Custom Jewelry Boxes with Foam Insert: Design Guide

What Custom Jewelry Boxes with Foam Insert Are and Why They Matter

On a factory floor in Dongguan, I watched a foil-stamped ring box fail a very ordinary test: the lid opened with elegance, the print was sharp, and the ribbon pull looked refined, yet the ring still rattled because the foam insert had been cut three millimeters too deep. That tiny mistake turned a high-end presentation into a loose, noisy package, and honestly, it was one of those moments that makes you stare at a sample and think, “Well, that looked expensive for exactly eight seconds.” It reminded me why custom jewelry boxes with foam insert live or die on the insert design just as much as the outer shell, especially when the box is built from a 1200gsm greyboard rigid base wrapped in 157gsm art paper.

In practical terms, custom jewelry boxes with foam insert are presentation boxes built around two systems working together: an exterior carton or rigid box that sets the look, and a precision-cut foam interior that holds the jewelry in place. That foam may cradle a ring, earring pair, pendant, bracelet, watch, or a multi-piece bridal set, and the cavity geometry has to match the product closely enough to stop movement without making the piece difficult to remove. In my experience, the best custom jewelry boxes with foam insert are the ones that feel invisible during use, because the customer notices the jewelry first and the engineering only after everything has stayed exactly where it should; on a well-run line in Dongguan or Shenzhen, that usually means cavity tolerances held within about 0.5 to 1 mm.

These boxes do two jobs at once. First, they protect the item during shipping, handling, and shelf movement, whether the box is moving through parcel networks or being opened and closed on a retail counter. Second, they create a premium unboxing moment, which is where product packaging becomes part of the brand story instead of just a container. I’ve seen artisan jewelers in Jaipur use custom jewelry boxes with foam insert for bridal earrings, and I’ve seen subscription brands use the same structure for monthly charm sets because the foam keeps every piece aligned for the reveal. I remember one maker telling me she wanted the box to “feel like a little vault,” which, frankly, is exactly the kind of brief I like because it tells you immediately what matters, especially when the parcel will travel 1,500 miles from a packing facility in Gujarat to a customer’s doorstep.

The category is broad. Fine jewelry houses use them for retail packaging and gift sets, independent makers use them for branded packaging, and corporate gift programs use them when a necklace or watch has to arrive looking polished rather than generic. The same structure also shows up in e-commerce orders where presentation matters as much as transit protection. That is why custom jewelry boxes with foam insert have become such a practical choice: they bring together package branding, shipping protection, and high-end presentation in one unit, whether the print is a single-color black logo or a full foil-stamped design with a matte soft-touch finish.

As we move through the details, I’ll keep coming back to the same components I inspect on the line: board stock, wrap material, foam density, die-cut cavities, finish, and closure style. Those are the levers that shape performance, price, and feel in custom jewelry boxes with foam insert, and each one carries tradeoffs that matter more than most buyers realize. If the sample looks gorgeous but the insert behaves like a stubborn marshmallow, the whole package starts arguing with itself (and nobody wants that), especially when the production quote is built around a 5,000-piece run in Guangdong.

“A beautiful print job can still fail if the insert is wrong. I’ve rejected entire sample runs that looked perfect outside and behaved badly inside.”

How the Foam Insert System Works

The insert is the quiet part of the package, but it does most of the work. In custom jewelry boxes with foam insert, the foam limits movement, cushions minor impact, and keeps pieces from rubbing directly against hard walls or against each other. That matters because even a short delivery route can create vibration, lid bounce, and compression from stacked cartons, and jewelry is unforgiving when prongs, chains, or clasps collide with the wrong surface. A ring box packed with a 25 to 30 mm deep cavity behaves very differently from a pendant box with a 10 mm recess, and that difference shows up fast during transit testing.

There are a few foam families that show up often in packaging production. EVA foam is popular for a cleaner visual edge and tighter cut quality, so it is common in premium custom jewelry boxes with foam insert where a crisp cavity matters. Polyurethane foam tends to feel softer and more forgiving, which can work well for delicate pieces or a plush presentation. PE foam usually offers a firmer, more structured feel and better durability under repeated use. I’ve had clients choose a softer foam because it felt luxurious in hand, then switch to EVA after they realized the cavities lost shape after a few months of display handling. That kind of shift happens more often than people admit in the first meeting, usually right after they realize their “luxury feel” was doing a mediocre job of holding a necklace still. For higher-end orders in Shenzhen, EVA often lands at a slightly higher material cost than polyurethane, but the cut clarity usually justifies the difference.

