's most meaningful decisions, and it shouldn't require a gemology degree to accomplish.

Lab Created Diamond engagement rings have transformed the jewelry industry. They offer exceptional quality at accessible price points—typically $2,800-$4,200 for a 1ct lab-grown round brilliant compared to $5,000-$8,000 for a comparable mined stone—while maintaining the beauty and brilliance shoppers expect from fine diamonds. Whether you're searching for wedding bands with Lab Grown Diamonds, exploring unique lab grown diamond rings, or simply want to understand what makes one diamond superior to another, the 4Cs provides your foundation.

Lab Grown Diamond solitaire showing brilliant sparkle and light performance">

Understanding the 4Cs: The Foundation of Diamond Quality

Every diamond—whether mined from the earth or created in a laboratory—receives quality evaluation based on four universal characteristics: Cut, Color, Clarity, and Carat weight. These grading standards, developed by the Gemological Institute of America (GIA) in the 1950s, remain the worldwide language for communicating diamond quality. at StoneBridge Jewelry, we offer diamonds graded by GIA, IGI, and GCAL, ensuring you receive verified documentation for every stone. We've helped thousands of couples understand these principles, transforming uncertainty into informed purchasing decisions.

The 4Cs matter because they directly influence three critical factors: how brilliant your diamond appears, how durable it remains over decades of wear, and what you'll pay for the stone. For Lab Grown Diamond shoppers, these factors unlock remarkable value—you can often select higher grades across all four categories within the same budget that would purchase a lower-quality natural stone. A G-VS1 lab created stone typically costs 40-50% less than an identical GIA-graded mined diamond.

Lab created stones achieve the same quality grades as mined diamonds while offering superior ethical credentials and environmental responsibility. Every Lab Grown Diamond undergoes the same rigorous grading processes by respected laboratories like IGI and GIA, ensuring you receive accurate, verified information about your stone's characteristics. GCAL provides additional verification with their Provenance Certification, confirming origin alongside the standard 4Cs assessment.

Cut: The Most Important C for Maximum Brilliance

If you remember one thing from this guide, let it be this: cut quality determines your diamond's beauty more than any other factor. The cut grade measures how well a craftsman transformed the rough diamond into its final form, evaluating proportions, symmetry, and polish. These technical details translate directly into light performance—the sparkle, fire, and brilliance that make diamonds so captivating. A well-proportioned round brilliant with an Excellent cut grade will exhibit a crown angle between 34-35 degrees and a pavilion depth of 42-44%.

Diamond cut grades from GIA range across five levels:

• Excellent: Maximum light return, exceptional brilliance
• Very Good: Impressive sparkle with minimal light leakage
• Good: Solid performance, good value for budget-conscious buyers
• Fair: Noticeable compromise in brilliance
• Poor: Significant light loss through sides and bottom

When a diamond receives an Excellent cut grade, light enters through the crown at precisely calculated angles, bounces within the pavilion via total internal reflection, and returns through the top in a dazzling display of white light and colored flashes. A depth percentage of 59-62.5% and table percentage of 54-57% optimize this light return. Poorly cut diamonds with deep pavilions or steep crowns leak light through the sides and bottom, appearing dull even with perfect color and clarity grades.

Lab Grown Diamond Engagement Rings often exceed mined stones in cut quality. Controlled laboratory conditions allow precise manipulation of growth parameters, resulting in crystals optimized for superior cutting outcomes. We consistently see lab created stones achieving Excellent grades at higher rates than their natural counterparts—approximately 75% of our 1ct round brilliants receive Excellent cut grades from IGI.

A groom came to us two years ago, apologizing before he even spoke. He'd proposed with a 1.5-carat diamond he'd purchased online—great specs on paper, he said. The problem? His fiancée noticed it looked lifeless next to her sister's smaller stone. We remounted a carefully selected 0.90ct with Excellent cut, and when he presented it to her, she immediately noticed the difference. "This is the ring I said yes to," she told him. Cut quality matters more than any other factor, and this is where couples most often make purchasing mistakes when they prioritize carat weight over craftsmanship.

