Blue Nile to Sell Lightbox Lab-Grown Diamonds

Blue Nile Lightbox

Blue Nile has launched an exclusive line of Lightbox lab-grown diamond jewelry, its first foray into synthetics in its 21-year history.

De Beers-owned Lightbox seemed like the obvious choice for a partner, given the alignment of the two companies’ perspectives, Blue Nile CEO Sean Kell told Rapaport News Thursday.

“We’ve been watching the lab-grown diamond market for some time. We think both natural diamonds and lab-grown diamonds have a place in the market,” he noted. “When we first discussed stepping into the lab-grown space, Lightbox was the only brand partner that came to mind.”

The online jeweler’s partnership with the lab-grown brand is an effort to offer a greater range of products to its customers.

“The launch of the Blue Nile Lightbox collection…now adds even more variety, quality and value for our customers as we head into the new year,” Kell said. “[This] will further expand and transform [our] product assortment to meet the needs of evolving consumers in the jewelry space.”

The collection will feature new and exclusive styles of jewelry, including earring, pendants, bracelets and rings, set with white, blue or pink lab-grown diamonds in 14-karat white or yellow gold. The pieces, which range from $600 to $1,750, will be available both online and in Blue Nile’s newly launched and soon-to-open showrooms, Kell noted.

While Blue Nile’s Lightbox collection will feature fashion jewelry, it will not include engagement rings, for now.

“At this time we do not [plan to carry them],” Kell added. “We think of lab-grown diamonds versus natural diamonds as two separate categories. Our belief is consumers will continue to select natural diamonds for engagement and significant milestones, whereas lab-grown diamonds…will give shoppers an opportunity to expand their jewelry box with…jewelry they can wear every day.”

Lightbox opens its doors

The launch coincides with the debut of Lightbox’s new 60,000-square-foot manufacturing facility in Gresham, Oregon. The synthetics maker began production at the facility during the summer, as construction was being completed, and plans to ramp up output at the $94 million plant to reach 200,000 carats annually.

“Manufacturing lab-grown diamonds in the US was a goal from the beginning,” said Lightbox CEO Steve Coe. “With this facility and our…partnership with Blue Nile, we have an incredible opportunity to grow our business, improve consumer education and further establish Lightbox as the leading lab-grown diamond jewelry brand.”

Lightbox first dipped its toe in the retail space through partnerships with Bloomingdale’s and Reeds Jewelers. Earlier this month, the company announced an expansion to 10 independent retail jewelers in the US and Canada, a move it believes will enable it to gain insight into different audience segments, and learn how they shop and which products appeal to them most.

While the De Beers brand is currently focused on retail partnerships, Coe told Rapaport News he wouldn’t rule out the possibility of “one or two” self-operated stores “at some point.”

The company is also looking to expand its product offering, including creating larger sizes for its lab-grown diamonds, which currently weigh up to 1 carat.

“The biggest priority for us in 2021 is exploring the opportunity to go to larger sizes,” Coe noted. “That is something we are working on — going up to 2 carats.”

Meanwhile, the lab-grown brand is also looking to extend its color range beyond white, blue and pink.

“Our scientists are already looking at other color options, and in the lab at least, we’ve made yellows, greens, violets and other shades,” Coe added. “But that’s more likely in the 2022, 2023 timeframe, probably.”

Source: Diamonds.net

De Beers Adds Grading Specs for Lightbox

De Beers Lightbox Grading

Lightbox has added grading information for its synthetic white diamonds in an effort by the De Beers brand to bring further transparency to the lab-grown sector.

The company will provide technical specifications showing the minimum quality of its stones across cut, color, clarity and carat weight, Lightbox said Monday. It will include these descriptions with each white lab-grown diamond it sells, but will not grade each stone individually. The specifications are based on internationally recognized grading standards, the De Beers-owned company noted.

“This new feature is just one more way Lightbox can instill consumer confidence,” the company added.

An infographic with the information is also available on Lightbox’s website. Those specifications list its synthetic white diamonds to be “near colorless” or better, which the company defines as between G to J, meaning only a trained gemologist can detect a trace of color. The stones all have a minimum clarity of VS, and a cut of “very good.” The stones are still priced at $800 per carat.

Lightbox, which De Beers launched in 2018, does not currently intend to offer grading information for its blue or pink lab-grown diamonds.

Source: Diamonds.net

De Beers Scores Partial CVD Patent Victory

Synthetic colored diamonds at Element Six in Oxford UK De Beers

 A court has awarded a limited victory to De Beers’ synthetic-diamond production unit in a patent dispute with Singapore-based grower IIa Technologies.

IIa infringed an Element Six patent related to diamond material that’s usable for lab-grown diamond jewelry and industrial applications, according to a High Court of Singapore judgment Friday. However, another Element Six patent for post-growth color treatment is invalid, judge Valerie Thean also ruled.