In real manufacturing, the insert is cut several ways depending on volume and precision requirements. Die-cutting is common for standard production because it is repeatable and efficient. Blade cutting works well for smaller or specialized runs. Laser cutting is used when cavity detail needs sharp definition, though it has to be managed carefully to avoid edge darkening on some foams. After cutting, the insert may be laminated with fabric or paper, then mounted into the base with pressure-sensitive adhesive or hot-melt adhesive. In custom jewelry boxes with foam insert, that bond matters because loose inserts shift during shipping, and once they shift, the premium feel starts to collapse faster than a sample tray left too close to a heat lamp. On production lines in Dongguan, a hot-melt bond is often preferred for speed, while PSA is common when the insert may need to be repositioned during assembly.

Designers map the jewelry geometry to the insert layout with more care than most buyers expect. A ring cavity is not just a circle; it needs depth control so the band sits securely while the stone remains visible. Earrings may need paired slots and a shallow relief pocket for posts or backs. Pendants often need a slit for the chain plus a recess for the pendant body. Bracelets can require a larger well and sometimes a finger lift so customers can remove the piece without digging into the foam. Watches are even more specific because clasp placement, case thickness, and strap curvature all affect the cavity shape in custom jewelry boxes with foam insert, and a 42 mm watch case will need a different pocket than a 34 mm ladies’ watch even when the outer box stays the same.

One thing many people miss is the balance between snug fit and usability. If the cavity is too tight, prongs can snag, chain links can bend, and the customer may fight the package instead of enjoying it. If it is too loose, the piece slides and scuffs. The sweet spot is usually a measured tolerance based on the real object, not the CAD file alone. I always ask for physical samples when possible, because a 0.5 mm difference can be invisible on paper and obvious in hand. I still remember a project where the drawing looked flawless, but the real pendant had just enough curve to make the cavity feel like it had been designed by someone who had never actually seen a necklace (a painful but useful lesson). That sample was approved in Shenzhen, then rejected two days later after the chain swung into the cutout during a simple lid shake test.

The best custom jewelry boxes with foam insert are designed around both the product and the user’s motion. How do they open the lid? Do they lift from the top, pull a ribbon, or slide from a sleeve? How do they remove the piece? Can a customer reinsert it easily for storage? Those small actions determine whether the packaging feels intuitive or irritating, and they matter just as much as the foam itself on a luxury counter in Mumbai or a parcel bench in Los Angeles.

Key Factors That Affect Design, Protection, and Pricing

Sizing and product type are the first forks in the road. A slim ring box needs a different cavity depth and display angle than a bracelet presentation box or a watch box with a fitted pillow. With custom jewelry boxes with foam insert, the box is not sized around a generic “small item”; it is sized around a full packaged item, including any backing card, chain slack, gift wrap, tag, or insert card that ships with the jewelry. I’ve seen buyers size only the pendant, then discover that the card stock added 6 mm to the height and changed the lid closure completely. It is never the foam alone that gets you; it is the foam plus the one extra layer someone forgot existed, such as a 350gsm C1S insert card or a 2 mm EVA tray liner.

Foam density and thickness influence both feel and performance. Denser foam generally gives better edge definition, better long-term resilience, and a more structured presentation, but it also costs more and can increase cutting time. Thicker foam creates a deeper cavity and more protection, but it may also force a taller box and higher freight cost. In custom jewelry boxes with foam insert, the right density depends on item weight and the desired look; a 30- to 45-density foam may be enough for light earrings, while heavier watches or multi-piece sets often need a firmer grade to keep shape during storage and display. For premium runs in Guangzhou or Dongguan, EVA foam in the 40 to 45 density range is a common request when buyers want crisp cavity edges and a cleaner return spring after repeated use.