Color: Finding the Right Grade for Your Setting

Diamond color measures the presence of yellow or brown tones in white diamonds, graded on a scale from D (completely colorless) to Z (noticeable color). The differences between adjacent grades appear nearly invisible to untrained eyes, yet they significantly impact both appearance and price. A D-color stone allows 100% transmission of white light, while an M-color stone absorbs measurable wavelengths in the blue-violet spectrum.

The D-Z scale divides into several categories with practical implications for shoppers:

• D-F (Colorless): Premium grades, command higher prices
• G-J (Near Colorless): Excellent value, appears colorless in most settings
• K-M (Faint): Visible warmth, often works well in yellow gold settings
• N-Z (Very Light to Light): Noticeable color, generally not recommended for solitaire engagement rings

For most couples, G-H color grades represent the sweet spot between quality and value. These near-colorless diamonds appear completely white, especially when mounted in 14K white gold or 950 platinum settings. The human eye struggles to distinguish G color from D color in normal viewing conditions, yet the price difference typically exceeds 15-20%. A G-color 1ct round brilliant costs approximately $3,200-$3,800, while a comparable D-color stone runs $4,500-$5,500.

Your metal choice significantly affects which color grades work best. Yellow gold and rose gold settings warm the appearance of diamonds, meaning you can comfortably select slightly lower color grades (H-J) without noticing warmth. A cathedral setting with pave band in 14K yellow gold pairs beautifully with an H-color center stone. White metals (950 platinum, 14K white gold) require higher color grades (G or better) to maintain that crisp, colorless appearance in solitaire rings.

Colored Lab Grown Diamonds offer an exciting alternative for couples seeking something unique. These stones—whether in soft pinks grown through HPHT with nitrogen trace elements, rich blues created via CVD with boron doping, or vibrant yellows from nitrogen exposure—bypass the traditional color scale entirely. Their vivid hues come from trace elements introduced during growth, creating stunning pieces that stand apart from conventional white diamond solitaire rings.

Clarity: Understanding Inclusions and Eye-Clean Stones

Clarity evaluates the presence of internal features (inclusions) and surface blemishes. These characteristics form during the diamond's creation—whether over billions of years underground or 10-14 days in a laboratory CVD chamber. Clarity grades range from FL (no inclusions or blemishes visible under 10x magnification) to I3 (obvious inclusions affecting transparency and brilliance). A VS1-grade stone typically contains inclusions measuring less than 0.5% of the stone's volume.

The complete clarity scale includes:

• FL/IF (Flawless/Internally Flawless): Extremely rare, no visible inclusions
• VVS1/VVS2 (Very Very Slightly Included): Minute inclusions extremely difficult to detect
• VS1/VS2 (Very Slightly Included): Minor inclusions visible only under magnification
• SI1/SI2 (Slightly Included): Inclusions noticeable under 10x magnification
• I1/I2/I3 (Included): Obvious inclusions affecting transparency and brilliance

For engagement rings worn daily, I recommend targeting VS1-VS2 clarity grades or higher. A VS1-graded 1.2ct round brilliant contains inclusions invisible to the unaided eye at normal viewing distances, yet costs significantly less than a VVS1 stone. SI1 diamonds can work well depending on the specific inclusions— feathers near the girdle or crystal inclusions centrally located may pose durability concerns—though some display visible characteristics that may detract from beauty over time.

Lab Grown Diamonds often demonstrate superior clarity compared to mined stones. The controlled CVD environment eliminates many natural formation variables that create inclusions. When browsing our collection of lab created Diamond Engagement Rings, you'll notice higher proportions of VS and VVS-graded stones—approximately 65% of our inventory falls in these ranges. This gives you more options for exceptional clarity within any budget, with prices ranging from $2,100-$2,800 for VS1-graded 1ct lab diamonds.

Carat: Balancing Size with Quality

Carat weight measures a diamond's size, with one carat equaling 200 milligrams (0.2 grams). While carat weight often dominates purchasing decisions—it's the most visible characteristic—the other three Cs frequently matter more for overall beauty and value. A 1.00ct round brilliant typically measures 6.4-6.5mm in diameter.