“We will continue to be vigilant for any other potential infringement of our [intellectual-property] rights around the globe,” Element Six CEO Walter Hühn said in a statement Friday. “We will defend our rights vigorously — just as any company would — because protecting our ability to get a full return on our investment in [research and development] is vital to our future.”

UK-based Element Six produces synthetic diamonds for De Beers’ lab-grown jewelry brand, Lightbox, and supplies diamond material for industrial and technological uses. The patent it successfully defended, SG 872, was relevant to optical applications such as infrared spectroscopy and high-power laser optics, as well as to the creation of stones for jewelry, De Beers explained.

IIa, which grows CVD goods for distributor and sister company Pure Grown Diamonds (PGD), must stop making, using, importing or maintaining possession of products that infringe patent SG 872, Thean ordered. She also called for the cancellation of Element Six’s patent SG 508, which relates to the annealing of chemical vapor deposition (CVD) diamonds.

“IIa Technologies has developed its proprietary process in the last 15 years, and is proud of the work we have done to bring lab-grown diamonds to the world,” Vishal Mehta, IIa’s CEO, said in a separate statement. “The current judgment will be considered in its entirety, and then the company will take necessary steps to protect its interests.”

The lawsuit, which Element Six filed in 2016, comes amid heightened patent-related legal activity in the synthetic-diamond sector. Last month, WD Lab Grown Diamonds sued six companies — including IIa and PGD — accusing them of infringing its patents for synthesis and treatment.

Source: Diamonds.net

WD Sues Diamond Growers over CVD Patents

A 9.04-carat round brilliant produced by WD Lab Grown Diamonds in 2018 using chemical vapor deposition.

The companies behind WD Lab Grown Diamonds have filed three lawsuits against competitors, accusing them of infringing patents for diamond synthesis and treatment.

The Carnegie Institution of Washington, a science organization, and M7D Corporation, which trades as WD Lab Grown Diamonds, took action Thursday again six companies that produce or sell diamonds made using chemical vapor deposition (CVD).

One of the complaints targets Pure Grown Diamonds (PGD) and IIa Technologies, which produces CVD goods for PGD. A second filing is against Mahendra Brothers, a De Beers sightholder, and its affiliate, Fenix Diamonds. The third suit takes aim at Altr, another lab-grown supplier, and its owner, R.A. Riam.

Carnegie invented and patented a version of CVD, known as microwave-plasma CVD (MPCVD), that can create a purer diamond because it doesn’t involve electrodes, which often contaminate the product, according to the lawsuits. It also patented a method for enhancing a stone’s visual characteristics through heat treatment at high pressure and temperature. M7D holds the license to both patents, the three similar lawsuits continued.

“The existence of the patents…are well-known in the lab-grown diamond industry, and in particular are well-known by lab-grown diamond manufacturers, importers and sellers,” Carnegie and M7D claimed.

Carnegie and M7D are seeking damages and a judgment declaring that the six companies violated their patents. The companies were not available for comment Sunday.

Source: Diamonds.net

India Differentiates Synthetics Imports

Lab grown rough diamond

India has introduced an import classification code solely for lab-grown rough diamonds, enabling the industry to keep better watch of synthetics entering the country.

The government has separated the Indian Trade Clarification (ITC) code for rough synthetic gemstones into diamonds and non-diamonds, the Gem & Jewellery Export Promotion Council (GJEPC) reported last week. The move will help organizations such as the GJEPC track the precise quantities of lab-grown diamonds coming into the market, explained Colin Shah, the council’s vice chairman.

Previously, all rough synthetic gemstones carried the same Indian import code — 71042000 — whether they were man-made diamonds or other stones. From now on, rough lab-grown diamonds will fall into 71042010, while other rough synthetic stones will be assigned 71042090. Trade data for the two categories is likely to be available starting in August, the GJEPC said. Natural rough diamonds will retain their code of 71023100.

ITC codes are unique numbers for each type of product, and are based on the international Harmonized System (HS) of codes. The government announced the change in last week’s Union Budget, following lobbying by the GJEPC.

“This will go a long way in strengthening the efforts of the council to monitor the two pipelines and maintain their integrity,” said GJEPC chairman Pramod Agrawal.

India already has the distinction for polished: Synthetic diamonds carry the ITC code 71049010, while other polished synthetic gemstones are labeled 71049090. However, until now, the GJEPC has chosen not to publish the official trade figures for synthetic diamonds in its monthly data release, instead providing one total for all synthetic polished gemstones, including diamonds, and an equivalent for rough. It’s in the process of changing its reporting methods, and will soon publicize the whole range of available data across rough and polished, it confirmed.