The outer box construction drives a big part of the budget. A rigid box wrapped in art paper or specialty paper usually delivers a more premium feel than a folding carton, but it adds board cost, assembly labor, and sometimes higher shipping volume. Common finishes include soft-touch lamination, matte or gloss coating, hot foil stamping, blind embossing, debossing, and magnetic or lift-off lid closures. On the retail floor, those details matter because the box becomes part of the brand’s visual identity, and that is especially true for custom printed boxes used in luxury retail packaging. A client can fall in love with a gorgeous foil mark, but if the box creaks, flexes, or opens like it is tired of its own job, the illusion disappears pretty quickly. In a Hong Kong production office, a magnetic rigid box with 1200gsm greyboard and 157gsm wrapped art paper may cost more than a folding carton, but the hand-feel difference is immediately obvious.

Here is the cost reality most brands underestimate: tooling, print setup, foam cutting complexity, and order quantity all move the unit price. A simple rigid box with a single foam cavity at 5,000 units may land around a few dollars per unit depending on finish, but once you add multi-level cavities, specialty wrap, foil, and a nested tray, the price climbs quickly. Small runs can cost noticeably more per box because the setup is spread across fewer pieces. I’ve quoted custom jewelry boxes with foam insert at under $1 in very plain configurations and over $4 when the finish package got elaborate; both can be correct, depending on the spec. For example, a plain matte black rigid box with a single EVA insert might quote near $1.35 per unit at 5,000 pieces, while a foil-stamped magnetic box with a custom-cut two-layer insert can reach $4.20 or more.

Branding and color-matching are another hidden cost center. If you need a deep emerald wrap, a custom PMS match, or a full-bleed print with edge-wrap alignment, expect extra proofing time and possible dye lot variation. Specialty textures like linen, suede-finish paper, or pearlized wrap can also require tighter production control. For custom jewelry boxes with foam insert, I always tell clients to decide early whether the priority is exact color fidelity, tactile luxury, or budget efficiency, because trying to maximize all three often stretches the spec beyond reason. A PMS 3435C green on a coated wrap in Suzhou may look elegant on press proof and slightly darker on the final bulk wrap if the paper batch changes.

Packaging standards can also influence the design conversation. For shipping durability, many brands test to protocols informed by ISTA methods, and for recyclable fiber components they may review FSC-certified paper options. If your team tracks sustainability goals, materials and board sources matter too; the EPA’s packaging and waste guidance is a useful reference point for understanding recyclability and waste reduction, especially on projects that combine paperboard and foam. Two useful resources are ISTA and FSC, and for waste considerations I often point clients to EPA sustainable materials management guidance. If the outer carton uses FSC-certified board and the insert uses recyclable EVA or PE foam, the supplier should be able to state that clearly in the spec sheet.

What Should You Look for in Custom Jewelry Boxes with Foam Insert?

If you are comparing custom jewelry boxes with foam insert from different suppliers, the first thing to check is whether the box actually fits the jewelry in real life, not just in a rendering. That sounds obvious, but a surprising number of sample approvals still happen off flat artwork and a rough measurement sheet. I prefer to see the item, the backing card, the chain, and the opening motion all tested together, because those details tell you whether the insert is doing its job or just occupying space. A ring that sits proud and centered is one thing; a necklace that tangles the moment the lid lifts is another.

Look at the foam cut quality under good light. Crisp edges, clean corners, and consistent cavity depth usually signal better tooling and better control on the line. In custom jewelry boxes with foam insert, a rough cavity edge may not seem serious until lint starts collecting, or a prong catches during repeated handling. I also check whether the foam recovers after pressure, because a good insert should return to shape instead of staying compressed where the product sat. That matters for retail display boxes that get opened all day by customers, sales staff, and curious browsers.

Think about how the piece will be removed. A well-designed insert should make the jewelry easy to lift without scraping, pinching, or digging into the cavity. That is especially true for rings with taller stones, earrings with fine posts, and bracelets with delicate clasps. For custom jewelry boxes with foam insert, the best designs anticipate the customer’s fingers as much as the jewelry itself. If the insert requires force or a fingernail to retrieve the item, it may look polished in the photo but feel frustrating in use.

Finally, ask how the box will be assembled at scale. A supplier who understands custom jewelry boxes with foam insert should be able to explain whether the foam will be glued, nested, wrapped, or laminated, and how that affects speed and unit cost. They should also tell you if the box style works better with a rigid base, a folding carton, or a sleeve-and-tray format. That kind of practical clarity usually comes from factories that have built enough jewelry packaging to know where the pain points hide, and the good ones will talk about those details without trying to gloss them over.