Here's what nobody tells you: price jumps significantly at certain carat thresholds: 0.50ct, 0.75ct, 1.00ct, 1.50ct, and 2.00ct. These thresholds create situations where a 0.95ct diamond costs approximately $2,400-$2,900 while a 1.00ct diamond of the same quality commands $3,200-$4,000—a 25-35% premium for a mere 0.05ct difference that's virtually undetectable to the eye.

Different diamond shapes carry their weight differently, affecting the visual size you perceive. Round brilliant cuts typically appear smaller than fancy shapes of equal carat weight because they sacrifice some outer diameter for optimal light performance. An oval cut diamond of the same weight often appears 10-15% larger due to its elongated shape. If maximum "finger coverage" matters, consider elongated shapes like oval, pear, or emerald cuts, which often appear larger than round diamonds of the same weight.

Lab Grown Diamonds provide remarkable advantages for carat-focused shoppers. The same $3,500 budget that purchases a 0.80ct natural diamond often secures a 1.50ct lab created stone with G-VS1 specifications. This size advantage appeals to couples wanting impressive presence—visual impact of 8-9mm diameter—without the $8,000-$12,000 investment required for large natural diamonds.

A well-cut 1.00ct diamond with G color and VS1 clarity will outshine a poorly-cut 1.50ct diamond with I color and SI1 clarity every time. Focus on securing Excellent or Very Good cut first, then allocate remaining budget toward color, clarity, and carat based on your priorities. This strategy typically yields a more beautiful ring that costs less than one pursuing maximum carat weight at the expense of other grades.

Lab Grown vs. Natural Diamonds: Making an Informed Choice

Should you choose a lab grown or natural diamond? The answer depends on your values, budget, and priorities. Both options offer genuine diamonds with identical physical, chemical, and optical properties—a refractive index of 2.42 and dispersion of 0.044 create the characteristic sparkle regardless of origin. Neither is "better" universally—the choice reflects personal circumstances and preferences.

Lab Created Diamonds share the same carbon crystal structure as mined diamonds, displaying identical hardness (10 on the Mohs scale), refractive index, and brilliance. A 1.50ct Lab Grown Diamond measures exactly 7.30mm in its diameter and weighs precisely 0.300 grams—identical measurements to a natural stone of the same carat. Professional gemologists cannot distinguish between them without specialized equipment, and both receive grading reports from GIA, IGI, or GCAL using identical standards. When you purchase a lab grown diamond solitaire from StoneBridge Jewelry, you receive a genuine diamond that will last generations.

I've watched couples walk into our showroom skeptical about lab grown options, their minds half-made up before we spoke. Then they saw what their budget could actually accomplish. One couple came in planning to spend $6,000 on a 0.80ct natural stone they'd seen elsewhere. They left with a 1.50ct G-VS1 lab created round brilliant set in platinum—and when the bride tried it on, she teared up. The Sustainable Engagement Rings movement has driven explosive growth in lab diamond popularity, and it's genuinely exciting to see younger couples embrace ethical options without feeling like they're settling.

Consumer preferences shift based on what matters most to each individual or couple. Some prioritize the geological narrative of natural diamonds formed over 1-3 billion years at depths of 150-200km beneath Earth's surface. Others value the technological achievement of creating identical stones in 10-14 days through CVD or 5-7 days via HPHT methods. Many appreciate the significant cost savings—approximately $4,000-$6,000 on a 1.50ct G-VS1 stone—that enable larger, higher-quality stones within their budgets. All perspectives are valid.

How Are Lab Grown Diamonds Made?

Two primary methods produce Lab Created Diamonds, each replicating the natural formation process under controlled conditions:

High Pressure High Temperature (HPHT) recreates the extreme conditions where natural diamonds form—temperatures exceeding 1,500°C and pressures above 5 GPa (gigapascals). A small diamond seed sits within a metal solvent catalyst while these conditions transform carbon into diamond crystal. This method produces diamonds quickly (5-7 days for commercial sizes) and often results in colorless stones suitable for Engagement Ring Settings.