India is one of the first countries to keep close tabs on lab-grown trading, the GJEPC claimed. China already has a similar distinction for its import codes, while the European Union will adopt a Combined Nomenclature (CN) customs code for synthetic diamonds on January 1, 2020, the GJEPC added. Australia and Russia are likely to follow suit, it noted.

The budget — the country’s first since the reelection of Prime Minister Narendra Modi — also saw the introduction of an online service enabling small and medium-sized enterprises to obtain loans of up to INR 10 million ($146,000) within 59 minutes. The government will allocate INR 3.5 billion ($51 million) to subsidize interest repayments for companies of that size that are registered for the nation’s goods and services tax. The initiatives are open to a range of industries, including jewelry.

Additionally, the government will charge a 2% “tax deducted at source” on cash withdrawals exceeding INR 10 million ($146,000) to discourage cash payment for business purposes.

Source: Diamonds.net

US change of ‘diamond’ definition has Indian exports worried

Laboratory created diamond

India’s diamond exports to the United States of America is under threat after that country’s Federal Trade Commission (FTC) announced last month that there would henceforth be no distinction between natural and man made sparklers.

The FTC had originally defined a diamond as “a natural mineral consisting essentially of pure carbon crystallized in the isometric system”. The definition has now been modified with the word “natural” removed from it. The FTC went on to say that the definition of a diamond was being changed because it was now possible to create diamonds in a laboratory. “These stones have essentially the same optical, physical and chemical properties as mined diamonds.

Thus, they are diamonds,” FTC’s statement said. Lab-grown diamonds or “American diamonds”, as they are called, are expected to receive a big boost since the US is one of the biggest markets in the world for smaller diamonds. According to diamond traders here lab-grown diamonds are almost 40 per cent cheaper than those mined from the bowels of the earth.

It is felt that continuing technological advances in the field will bring down the price of lab-grown diamonds even more in the coming years. India, which exported $8 billion worth of polished diamonds to the US in 2017, is worried. “We are already been reaching out to different industry bodies and stakeholders to help fashion a common global response,” Sabyasachi Ray, Executive Director, Gem and Jewellery Export Promotion Council said in a statement here last week.

The country’s apex body of gem and jewellery exporters went on to say that it was not opposed to synthetic or lab-grown diamonds. “We have always maintained that it can be developed as a separate vertical that is not confused with the natural diamond pipeline,” Ray added.

Source: tribuneindia

FTC Drops ‘Natural’ From Definition of Diamond, A Win for Lab-Grown Producers

DCLA can you tell the difference

In what can only be described as a victory for laboratory-grown diamond producers, the US Federal Trade Commission (FTC) has dropped the word ‘natural’ from its definition of a diamond, essentially redefining ‘diamond’ to include non-mined gemstones, as part its new guides for the jewelry industry. It further gives additional leeway to existing standards regarding the description of lab-grown diamonds (and metal alloys), and has dropped ‘synthetic’ as an appropriate descriptor of lab-grown diamonds except under certain circumstances. “The revision makes relatively far-reaching changes in what’s allowed as far as marketing lab-grown diamonds,” writes JCK’s Rob Bates, “and these changes almost entirely tilt toward the lab-grown sector.”

According to section § 23.12 of the Guides for the Jewelry, Precious Metals, and Pewter Industries, “Definition and misuse of the word ‘’diamond’,” the FTC writes: “A diamond is a mineral consisting essentially of pure carbon crystallized in the isometric system”, whereas it previously read “natural mineral”. “The Commision,” reads the Guide, “no longer defines a “diamond” by using the term “natural” because it is no longer accurate to define diamonds as “natural” when it is now possible to create products that have essentially the same optical, physical, and chemical properties as mined diamonds.” Later in the explanation of its changes, the commission describes why it sided with Diamond Foundry: “Diamond Foundry asked that the Commission remove “natural” from the diamond definition. It contended, “[t]he fact that diamonds exist in the soil of Earth” is “not a necessary attribute.” In its analysis, “The Commission agrees. The final Guides therefore eliminate the word “natural” from the diamond definition. When the Commission first used this definition in 1956, there was only one type of diamond product on the market – natural stones mined from the earth. Since then, technological advances have made it possible to create diamonds in a laboratory. These stones have essentially the same optical, physical, and chemical properties as mined diamonds. Thus, they are diamonds.”