Step-by-Step Process: From Concept to Finished Box

The cleanest projects start with measurements, not mood boards. I ask clients to send the jewelry itself, the backing card if there is one, and a quick note on how the customer is supposed to remove and replace the item. From there, we sketch the box style, decide whether the construction should be rigid or folding, and choose the insert material for custom jewelry boxes with foam insert. That first pass usually saves a week of revisions later because the geometry is rooted in the actual object rather than an approximation. In a typical supplier workflow in Dongguan, that means you can move from inquiry to first dieline in 2 to 3 business days if the product dimensions are complete.

Prototyping comes next, and this is where the real learning happens. A foam cavity that looks perfect in a rendering can be too tight once the metal plating, stone setting, or chain length is accounted for. I’ve stood beside a bench operator in a Shenzhen plant while we tested three cavity depths for one pair of earrings; the middle option won because the customer could remove the piece cleanly without having to pinch the posts. That kind of tactile testing is exactly why custom jewelry boxes with foam insert should not be approved on image alone. Honestly, if a supplier tells me a foam layout is “obvious” without a physical sample, I start hearing alarm bells in my head. A first sample usually takes 3 to 5 business days after artwork and measurements are confirmed, and that sample can save an entire production week later.

The proofing process usually includes artwork files, dielines, sample photos, and then a physical sample or pre-production proof. Art files should be checked for bleeds, foil boundaries, and logo placement relative to the fold lines. If the box uses magnetic closure or a lift-off lid, closure tolerance should be tested with the insert inside, not just on the naked carton. In many custom jewelry boxes with foam insert projects, the artwork is approved first, then the structural sample, then the final production sample, because changing both at once makes root-cause analysis almost impossible. For a foil stamp, I also check plate size against the finished lid panel, because a logo positioned 4 mm too low can look accidental even when the colors are perfect.

Timeline depends on complexity, but a realistic schedule often includes 3 to 5 business days for initial sampling, another 2 to 4 days for revisions, 5 to 10 days for material procurement if a special wrap or foam is needed, 7 to 15 business days for production, and 2 to 5 days for packing and final inspection depending on order size. If the order includes foil stamping, embossing, or special inserts for multiple SKUs, expect the lead time to stretch. That is not a problem if the plan is clear; the delays usually come from late artwork changes, not the factory itself. A standard run in Guangdong often moves from proof approval to finished cartons in 12 to 15 business days when the materials are already in stock.

Quality control at the end should check more than print color. I want to see insert alignment, adhesive bond strength, odor, scratch resistance, closure performance, and fit consistency across samples from the beginning, middle, and end of the run. A batch of custom jewelry boxes with foam insert can look beautiful on the first ten pieces and drift if the die starts to dull or the foam lot changes density. I learned that lesson the hard way after a production line in Guangzhou ran clean for the first pallet and then began compressing cavities by nearly 1 mm as the blade warmed up. That was the day I developed a very deep respect for little variations that nobody can see until they ruin a whole carton of elegant boxes. On a serious quality check, I now ask for at least three samples from each quarter of the run: start, middle, and end.

Process checklist for a smoother launch:

• Measure the jewelry, card, and accessories together, not separately.
• Confirm the box style and opening method before artwork is finalized.
• Approve a real sample of custom jewelry boxes with foam insert whenever possible.
• Ask for transit photos or a drop-test report if the item is fragile.
• Lock the foam density and cavity depth before mass production begins.

Common Mistakes Brands Make When Ordering Foam Insert Boxes

The first mistake I see is measuring the jewelry and ignoring the full presentation stack. A ring may fit fine on its own, but once you add a backing card, a small silica packet, a tissue wrap, or a chain with a clasp, the package grows in every direction. In custom jewelry boxes with foam insert, that extra space is not a small detail; it is the difference between a polished fit and a lid that refuses to close cleanly. I’ve seen a 42 mm pendant package become a 48 mm stack in minutes because someone forgot the backing card thickness was 1.5 mm instead of 0.5 mm.

Another common error is choosing foam that feels luxurious on a sample table but fails in shipping. A foam can be too soft and collapse under pressure, too dark and make dust visible, or too rough and abrade polished metal. I’ve seen black foam impress a buyer at first glance, only for the same foam to leave visible lint on a mirrored pendant after repeated handling. For custom jewelry boxes with foam insert, appearance and performance need to be judged together. In one batch out of Shenzhen, a soft-touch black insert looked beautiful but picked up silver residue after only 20 handling cycles, which made it a bad choice for a high-polish collection.