Chemical Vapor Deposition (CVD) builds diamonds layer by layer in a controlled chamber filled with methane and hydrogen gas at approximately 800-900°C and low pressure (20-80 kPa). Microwave energy activates the gas plasma, causing carbon atoms to deposit onto a diamond substrate at rates of approximately 50-100 microns per hour. This process allows exceptional control over diamond characteristics and has become increasingly common for producing high-quality stones with superior clarity grades.

The resulting Lab Grown Diamonds possess identical properties to mined diamonds. Major gemological authorities—including GIA, IGI, AGS, and GCAL—grade lab created stones using the same rigorous standards applied to natural diamonds. GCAL's 8x magnification and light performance analysis provides additional confidence for lab grown purchases. This standardization means You Can Trust the quality information accompanying any certified lab grown diamond.

Misconceptions persist about lab created stones being "fake" or "synthetic" in the consumer sense, but these terms misrepresent their nature. Cubic zirconia (ZrO2) and moissanite (SiC) are diamond substitutes with different chemical compositions and physical properties. Lab Grown Diamonds are real diamonds—identical crystal structures, hardness, and optical properties—just created through accelerated processes rather than geological ones. When comparing lab grown Diamonds vs Moissanite or other simulants, the distinction is fundamental—lab diamonds share every property with earth-mined stones while alternatives do not.

The Value Proposition: Cost, Rarity, and Long-Term Considerations

Lab Grown Diamonds typically cost 30-50% less than natural diamonds of equivalent quality. This pricing reflects supply dynamics rather than quality differences—creating diamonds in laboratories doesn't require the massive infrastructure, labor, and geological luck needed for mining operations. A 1ct G-VS1 lab grown diamond ranges from $2,800-$3,500 while the same grade natural stone costs $5,500-$7,500. The cost savings pass directly to consumers, enabling upgrades across all four Cs or significant budget reduction.

Environmental impact represents another significant advantage. Mining operations consume substantial resources—approximately 250-300 gallons of water per carat for traditional mining versus 50-60 gallons for lab production. CVD and HPHT diamond production requires approximately 200+ gallons less water per carat and produces a dramatically smaller carbon footprint of 0.028 metric tons CO2 equivalent per carat versus 0.57 metric tons for mined stones. For environmentally conscious couples, sustainable engagement rings made with lab created stones align with their values without sacrificing beauty or quality.

Natural diamonds have historically retained value better than lab created stones, though the gap has narrowed as consumer acceptance grows. Lab Grown Diamond resale values currently range from 30-50% of original purchase price, compared to 50-70% for natural diamonds. If maximum resale or heirloom value represents your primary concern, natural diamonds may suit you better. For most couples, the practical reality is that engagement rings rarely sell at meaningful prices regardless of origin—their emotional value far exceeds market value, and honestly, that's the whole point of choosing one in the first place.

Lab Grown Diamond trends point toward continued market growth, technological improvements, and expanding consumer acceptance. New cutting techniques enable better light performance from larger rough stones. Available sizes have expanded to include 3ct+ stones previously rare in lab production. Increasingly diverse color options—including rare pinks, vivid blues, and chameleon varieties—broaden possibilities for unique lab grown diamond rings that express individual style. GCAL's VerifEye technology now allows instant verification of lab origin at point of sale.

Choosing the Perfect Lab Diamond Solitaire: Shape and Setting

With your 4Cs knowledge, selecting shape and setting becomes the enjoyable final step. Diamond shapes range from the classic round brilliant—optimized for maximum sparkle with 58 precisely-angled facets—to elegant emerald cuts featuring step-cut parallelism, romantic ovals with 58 brilliant-cut facets, vintage cushion cuts with 58-64 chunky facets, and dramatic princess cuts with 57-76 brilliant facets. Each shape carries distinct personality and practical considerations.

Your lifestyle influences shape selection. Round brilliant and princess cuts suit active lifestyles due to their symmetrical designs that protect against chipping—princess cuts require V-prong settings to guard pointed corners. Oval and pear shapes offer elegant elongation but require slightly more careful wear and 6-prong settings to protect pointed tips. Emerald cuts showcase clarity prominently, making them ideal choices if you've prioritized VS1-VS2 grades where inclusions become visible under their large, open facets.

