Pear Shaped Diamond Engagement Ring Styles Flattering Your Hand

Buyer Decision Snapshot

Best fit	pear shaped diamond engagement ring styles flattering your hand for jewelry shoppers comparing real photos, certification, setting comfort, budget, service terms, and daily wear where beauty, comfort, documentation, and service terms need to be checked together.
Compare first	Stone shape, cut quality, setting height, metal tone, certification, return window, shipping insurance, and resizing support.
Ask the jeweler	Request grading details, real hand photos or video, prong or setting notes, care guidance, and a clear timeline before purchase.
Main tradeoff	The most impressive photo is not always the easiest ring or jewelry piece to wear, insure, resize, or pair with a wedding band.

Fast answer: Pear Shaped Diamond Engagement Ring Styles Flattering Your Hand is a buyer decision, not just a style trend. Shortlist pieces by how they look in real light, how they sit on the hand or body, and how clearly the seller documents the stone and service terms.

What to inspect before choosing this style

Check the grading report, measurements, setting profile, metal color, return terms, warranty, and delivery timing. For lab-grown diamond jewelry, two 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 buyer 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 make the final choice easier and protect the purchase after the excitement of the design wears off.

Introduction: Why Pear Shaped Diamond Engagement Rings Captivate Couples

Pear Shaped Diamonds captivate couples seeking engagement rings that break from tradition while retaining timeless elegance. Worth every penny when chosen correctly.

Industry data reveals a remarkable 45% increase in pear shaped diamond sales over the past three years—a trend driven by brides wanting something beyond the ordinary round brilliant without sacrificing brilliance or sophistication.

One couple came to us three weeks before their wedding, panicked because the round brilliant ring he'd ordered didn't feel like "her." She wanted something unique that reflected her artistic spirit. We showed her a 1.5ct pear shaped Lab Grown Diamond in a delicate east-west setting. She cried right there in our showroom. "This is the ring I always imagined," she whispered. That's the power of finding the right shape.

How does this distinctive teardrop silhouette achieve such universal appeal? The curved body flows from a single pointed end, creating visual interest that draws the eye along the hand while elongating the finger through its asymmetric profile.

Exceptional light return. Superior elegance. One unique shape.

Budget-conscious couples discover another advantage: a 1.2ct F-VS2 pear shaped Lab Grown Diamond typically ranges from $1,400-$2,200, compared to $4,000-$6,500 for a mined equivalent. The same breathtaking beauty. A fraction of the cost.

This hybrid cut combines approximately 58 facets borrowed from marquise and brilliant cutting techniques, producing a distinctive teardrop profile that photographs exceptionally well under various lighting conditions.

Pear Shaped Diamond Engagement Ring on hand">

Understanding the Pear Shaped Diamond: Anatomy and Proportions

Before shopping, understand how these stones work. Smart purchases start with knowledge.

The pear cut comprises three essential parts: the pointed end (often called the nose or point where vulnerability concentrates), the rounded shoulders tapering gracefully toward that point, and the curved base where the stone meets the setting. This hybrid shape borrows elements from both marquise and brilliant cuts, creating its signature teardrop look.

What determines whether a pear diamond flatters your hand beautifully?

The ideal length-to-width ratio holds the answer. Industry standards suggest ratios between 1.45 and 1.75 for optimal beauty, with the 1.55-1.65 range representing the sweet spot for most configurations. Ratios below 1.45 produce stones appearing too rounded and marquis-like, while ratios above 1.75 create an elongated, stretched appearance better suited to specific hand types and vintage-inspired settings.

Cutting creates 58 facets arranged to maximize light performance. Brilliant-cut pear diamonds feature triangular and kite-shaped facets radiating from the table, while modified-cut variations include additional facets along the girdle for enhanced visual interest. A well-proportioned pear displays consistent brilliance across the rounded belly while minimizing light leakage along the pointed termination.

Cut quality matters more than anything else. This cannot be overstated.

Poorly cut pear diamonds display obvious bow-tie effects where light absorption creates dark zones through the stone's center. A GIA or IGI cut grade of Excellent or Very Good ensures well-proportioned pear shapes display superior fire and scintillation regardless of carat weight or color grade.

That pointed end requires protection. Without it, everyday wear risks chipping. V-prong or bezel settings at the nose provide necessary security.

