What is a Lab Made Vs Diamond?

A lab made vs diamond is an artificial diamond created in a laboratory, not through natural processes. These gems have the same physical and chemical properties as natural diamonds, but are more affordable.

They are available in a variety of clarity grades, including VVS. This is one of the highest clarity grades, right below Flawless and Internally Flawless.

Price

The price of lab made vvs diamonds varies depending on the stone’s clarity, color, and size. These stones usually cost about 30% less than natural diamonds of comparable size and quality. They’re also available in many different shapes and colors, so they’re a great choice for those who want a unique and durable diamond engagement ring without paying a fortune for it.

The clarity of a diamond is a crucial factor when choosing a diamond for an engagement ring or other jewelry. It affects the way it sparkles and how well it reflects light, so it’s important to choose the right one.

A diamond’s clarity grade reflects how much of its interior structure is visible to the naked eye. The higher the clarity grade, the more clear and beautiful it is.

In order to achieve a high clarity grade, a diamond must have very few inclusions. These are microscopic imperfections that can be difficult for the unaided eye to spot.

When choosing a clarity grade, you should be sure to consider the specific location of the inclusions as well. Small inclusions that are near the diamond’s edge are less valuable than those hidden within its internal structure.

These inclusions may be minute, but they can still have an impact on the beauty of the diamond. This is why it’s so important to look closely at the diamond and see what you can see.

If you’re not sure what to look for, you can check out the IGI chart of real magnified sample images to help you decide which diamonds are worth buying. It’s also important to choose a vendor like James Allen that can offer high-quality photos of all their diamonds so you know what you’re getting before you buy.

While a high clarity grade can make a diamond appear flawless to the naked eye, it can still be costly to buy. If you’re looking for a more affordable option, you can always try out lab created simulants, such as moissanite.

Lab grown diamonds are a great alternative to naturally mined diamonds, especially when you’re looking for an environmentally friendly and ethically responsible way to get the gemstone you’ve always wanted. They’re more affordable than natural diamonds and they can save you a lot of money in the long run, too.

Clarity

Lab made vvs diamonds are often graded according to their clarity. They can be classified as Flawless (FL), Internally Flawless (IF), Very, Very Slightly Included 1 (VVS1), or Very, Very Slightly Included 2 (VVS2).

The GIA clarity grading system assigns grades after examining each diamond under 10x magnification. It determines the number, nature, location, and relief of inclusions to assign a clarity grade.

Inclusions can range from cloud pinpoints and needles to internal graining. These are considered to be minor and usually not noticeable to the naked eye.

These types of inclusions can be difficult to spot face-up at 10x magnification but can be spotted through the pavilion or “V” shape of the diamond.

Another type of inclusion that can impact the clarity of lab made vvs diamonds is metallic inclusions left over from the process of growing them in the laboratory. These inclusions are usually only visible through a microscope and can cause a lowering of the diamond’s clarity.

However, these inclusions aren’t the only things that can affect the clarity of a diamond. Other factors that can also impact the clarity of a diamond are the size, shape, and cut quality.

For example, a lower-cut diamond can be less attractive and have poor light performance. This is why it’s important to choose a diamond with good proportions, symmetry, and polish.

A high-quality cut can enhance a diamond’s appearance and increase its resale value. This is especially true of higher clarity diamonds in popular cuts such as round brilliant, heart, and marquise.

Generally, the cost of a lab made vvs diamond depends on the carat weight and cut quality. For example, a VS1 clarity diamond can cost anywhere from $6000 to $15,000 per carat.

On the other hand, a VS2 clarity diamond can be priced between $5000-$12,000 depending on its cut quality and carat weight.

Choosing a diamond is a personal decision that will depend on your preferences and budget. A lower-quality diamond will be more affordable, but it may not have the same level of beauty as a higher-clarity stone. This is why it’s important to consider your budget and the purpose for which you’re buying a diamond.

Color

The color of a diamond is one of the most important factors in determining its value. Lab made vvs diamonds can be white, near white, gray, pink, blue or yellow in hue. This is because of the unique processes they are created using – HPHT and CVD.

The lab made vvs diamond can also have a tint of bluish color due to the exposure to boron, as well as a slight orange tone from the solvents used in their growing process. These colors are often not found in natural stones, so they can add a beautiful, unique touch to a ring.

If you want to find a diamond with a particular color, it is best to work with an experienced gemologist who has tested the stone. It is also a good idea to get several views of the stone at different angles and from different perspectives to ensure you’re getting the diamond you really want.

Another thing to keep in mind when buying a lab made vvs diamond is the clarity grade. A diamond that is eye clean, meaning it has no blemishes or inclusions visible when viewed without magnification, will be significantly less expensive than a diamond with a lower clarity grade.

A diamond that has no blemishes is considered flawless, but this grade is very rare. If you have a limited budget, a diamond with a VVS clarity grade is the ideal choice for you.

This clarity is defined by the presence of a small number of specks and imperfections that are difficult to detect with the naked eye, but are visible when observed under 10x magnification. The grading labs will take into account the size and position of these inclusions when evaluating the clarity.

Typically, these imperfections are small and located at the edge of the diamond or on the surface. This can make it hard to see them under a microscope, but if they are hidden within the diamond’s interior, they will be very difficult for the unaided eye to spot.

However, even if these imperfections are difficult to notice with the naked eye, they should be considered when shopping for a lab made vvs diamond. Buying from a vendor with sufficient high-quality photos is the best way to ensure that you’re getting an eye-clean diamond, and vendors like James Allen have this technology for their lab diamonds.

Light Performance

Light is the energy that ignites a diamond’s fire inside, sets off its sparkle, and reveals hidden symmetries. This is why it is critical to understand the way a diamond interacts with light when selecting a diamond for your engagement ring.

Traditional grading methods used by diamond retailers focus on the 4Cs of diamond grading: cut, color, clarity and carat weight. But as technology has advanced, so has the ability to accurately measure a diamond’s beauty in a way that’s not limited by the traditional 4Cs.

Sarine’s revolutionary light grading methodology takes a far more detailed, accurate and representative approach to assessing a diamond’s beauty. It gives equal importance to four aspects of a diamond’s interaction with light, including: optical symmetry, contrast and pattern, fire and scintillation.

Optical symmetry is the distribution of light within the diamond, which affects the way the stone reflects and disperses light. It is one of the least common ways that a diamond is graded, but it’s an absolutely essential part of determining a diamond’s overall light performance.

Another less common but important part of a diamond’s light performance is the amount of fire, also called dispersion. This refers to the degree to which the light in the diamond is broken into spectral colors, like white, yellow and blue. It’s the difference between how bright the diamond appears in direct and indirect light.

The fire of a diamond is measured with an imaging spectrophotometer, which captures five images of the diamond at different distances from the light source. These images are analyzed for the amount of bright white light (called brightness), colored light (called fire) and differences among them (called scintillation).

ASET is an easy-to-use tool that easily allows the light performance of a diamond to be evaluated. It mirrors the work performed by the AGS in its cut grading methodology, and provides the consumer with the same kind of visual information that a grading report does.

ASET images show the diamond in three color bands, which represent light reflected from different angles. The color bands are color-coded, so a diamond’s light performance can be compared from a wide range of angles to show where the diamond excels and where it falls short. This makes it possible to identify where light leakage is present and where areas of the diamond have been recessed, which can negatively impact its appearance.

What is a Lab Made Vs Diamond?