Hand shape affects which shapes appear most flattering. Shorter fingers (under 54mm in circumference) often benefit from elongated shapes like oval, marquise, or emerald cuts that create the illusion of longer fingers—a 1.20ct oval measures approximately 8.0mm x 5.8mm versus a 1.20ct round at 6.8mm diameter. Longer fingers suit virtually any shape, though round brilliant remains universally flattering. I've had customers come in wanting a 2-carat round brilliant, try on an oval, and completely change their minds once they saw how it looked on their specific hand.

Setting choices range from minimal solitaires that maximize light exposure—like a 4-prong Tiffany-style mounting in 950 platinum—to elaborate designs with diamond-accented bands. A cathedral setting with pave band lifts the center stone high, allowing light to enter from beneath for enhanced brilliance. Classic solitaire settings let your Lab Grown Diamond take center stage, while tension settings and bezel settings offer contemporary alternatives with added security. For active lifestyles, a secure six-prong platinum setting with protected stone placement ensures your engagement ring withstands daily wear.

Browse our engagement rings collection to explore how different shapes and settings complement various Lab Grown Diamond specifications. Our ring builder tool lets you visualize combinations before committing—pair a 1.50ct oval with a cathedral setting in 14K white gold, or explore a cushion cut set in rose gold with a vintage-inspired milgrain edge. Helping you see exactly how your selections will appear reduces uncertainty and increases satisfaction.

A timeless round brilliant solitaire in a classic 6-prong platinum setting, an elegant emerald cut set in a sleek bezel, or a romantic oval in a three-stone platinum mounting—our collection spans the spectrum of styles. Explore our lab-grown diamonds to compare specifications—a 1.80ct F-VS1 oval at $4,200 versus a 2.00ct G-VS2 round at $4,800—and discover options within your preferred parameters. Each stone comes certified by GIA, IGI, or GCAL, ensuring the 4Cs grades you see match what you receive.

Caring for Your Lab Grown Diamond

Your Lab Grown Diamond requires regular care to maintain its brilliance. Lab grown diamonds are ultrasonic cleaner safe—unlike some diamond simulants—making deep cleaning straightforward. Clean your ring weekly using warm water, mild dish soap, and a soft toothbrush, or use an ultrasonic cleaner for professional-level results. Avoid harsh chemicals including chlorine bleach, which can damage prong settings over time. Remove your ring during activities that could damage the setting, and store it separately from other jewelry to prevent scratches on metal bands.

Annual professional cleanings help maintain your ring's appearance and allow inspection of prong integrity. A trained jeweler will check that 14K white gold or 950 platinum prongs remain secure—worn prongs should be rebuilt every 3-5 years depending on wear patterns. Our jewelry experts offer complimentary cleaning services for all purchases. Check our ring size guide if you're measuring secretly, and browse our blog for more insights about ethical diamond jewelry and current trends.

Diamond 4Cs for Lab Grown Diamond Solitaire Shoppers: decision table

Decision area	Best fit	What to verify	Risk if skipped
Report details	Comparing lab-grown and natural diamond options	Lab name, report number, proportions, clarity comments, and inscription	A stone looks attractive but lacks enough verification
Visual performance	Sparkle, face-up size, and value	Cut grade, measurements, depth, table, and symmetry	Carat weight is prioritized over actual appearance
Purchase support	Confidence after checkout	Return period, warranty, appraisal, and shipping insurance	The buyer cannot resolve issues after delivery

Frequently Asked Questions

How do I know if a Lab Grown Diamond is certified?

Reputable lab grown diamonds come with grading reports from established laboratories like GIA, IGI, GCAL, or AGS. These reports specify the 4Cs grades—documenting carat weight to the hundredth of a carat, color grade against master stones, clarity grade under 10x magnification, and cut grade based on proportion analysis—and confirm the stone's lab created origin. Always request certification when purchasing, and verify the report number matches your diamond through the issuing laboratory's website. A GIA report for a lab grown diamond includes a specific statement indicating its origin; IGI uses the designation "Laboratory Grown." StoneBridge Jewelry provides certification documentation with every lab grown diamond purchase.