Finding Your Perfect Match: Hand Shapes and Pear Diamond Styles

Matching your ring to your hand type gets you the most flattering result. Your hand's characteristics—finger length, palm width, and overall proportion—guide both stone size selection and orientation choices.

Slender hands with long fingers pair exceptionally well with pear shaped diamonds oriented point toward the fingertip. This configuration emphasizes natural elegance while creating a sophisticated vertical line.

Want maximum elongation? Choose this orientation.

Longer ratios (1.60-1.75) complement these hands particularly well, as the stone extends visual length without overwhelming delicate proportions. A 1.5ct pear in this orientation creates approximately 8.2mm of visual length on a size 6 finger—substantial presence without overwhelming the hand.

Shorter fingers benefit from the opposite orientation—point facing toward the palm. This creates the illusion of added length while drawing attention toward the center of the hand. Selecting a slightly shorter ratio (1.45-1.55) prevents the stone from appearing oversized while still providing meaningful visual impact.

Wider palms and knuckles require careful attention to proportion. A moderate ratio (1.50-1.65) balances broader hand structures without appearing undersized.

Active lifestyle? Six-prong settings cradle the curved belly while securing the pointed end, distributing pressure evenly across the girdle to reduce stress on vulnerable areas.

Ring sizing affects how the stone sits on the finger. A properly sized engagement ring positions the stone above the knuckle where hand width is typically narrowest, ensuring the pear shape doesn't dwarf the finger. The stone should sit approximately 6-7mm above the finger shank for optimal visual balance.

A bride recently told me she almost said no to her ring because it spun constantly on her finger. The pear diamond kept rotating until the point faced her palm—hideous, she said, like hiding the best part of your smile. After resizing and switching to a tension-style setting, she sent us photos from her honeymoon. "Every time I look at my hand, I fall in love again," she wrote.

Ring Settings That Complement Pear Shaped Diamonds

The setting frames your engagement ring, protecting the stone while enhancing its natural beauty. Each style offers distinct advantages.

Solitaire settings remain the timeless choice. Four-prong or six-prong 950 platinum settings maximize light entry while keeping the stone secure. The pointed end requires particular attention—v-shaped prongs at the nose prevent impact damage while maintaining an unobstructed view of the stone's profile. A cathedral solitaire with thin shoulders creates elegant elevation while maintaining structural integrity for active individuals.

Simple. Classic. Forever elegant.

Halo settings amplify visual impact by surrounding the pear diamond with a circle of smaller accent stones. This approach creates the appearance of a larger center stone while adding brilliant accents along the shoulders. A pavé band incorporating additional stones along the 14K white gold shank creates even greater overall sparkle, with micro-pavé settings using stones as small as 0.5mm for continuous metal coverage.

Want maximum sparkle? Consider this option.

Three-stone designs carry profound symbolism—representing the past, present, and future of your relationship. A center pear shaped diamond flanked by complementary cuts (typically trillion or round brilliant side stones) creates substantial visual presence while adding meaningful narrative to the piece. A 1.0ct pear center stone paired with 0.30ct trillion side stones creates a balanced three-stone configuration weighing approximately 1.60 total carats.

Choosing the Right Metal and Band for Your Pear Shaped Ring

Metal selection significantly influences how your ring appears against the skin and under various lighting conditions. Choose wisely.

Platinum and white gold create contemporary aesthetics that enhance higher-color diamonds. 950 platinum (95% pure platinum with 5% ruthenium or cobalt alloy) offers superior durability and hypoallergenic properties, though its denser weight (21.45 g/cm³) produces a more substantial feel than 14K white gold (13.05 g/cm³).

Maintenance matters here. 14K white gold requires periodic rhodium replating to maintain its bright white appearance, typically every 12-18 months depending on wear patterns.

Yellow gold introduces warm contrast that many find classically romantic. This metal choice masks faint color tints in lower-grade stones while creating traditional appeal. 18K yellow gold (75% pure gold) provides richer color than 14K (58.5% pure gold) but scratches more readily due to increased gold content.

Have diamonds with J-K color grades? Yellow gold works exceptionally well—the warm reflection creates an illusion of whiter appearance.