‘Synthetic’ no longer recommended

In addition to this fundamental change to the definition of ‘diamond’, the FTC has opened the door to a much wider range of discriptors for lab-grown diamonds, provided they are not confusing for consumers. The Guides details its consideration of “cultured diamonds” according to the issues presented by the International Grown Diamond Association (IDMA) and Diamond Foundry on the one hand, and the Diamond Producers Association and Jewelers Vigilance Committee on the other. While the former did not get all it asked for (such as restricting the use of “ethical” or “conflict-free” diamonds to those from countries adhering to US labor standards), they tilted the balance in their favor. As Rob Bates points out, “In the past, the Guides listed the following approved descriptors for non-mined diamonds: laboratory-created, laboratory-grown, [manufacturer-name]-created, and synthetic. The new Guides still recommend the first three descriptions – though they no longer include synthetic. They also say that manufacturers can use other phrases if those terms “clearly and conspicuously convey that the product is not a mined stone.” And while adjectives such as created, grown and foundry are not recommended as descriptors, the commission says if the “suggested terms could be used non-deceptively in context (e.g., as part of an ad highlighting that the product is man-made), there is nothing to prevent marketers from doing so.”

As for using the word “cultured” to describe non-mined stones, the commission said it should be qualified, as the term on its own often leads consumers to believe a diamond is mined. The commission suggests marketers use words such as “man-made,” “lab-grown” or “foundry” to qualify “cultured,” thereby avoiding confusion about a diamond’s origins. However, marketers should not use the word “synthetic” to qualify “cultured,” the FTC noted, as it creates confusion among consumers, who believe the term indicates a stone is fake or artificial. Yet the commission goes even a step further in loosening its guidance on the use of ‘cultured’: While it still recommends against using the term cultured on its own, it now says that cultured can be used even if not immediately preceded by one of the approved descriptors.

Several commenters cited in the report, however, stated that the commission’s proposed guidance is inconsistent with international standards, which ban even the qualified use of “cultured” to describe synthetic diamonds. For example, a standard adopted by the International Organization for Standardization (ISO) in 2015 prohibits using “cultured” and “cultivated” to describe synthetic diamonds, and requires sellers to describe such products as “synthetic,” “laboratory-grown,” or “laboratory-created.” The JVC contended that the purpose of the ISO standard is “fully aligned” with the FTC Jewelry Guides. The fact that the FTC decided otherwise points to a rift between the new American standards and international ISO standards (a not uncommon rift nowadays). While the FTC removed ‘synthetic’ from its suggested descriptors, it declined to prohibit its use (another request by diamond growers), arguing that the term is not deceptive in every instance. But it did rule that it is misleading to use the term synthetic to “suggest a competitor’s lab-grown diamond is not an actual diamond.”

The changes, approved unanimously by the five-member commission, cap a six-year process of revamping the much-talked-about standards for marketing jewelry and gems. This revision marks the Guides’ first major overhaul in 22 years.

Source: thediamondloupe.

WFDB RESPONDS TO REVISED FEDERAL TRADE COMMISSION GUIDELINES

The World Federation of Diamond Bourses (WFDB) has responded to the revised U.S. Federal Trade Commission’s (FTC) guidelines released last week as they relate to the issue of descriptors for diamonds. The new guidelines are not in line with the Diamond Terminology Guidelines as agreed last year and implemented by the WFDB, the International Diamond Council, the International Diamond Manufacturers Association and CIBJO, the World Jewellery Confederation, said WFDB President Ernie Blom. However, he pointed out that the new guides do require that all lab-grown diamonds must be clearly and conspicuously disclosed.

“We have a united stand regarding nomenclature which was agreed with all the combined knowledge and experience of the leading industry bodies, but the FTC appears to have moved in a different direction,” Blom said.

Previously, the FTC’s guidelines approved non-mined diamonds: laboratory-created, laboratory-grown, [manufacturer-name]-created, and synthetic as descriptors, and while the first three remain, it has removed the term synthetic. “We feel that these changes provide too much of a bias towards the lab-grown diamond sector,” said Blom. “We appreciate the hard work of the FTC, but we do not feel that the views of the diamond sector were taken sufficiently into account, though we acknowledge there was consultation with American industry bodies. The guidelines do not include the views of the global diamond trade which the WFDB represents, although we are pleased that lab-grown stones have to be clearly marked as such.

“Our paramount aim is always consumer confidence and the revision has the potential to cause a degree of confusion. The FTC notes that manufacturers that make diamonds in a factory setting are free to use other descriptors as long as they ‘clearly and conspicuously convey that the product is not a mined stone,’ but we feel that this might provide too much latitude in their marketing claims.

“We appreciate that the FTC rejected a bid by diamond growers to include terms such as [manufacturer-name]-grown, foundry, created, and grown. These are stones created to order in a factory. We are also pleased that the FTC makes clear that any descriptors for non-mined diamonds must be absolutely clear and prominently displayed to consumers. A diamond sold without any descriptors must be a natural diamond.

“We hope that the door is still open for us to go back and approach the FTC in order to try and persuade the organization to re-think its decision,” Blom added.