Overcomplicating the insert layout is a trap too. Too many cavities, slits, or decorative cutouts slow packing, raise labor costs, and increase the chance that an operator places the item in the wrong orientation. If a box family includes multiple SKUs, the smarter move is often to standardize the outer size and simplify the insert family rather than inventing a completely different cavity for every item. That is especially true for brands that run a mix of rings, stud earrings, and pendant sets in the same campaign. A single outer shell with a family of interchangeable foam inserts can cut changeover time by 10 to 20 minutes per line shift in a busy packaging plant.

Skipping shipping tests is an expensive habit. A box can look perfect on a showroom shelf and still fail under vibration, compression, and drop conditions. That is why I like to ask for transit testing based on the expected parcel path, even if it is a simplified in-house protocol. A quick shake test, a corner drop, and a compression stack can expose issues early in custom jewelry boxes with foam insert. If the insert shifts or the lid pops open, the damage will show up later as returns, not during approval. Even a 500 g product sent through a 1.2 m drop sequence can reveal whether the cavity edges are holding the jewelry as intended.

Rushing production without approved samples is the last big mistake. It usually leads to fit problems, foil alignment issues, or shade variation between the approved rendering and the bulk run. A client once asked me to “just print it” on a black soft-touch rigid box without confirming the foil plate position, and the logo landed 4 mm lower than the prototype. The whole job was salvageable, but nobody was happy paying for rework when one extra sample would have prevented it. That is why I push hard for sample sign-off on custom jewelry boxes with foam insert. If there is a shortcut in packaging, it usually shows up later as a headache with a bow on it, and in my notebook that usually means a reprint order, a new die, or both.

Expert Tips for Better Presentation, Faster Packing, and Lower Waste

I always design the insert around the opening moment first. When a customer opens custom jewelry boxes with foam insert, the jewelry should sit naturally in the field of view, with enough contrast and spacing that it feels intentional. A ring tucked too low can disappear into the cavity; a pendant perched too high can look unstable. The goal is not only protection, but a clean reveal that feels premium within the first second, and a 15-degree display angle inside the foam often works better than a flat pocket for stones that need light.

Color choice matters more than many teams expect. Black foam creates strong contrast for silver, gold, and colored stones, which is why it shows up so often in luxury custom jewelry boxes with foam insert. White or ivory can support bridal branding and a softer, cleaner aesthetic. Brand colors can work beautifully if they are controlled properly, but they are harder to keep consistent across lots and suppliers. I’ve seen a blush foam look elegant in sample form and arrive slightly peachy in bulk, which changed the whole feel of the packaging. That sort of “close enough” color shift is exactly the kind of thing that makes a designer mutter at a table full of swatches, especially when the Pantone target was approved in a Guangzhou proof room two weeks earlier.

Production efficiency improves when multiple SKUs share the same shell size and only the insert changes. That simple decision cuts down on carton variation, reduces inventory headaches, and makes packing faster. In one factory I visited, a client reduced line changeover by nearly 20 minutes per shift by standardizing the base box and swapping only the foam insert for rings, earrings, and pendants. That is the kind of practical fix that makes custom jewelry boxes with foam insert easier to scale without losing the premium look. If the shell is 90 x 90 x 35 mm for every item family, the production team can keep one assembly rhythm and still vary the interior layout.

Premium finishes should never fight structure. A high-gloss foil logo on a flimsy box still reads as flimsy if the insert lets the jewelry move around. A matte, soft-touch exterior with a well-cut foam interior often performs better in the hand because the box feels composed from every angle. In my experience, the smartest branded packaging projects are the ones where the exterior and interior feel like one design language, not two separate decisions. A matte navy rigid box with a gold foil mark and black EVA insert usually feels more coherent than a glossy lid with a loose tray and a mismatched insert color.

Ask for real evidence before mass production. I want to see a transit test, sample photographs of the actual insert installed, and a packing demonstration from the operator or sales engineer. Those three things catch most surprises, especially with custom jewelry boxes with foam insert that include delicate prongs or chain layouts. If a supplier cannot show how the item sits in the foam and how the lid closes over it, that tells you more than a polished sales deck ever will. A good vendor in Dongguan should be able to send sample photos within 24 hours and a pre-shipment video before the cartons leave the line.