Rose gold offers similar warmth with contemporary appeal, achieved through copper alloy composition (typically 75% gold, 22.25% copper, 2.75% silver for 18K). Its softer composition makes it better suited to protective settings like bezel or six-prong configurations rather than exposed four-prong styles.

Wedding band pairing requires consideration of both aesthetic harmony and practical fitting. Contoured wedding bands shaped to follow the pear diamond's curved silhouette create seamless visual flow between the engagement and marriage band. Flush-fit bands sit parallel without interruption, though achieving this fit requires precise band shaping by skilled jewelers. Matching metal types (14K white gold to 14K white gold) prevents galvanic reaction and ensures consistent wear patterns.

Ethical jewelry choices matter to many couples. Select wedding bands with Lab Grown Diamonds from matching collections. This approach ensures cohesive metal types and diamond origins throughout the ring set.

An anniversary surprise taught me the importance of matching metals the hard way. I'd bought my wife a yellow gold band to stack with her White Gold Engagement Ring—romantic, I thought, mixing metals like fashion magazines suggest. Within six months, the different hardness levels and galvanic reaction left green marks on her finger where the metals touched. She loved the sentiment, but we learned to choose one family of metals and stay consistent. Now, fifteen years later, we have a perfectly matched set in platinum that travels through life together without chemical drama.

Ethical and Sustainable: Why Lab Grown Pear Diamonds Are the Smart Choice

Two primary production methods dominate commercial diamond synthesis. Both create identical stones.

HPHT technology replicates the extreme conditions beneath Earth's surface where natural diamonds form. Diamond seeds experience pressures exceeding 1.5 million pounds per square inch and temperatures above 2,000 degrees Celsius while surrounded by metal catalysts including iron, nickel, and cobalt. This process produces diamonds with the same carbon crystal structure and hardness rating of 10 on the Mohs scale.

CVD processes grow diamonds layer by layer within sealed chambers filled with carbon-rich gases, typically methane and hydrogen. Microwave energy activates these gases at approximately 800-900 degrees Celsius, causing carbon atoms to deposit onto seed plates in controlled patterns. CVD-grown diamonds often display exceptional clarity because the controlled environment prevents included impurities from forming during growth.

Which method produces better diamonds? Neither—both create stones gemological laboratories cannot distinguish from mined diamonds without specialized equipment.

The environmental advantages extend beyond absence of mining impact. Lab grown production requires approximately 250 kilowatt-hours of energy compared to the 538 million BTUs needed to extract and process a mined diamond of equivalent size. Renewable energy-powered facilities have reduced the carbon footprint per carat by over 90% compared to traditional mining operations.

Lab Grown Diamonds carry absolute conflict-free guarantees. Controlled laboratory conditions prevent any connection to blood diamond trade or exploitative labor practices.

A firefighter proposed to his girlfriend using a lab grown pear diamond—the same material, he explained, that could have funded conflict in war-torn regions. He wanted their beginning to be pure, he told us, like their future. She said yes before he finished explaining why it mattered. "I didn't need a lecture," she laughed later. "I just needed you to ask." But knowing the origin made that moment even sweeter for both of them.

Lab Grown Diamond Certification: What You Need to Know

Diamond certification protects buyers from overpaying for stones that don't meet represented standards. Never skip this step.

GIA and IGI certification represents the gold standard for diamond verification. GIA (Gemological Institute of America) developed the 4 Cs grading system that has become universal industry language, while IGI provides comparable certification with particular expertise in lab grown stones. GCAL offers alternative certification emphasizing cut precision and light performance analysis.

Certificates include plotted diagrams showing clarity characteristics, fluorescence levels, and precise proportion measurements including table percentage, depth percentage, and girdle thickness.

The 4 Cs apply to pear shaped stones with specific considerations for this cut. Cut quality ranks as most important—poorly cut pear diamonds display obvious bow-tie effects where light absorption creates dark zones through the stone's center.

Color grading matters more for larger stones. Why? The teardrop shape can concentrate body color in the pointed end where the table meets the point. D-F color grades are recommended for stones exceeding 1.0 carat.

Clarity requirements depend on personal tolerance for inclusions, though VS1-VS2 grades typically appear clean to unaided vision in pear shaped cuts. SI1 clarity may show visible inclusions under 10x magnification but remain eye-clean in many configurations. Carat weight pricing follows curves similar to other fancy cuts, with premium prices at common sizes like 0.50, 1.00, and 1.50 carats.