Do lab grown diamonds hold their value over time?

Lab grown diamonds generally depreciate less dramatically than many expect. While they typically cost less upfront—approximately $3,200 for a 1ct G-VS1 lab stone versus $6,000 for the natural equivalent—the market for lab created stones has stabilized as consumer acceptance grows. Current resale values range from 30-50% of original retail for lab grown stones versus 50-70% for natural diamonds. For practical purposes, engagement rings rarely sell at significant percentages of purchase price regardless of origin—their primary value lies in emotional significance rather than resale potential.

Can you tell the difference between a Lab Grown and Natural diamond?

Without specialized equipment like Diamond View (which reveals growth patterns under UV fluorescence) or advanced spectroscopy, gemologists cannot visually distinguish between lab grown and natural diamonds. Both appear identical to the naked eye and even under standard jeweler's loupes at 10x magnification. Only advanced testing revealing phosphorescence patterns unique to HPHT stones or specific strain patterns from CVD processes can definitively reveal growth origin, which is why GCAL, GIA, and IGI certification provides the only reliable identification method. Both certified stones carry identical value as fine jewelry.

Are lab grown diamonds more ethical than mined diamonds?

Lab Created Diamonds eliminate concerns about conflict minerals and poor labor practices associated with some mining operations. They require significantly less water (50-60 gallons per carat versus 250-300 gallons for mining) and land disturbance while producing a smaller carbon footprint of 0.028 metric tons CO2e per carat versus 0.57 metric tons for mined stones. HPHT-grown stones use high energy inputs, while CVD stones require less power overall. For consumers prioritizing ethical diamond jewelry, lab grown options from suppliers with renewable energy commitments provide confidence in their purchase's social and environmental impact.

What's the best cut grade for an engagement ring?

Excellent cut grades deliver maximum brilliance and should be your priority when balancing the 4Cs. Very Good cuts offer excellent value with minimal compromise in sparkle—typically 10-15% less expensive than Excellent grades. I recommend avoiding Good, Fair, and Poor cuts regardless of other specifications—the reduction in light performance outweighs any savings from lower grades in other categories. An Excellent-cut 0.90ct G-VS1 in a 4-prong platinum solitaire will outshine a Fair-cut 1.20ct I-SI1 every time.

How should I care for my lab grown diamond engagement ring?

Lab grown diamonds are safe for ultrasonic cleaning—a significant advantage over many diamond alternatives. Clean your ring weekly with warm water and mild dish soap, using a soft toothbrush to remove buildup. For deeper cleaning, use an ultrasonic cleaner or steam cleaner without concern for the diamond itself. Avoid exposure to harsh chemicals including chlorine bleach and ketones, and remove your ring during physical activities, especially weightlifting or gardening where prongs may catch. Annual professional cleanings at a reputable jeweler maintain sparkle and allow inspection of 950 platinum or 14K gold prong integrity to ensure your stone remains secure.

After fifteen years of helping couples find their perfect rings, I've learned that the details matter less than the moment they create. A groom-to-be contacted us last spring, nervous because he'd chosen a ring without telling his fiancée her ring size. We resized it twice in two weeks, but when he finally proposed on that beach at sunset, the fit was perfect—and the look on her face made every frantic email worthwhile. Understanding the 4Cs transforms diamond shopping from an intimidating challenge into an empowering experience. You now possess the knowledge to evaluate options confidently—a 1.50ct G-VS1 round brilliant with Excellent cut represents exceptional value at $3,800-$4,400—communicate preferences clearly to jewelers, and select a lab grown diamond solitaire that balances beauty, Quality, and Value according to your priorities. Whether you choose a 1.20ct F-VS2 emerald cut set in a cathedral platinum setting or a 2.00ct oval in a bezel 14K white gold mounting, the perfect diamond awaits—and now you're equipped to find it.

Explore our jewelry collection for additional gift ideas including lab grown diamond necklaces featuring round brilliant pendants in 14K gold, three-stone anniversary rings, and tennis bracelets with matching VS-clarity stones.