Here is a simple decision frame I use with clients who want the best balance of presentation, speed, and cost:

1. Presentation priority: choose premium board, precise foam cutting, and controlled finishing.
2. Protection priority: choose firmer foam, deeper cavity control, and transit testing.
3. Speed priority: keep the box structure simple and reduce special finishes.
4. Budget priority: standardize sizes, limit print complexity, and simplify the insert layout.

How to Choose the Right Supplier and What to Do Next

The right supplier should understand jewelry packaging, not just print boxes. I look for real experience with foam cutting, rigid box assembly, color control, and fit verification, because custom jewelry boxes with foam insert demand more than a generic carton vendor can usually provide. A supplier with clear sample discipline, material options, and proofing support will save you time, and in packaging, time saved usually means fewer mistakes and fewer replacement costs. In cities like Dongguan, Shenzhen, and Ningbo, the strongest factories usually have both a packaging engineering team and a sample room that can turn a rough idea into a working prototype within days.

Before asking for quotes, prepare a concise spec sheet. Include jewelry dimensions, product photos, box style, desired finish, foam material preference, quantity target, and your delivery window. If your product line includes multiple SKUs, group them by cavity family so the factory can evaluate whether the same shell can serve more than one item. That one document can turn a vague inquiry into a usable quote for custom jewelry boxes with foam insert, and it also helps suppliers compare apples to apples. A good spec sheet should also call out board stock, such as 1200gsm greyboard or 350gsm C1S artboard for folding cartons, so the quote does not hide a material downgrade.

When you request pricing, ask for a breakdown that includes box construction, print method, foil or embossing, foam type, sample cost, tooling, and freight assumptions. A quote that just gives a final unit price without explaining the structure is hard to trust. I’ve sat in supplier negotiations where two quotes looked close until we realized one included only the outer carton and no custom foam insert at all. The true comparison only appeared after we pushed for detail. For example, a 5,000-piece rigid box run in Guangdong might show $1.28 per unit for a plain version, $1.65 per unit with foil, and $2.40 per unit once the foam insert is die-cut and laminated.

Practical next steps are straightforward. Measure the jewelry in its packaged form, decide whether the outer box should be rigid or folding, choose the insert material, ask for a dieline or sample, and compare pricing across finish levels. If the item is delicate, expensive, or meant as a gift set, request a physical prototype before bulk ordering. For custom jewelry boxes with foam insert, the sample often reveals problems that renderings miss, especially around clasp interference, lid clearance, and cavity depth. A sample approval cycle that takes 5 business days can prevent a production mistake that would have taken 500 boxes to correct.

If you’re still narrowing down options, it can help to review a broader range of Custom Packaging Products so you can compare jewelry presentation against other branded packaging formats your company may already use. That broader view often clarifies whether your brand needs a fully rigid presentation box, a lighter folding carton, or a hybrid approach that balances shipping cost with shelf impact. In many cases, a folding carton with a 350gsm C1S artboard outer and a precision foam insert is enough for lighter jewelry, while heavier collections justify a rigid setup from factories in Guangdong or Fujian.

My honest advice is to decide your top priority before you approve anything. Is the priority presentation, protection, speed, or budget? You can get all four to a degree, but one usually has to lead. Once that choice is clear, custom jewelry boxes with foam insert become much easier to spec, quote, and produce without confusion. I have seen brands save 12 to 18 percent on unit cost simply by choosing one finish route instead of three.

At the factory level, the cleanest jobs are the ones where the buyer knows exactly what matters most. A jeweler in Mumbai once told me, “I do not need the fanciest box on earth, I need the piece to arrive perfect and feel special when opened.” That sentence has stayed with me for years because it captures the real purpose of custom jewelry boxes with foam insert: protect the product, elevate the brand, and make the customer feel that every detail was considered, from the 1.5 mm foam wall to the final foil press in the factory.

If you are planning a packaging run, start by locking three things in order: the jewelry dimensions in their final packed form, the box construction, and the foam insert material. Once those are fixed, the artwork, finish, and production schedule become much easier to control, and you avoid the kind of last-minute fit issues that chew up time and money. That is the cleanest route to custom jewelry boxes with foam insert that protect the piece, present it well, and hold up once they leave the factory floor.