Verifying your Lab Grown Diamond's authenticity requires checking the inscription on the stone's girdle (visible under 10x magnification) against the accompanying certificate. Most certified stones include both a serial number and the notation "lab grown" or "LG" laser inscribed on the girdle to distinguish them from natural diamonds.

Celebrity Inspiration: Iconic Pear Shaped Engagement Rings

Celebrity Engagement Rings frequently spotlight pear shaped diamonds, driving popularity among style-conscious couples. Notable engagements featuring this cut include platinum-selling artists, professional athletes, and social media personalities who showcase their rings to millions of followers.

Why do famous figures gravitate toward pear shaped diamonds?

The silhouette photographs exceptionally well, displaying maximum sparkle in engagement sessions and red carpet appearances. A 3.0ct+ pear shaped diamond creates substantial visual impact in photographs while the elongated shape creates an elegant finger-flattering appearance.

Ring customization allows celebrities to request specific combinations—larger carat weights, rare fancy colors, or unique settings that differentiate their rings from mass-market options.

Pink, blue, and yellow pear shaped Lab Grown Diamonds have appeared on countless public figures, normalizing these vibrant options for mainstream consumers.

Fancy colors attract you? Consider these options.

Pink coloration is achieved through irradiation and subsequent heat treatment, creating colors ranging from subtle blush (treated Type Ia diamonds) to vivid magenta. Blue coloration typically results from boron infusion during CVD growth or post-growth treatment.

Recreating celebrity-inspired styles affordably proves straightforward with Lab Grown Diamonds. A 2.5ct pear shaped lab grown diamond achieving similar visual impact to a multi-million dollar celebrity ring costs approximately $4,500-$7,500 depending on color and clarity grades, compared to $25,000-$40,000 for a mined equivalent of comparable specifications.

Caring for Your Pear Shaped Lab Grown Diamond Engagement Ring

Proper maintenance preserves your engagement ring's brilliance through years of daily wear. Lab Grown Diamonds are safe for ultrasonic cleaning when properly set by a professional jeweler, unlike some gemstones that may be damaged by vibration.

Daily wear requires caution. Remove your ring during activities that could damage the setting or stone. Hand sanitizer, chlorine bleach, and hairspray chemicals degrade metal alloys over time, particularly at prongs and solder points where galvanic reaction accelerates corrosion. Gardening, dishwashing, and gym equipment create physical impact risks for the vulnerable pointed end of pear shaped stones.

Home cleaning requires only basic supplies: warm water, mild dish soap, and a soft-bristled toothbrush. Gently scrubbing the diamond surface, prong areas, and underside removes daily buildup of lotions, skin oils, and environmental residues.

For Lab Grown Diamonds specifically, ultrasonic cleaners are generally safe when used at proper frequencies (typically 40kHz) for settings constructed from 14K or 18K gold or 950 platinum, though vibrating action can eventually loosen stones from settings over extended periods of frequent use.

Professional maintenance should occur annually, regardless of apparent condition. Jewelers inspect prongs for wear using magnification, check stones for secure setting with gemological tools, and perform professional steam or ultrasonic cleaning that reaches areas home methods cannot.

Check prong wear every 6 months for rings worn daily. Even 0.2mm of wear can significantly reduce stone security.

Metal care varies by composition. Platinum develops patina over time that some prefer for its antique character, while 14K or 18K white gold requires periodic rhodium replating (every 12-24 months depending on wear). Rose gold shows scratching more readily than other options due to copper alloy content, though this wear contributes to its characteristic warm glow and many wearers consider it part of the ring's story.

At StoneBridge, annual cleaning appointments are complimentary for all engagement ring purchasers, ensuring your piece receives expert attention throughout its lifetime.

I remember a couple who came to us heartbroken. Her pear shaped engagement ring—the one he'd saved for two years to afford—had caught on a grocery bag handle six months into their engagement. The single prong holding the vulnerable point had bent back, and the diamond shifted in its setting. They didn't even notice until she felt it wobble at dinner that night. "I wanted to give her something that would last forever," he said, his voice cracking. We rebuilt the setting with a protective v-prong and six-prong overall configuration. Three years later, they returned for their wedding bands, and she showed us the ring still looked perfect despite daily wear. "You saved our ring," she told us. "And honestly, that moment when I almost lost it made me realize how much it actually meant to me."

Pear Shaped vs. Other Diamond Cuts: Making the Right Choice

Comparing diamond cuts helps couples make confident decisions aligned with their priorities. Each shape offers distinct advantages regarding brilliance, price, and flattering properties for specific hand types.

Pear versus round brilliant reveals significant differences in both performance and pricing. Round brilliants maximize light return through precisely engineered facet patterns, achieving approximately 60% more brilliance than fancy cuts on average due to optimal light symmetry. However, round stones command premium pricing—a 1.0ct D-VS1 round brilliant Lab Grown Diamond costs approximately $3,200-$4,500, while a comparable 1.0ct D-VS1 pear shaped lab grown diamond ranges from $2,200-$3,200, allowing couples to purchase larger stones or redirect savings toward other wedding expenses.

Marquise and oval alternatives appeal to couples seeking elongated silhouettes without pear's asymmetry. Marquise cuts feature pointed ends at both poles, creating dramatic visual elongation that flatters long fingers particularly well but requires four-prong protection at each point. Oval cuts provide symmetrical elegance with substantially less demand for protective settings at vulnerable points.

Considering moissanite instead? Don't.

Lab Grown Diamonds vs moissanite confusion occasionally arises among first-time buyers. Despite superficial visual similarity, these materials differ fundamentally. Diamond refractive index (2.42) and hardness (10 Mohs) exceed moissanite's properties (refractive index 2.65-2.69, hardness 9.25 Mohs), producing superior brilliance and scratch resistance. Moissanite also displays characteristic double refraction that creates slight doubling of facets under certain lighting—unnoticeable to casual observers but detectable by those familiar with diamond appearance.

Cut	Brilliance Rating	Price vs Round	Best For
Round Brilliant	Highest	Baseline	Maximum sparkle
Pear	High	20-30% less	Elongated elegance
Oval	High	15-25% less	Symmetry seekers
Marquise	Moderate-High	25-35% less	Dramatic elongation

Current Trends: The Future of Pear Shaped Diamond Engagement Rings

Lab Grown Diamond trends point toward continued growth in personalization, color variety, and ethical consideration. Industry projections from McKinsey and Bain reports indicate ethical diamond jewelry will capture over 20% of total diamond market share by 2030, with lab grown stones comprising an increasingly dominant portion of that segment.

Fancy colored Lab Grown Diamonds in pear shapes are experiencing remarkable demand growth. Pink remains the most popular alternative color, ranging from delicate blush tones achieved through low-temperature annealing to vivid magentas accomplished through high-energy irradiation followed by heat treatment.

Want something unique? Fancy colors deliver.

Blue and yellow fancy diamonds offer distinctive options for couples seeking something outside traditional white, with blue coloration achieved through boron doping during CVD growth.

Minimalist and vintage-inspired settings share the trend spotlight. Clean-line contemporary designs featuring thin 1.5-2mm bands and low-profile cathedral settings appeal to brides prioritizing comfort and understated elegance. Art Deco settings with geometric milgrain detailing and Victorian revival settings with intricate scrollwork and rose-cut accent stones attract couples drawn to intricate metalwork and historical significance.

Stackable anniversary ring designs incorporating pear shaped accents are emerging as complementary pieces for existing engagement ring wearers. These slim 1.5-2mm bands featuring 0.10-0.20ct pear-shaped stations allow ring accumulation over marriage years, creating personalized statements that grow with the relationship.

Consumer education efforts are removing lingering misconceptions about quality and value, with major certification bodies now treating lab grown and mined diamonds with equivalent grading rigor under the 4 Cs framework.

Summary: Your Journey to the Perfect Pear Shaped Ring

Selecting the ideal pear shaped diamond engagement ring involves balancing multiple factors: hand shape, lifestyle requirements, budget constraints, and personal values. The pear cut's universal flattering properties make it an excellent starting point for couples uncertain about Which Diamond Shape best suits their needs.

Key considerations include prioritizing cut quality above other grading factors (targeting GIA or IGI Excellent/Very Good cut grades), selecting appropriate metal types for lifestyle compatibility (14K or 18K gold vs 950 platinum based on activity level and skin sensitivity), and recognizing Lab Grown Diamonds as viable options delivering identical beauty at accessible price points typically 60-80% below mined equivalents.

Explore our curated collection of pear shaped Engagement Ring Styles to discover setting options, metal choices, and diamond specifications that align with your vision. Our ring builder tool allows virtual customization, helping you visualize combinations before committing to purchase.

For personalized guidance, our jewelry experts are available through virtual consultations to answer questions and provide recommendations tailored to your specific circumstances.

Frequently Asked Questions

What's the best length-to-width ratio for a pear shaped diamond on my hand?

The ideal ratio typically falls between 1.45 and 1.75, with 1.55-1.65 being the sweet spot for most hand shapes. Longer ratios (1.60-1.75) appear more elegant on slender fingers, while shorter ratios (1.45-1.55) create a fuller appearance that complements wider hands. A 1.0ct pear with a 1.55 ratio measures approximately 8.5mm in length and 5.5mm in width.

Can I pair a pear shaped engagement ring with a wedding band?

Yes, pear shaped engagement rings work beautifully with wedding bands. Contoured wedding bands that follow the curve of the pear shape are ideal, requiring custom shaping by a jeweler to achieve approximately 3-4mm of clearance between the point and the band. Many couples choose matching bands from our Lab Grown Diamond collection for a coordinated look that reinforces their commitment to ethical jewelry.

Why do pear shaped diamonds cost less than round brilliants?

Pear shaped diamonds typically cost 20-30% less than comparable round brilliant diamonds of the same carat weight. This pricing advantage exists because round brilliants are in higher demand and produce more rough diamond waste during cutting—approximately 40-45% of the rough stone is lost versus 25-30% for pear cuts. The savings let couples buy stones 15-25% larger within identical budgets.

How often should I clean my Lab Grown Diamond Engagement Ring?

Clean your ring weekly using warm water, mild dish soap, and a soft-bristled toothbrush, scrubbing gently for 30-60 seconds. Ultrasonic cleaning at home is generally safe for Lab Grown Diamonds set in solid metals when used monthly rather than daily, as excessive vibration can eventually loosen prong settings. Annual professional cleaning with steam or high-frequency ultrasonic equipment is recommended to check for loose stones or worn prongs.

Are Lab Grown Diamonds durable enough for everyday wear?

Absolutely. Lab Grown Diamonds rank 10 on the Mohs hardness scale and are chemically identical to mined diamonds, making them equally durable for everyday wear. With proper care—including protecting the pointed end of your pear shaped stone with v-prongs or bezel setting—these rings will last generations. Lab grown diamonds resist scratching, chipping, and clouding with the same durability as their mined counterparts.

What's the difference between Lab Grown Diamonds and moissanite?

Lab Grown Diamonds and moissanite look similar but differ significantly in optical properties and durability. Diamonds have higher refractive indexes (2.42) and hardness ratings (10 Mohs) than moissanite (2.65-2.69 refractive index, 9.25 Mohs hardness). Moissanite also displays slight doubling of facet edges under certain lighting conditions due to its double refraction property, which diamonds do not exhibit. For engagement rings meant to last generations, diamonds—whether lab grown or natural—offer superior long-term performance and value retention.

Do colored Lab Grown Diamonds look real?

Yes, colored lab grown diamonds have identical optical properties to natural fancy-colored diamonds. Pink variations are created through irradiation and heat treatment processes, achieving colors from subtle blush to vivid magenta. Blue coloration results from boron inclusion during CVD growth. Yellow coloration comes from nitrogen inclusion. Professional jewelers and gemological laboratories including GIA, IGI, and GCAL can verify these stones through standard grading procedures, and many couples prefer them because they offer the same beauty at 60-80% lower prices while guaranteeing ethical sourcing.

What Celebrity Engagement Rings feature pear shaped diamonds?

Several high-profile celebrities have showcased pear shaped diamond engagement rings, driving significant consumer interest in this cut. While specific celebrity choices vary, the pear shape consistently appears among trendsetting figures because it photographs exceptionally well and offers a unique silhouette distinct from traditional round or oval cuts. Lab grown alternatives from StoneBridge achieve comparable visual impact at a fraction of the cost—a 2.0ct F-VS1 pear shaped lab grown diamond typically ranges from $3,200-$4,800.