Card Slot and Interior Layout Design

Card Slot And Interior Layout Design For Custom Wallet Projects

A wallet can look perfect from the outside and still disappoint the person who uses it every day. The problem often starts inside. Card slots may be too tight. The wallet may become bulky after six cards are inserted. A coin pocket may press against the cash section. An ID window may look useful but add unwanted thickness. A slim card holder may feel elegant when empty, then lose its clean shape after real cards go in.

Card slot and interior layout design decide how a wallet feels in daily use. A strong layout balances card capacity, wallet thickness, cash space, ID window, coin pocket, RFID layer, lining, material strength, and card access. For custom wallet projects, the interior should be easy to use, controlled in thickness, stable in bulk production, and tested with real cards before sample approval.

For brand teams, retail programs, gift projects, online stores, and private label lines, the inside of a wallet is not a small detail. It affects comfort, product value, price, sample changes, packing, and repeat orders. Jundong supports custom wallet projects from structure review and material matching to sampling, logo method, bulk production, quality checks, packing, and delivery planning.

What Is Card Slot And Interior Layout Design?

Card slot and interior layout design is the planning of how cards, cash, coins, ID cards, receipts, RFID layers, lining, and hidden pockets sit inside a wallet. It is not only about how many cards the wallet can hold. It decides thickness, card access, folding comfort, material use, logo position, sewing steps, price, and bulk order stability.

A good wallet interior should feel natural. Cards should slide in smoothly but stay secure. Cash should not be hard to reach. A coin pocket should not make the wallet awkward. RFID layers should not make the structure stiff. The inside should support the outside design instead of fighting against it.

What Is The Card Layout In A Wallet?

Card layout means the way card slots are arranged inside a wallet or card holder. It includes slot direction, card count, slot depth, card exposure, slot layering, spacing, and the relationship between card sections and other interior parts.

A card layout can be horizontal, vertical, layered, cut-out, stacked on one side, split across both sides, or combined with a center pocket. A simple card holder may have 2–6 slots. A bifold wallet may have 6–8 slots. A trifold wallet may have 8–12 slots, but the thickness risk becomes higher.

The best card layout is not the one with the most slots. It is the one that gives enough storage without making the wallet hard to use.

Why Wallet Interior Layout Is More Than Card Capacity

Card capacity sounds simple, but a wallet is not a storage box. Every extra slot adds material, stitching, edge finish, and pressure. A wallet with 12 card slots may sound useful, but it can become thick, stiff, and uncomfortable if the structure is not planned well.

Interior layout should also consider what else goes inside: cash, coins, ID cards, RFID lining, receipts, and sometimes passport or travel documents. When too many functions are squeezed into one wallet, the result may feel crowded instead of premium.

What Makes A Good Card Slot Design?

A good card slot design should be easy to use, secure, slim, durable, and repeatable in bulk production. Cards should not fall out, but they should not require force to remove. The slot opening should be smooth. The card exposure should make selection easy. The lining should not scratch cards.

Good card slots also respect the material. Leather, PU, microfiber, canvas, nylon, metal, and carbon fiber do not behave the same way. A slot that works well in leather may need adjustment in fabric or metal.

Who Should Review Card Slot Layout Before Sampling?

Product, design, sourcing, sales, and brand teams should review card slot layout before sampling. This is especially important when the wallet is part of a retail line, corporate gift set, travel collection, private label program, or online launch.

The review should not stop at appearance. Teams should ask: Who will use this wallet? How many cards do they really carry? Will they need cash? Is the wallet meant to be slim? Will it sit in a pocket or bag? Will it need RFID protection? These details help prevent wasteful sample revisions.

How Interior Design Affects Thickness, Price, And Daily Use

Interior design affects nearly every practical detail. More card slots mean more layers. More layers mean more thickness. More thickness can affect folding, edge finish, packing, and cost.

An ID window adds function but also material and stitching. A coin pocket adds value for some users but can make slim wallets bulky. RFID lining adds function but may increase stiffness. A good layout makes the wallet useful without overloading it.

How Many Card Slots Should A Wallet Have?

A wallet should have enough card slots for the target user, but not so many that it becomes thick or hard to close. A slim card holder may only need 2–6 slots. A daily bifold wallet often works well with 6–8 slots. A trifold wallet can hold 8–12 slots, but material thickness and fold structure must be reviewed carefully.

Card count is one of the biggest decisions in wallet development. It affects not only storage, but also the cutting pattern, sewing steps, material use, sample time, price, and finished shape.

Is A 4-Card Layout Enough For A Slim Wallet?

A 4-card layout can be enough for a slim wallet when the product is designed for minimal daily carry. It works well for users who carry only key cards, such as ID, bank cards, access cards, or travel cards.

The advantage is clean thickness control. Fewer slots mean fewer layers, lighter weight, easier packing, and a flatter profile. The risk is limited storage. If the wallet is sold as a daily all-purpose wallet, 4 slots may feel too restricted. If it is sold as a slim card holder, 4 slots can feel focused and modern.

When Does A 6-Card Or 8-Card Wallet Work Better?

A 6-card or 8-card wallet often works better for standard daily use. It gives enough room for common cards without becoming too bulky when the material and lining are chosen carefully.

For bifold wallets, 6 slots can feel clean and slim. 8 slots can feel more complete for retail and gift projects. The difference may look small on paper, but it changes the final thickness. Before approving 8 slots, test the sample with real cards on both sides.

Are 10-Card And 12-Card Wallets Too Thick?

10-card and 12-card wallets are not always too thick, but they need careful planning. They are more suitable for trifold wallets, travel wallets, large bifold wallets, or designs with thin materials and smart layering.

The risk is simple: each extra slot adds another layer. If the material, lining, and folding method are too heavy, the wallet may feel overbuilt. A high-capacity wallet should be tested fully loaded, not empty.

How Card Slot Count Changes Sample And Production Cost

Card slot count affects cost because each slot adds material, cutting, sewing, lining, and inspection work. More slots can also increase sample adjustment time because slot tension must be tested.

A wallet with 12 slots is not just “a wallet with more pockets.” It has more parts, more seams, more edge work, and more chances for size variation. When requesting a quote, include the slot count early so the price review is realistic.

Horizontal Vs Vertical Card Slots

Horizontal and vertical card slots both work, but they create different user experiences. Horizontal slots are common in bifold wallets and feel familiar. Vertical slots can help slim wallets look cleaner and reduce visual clutter. The best direction depends on wallet type, card exposure, slot depth, material, and how the user removes cards.

The slot direction should be chosen before the sample pattern is made. Changing it later can affect the whole interior.

Which Card Slot Direction Works Best For Bifold Wallets?

Horizontal card slots often work best for classic bifold wallets. They are familiar, easy to understand, and make cards visible when the wallet is opened. They also work well with cash compartments behind the card panels.

The challenge is thickness. Horizontal layered slots can build up quickly, especially if both sides have several layers. For premium bifold wallets, the material thickness and lining should be controlled carefully.

When Are Vertical Card Slots Better For Slim Wallets?

Vertical card slots can be better for slim wallets and card holders because they can create a cleaner, narrower structure. They can also make the front view look more modern.

However, vertical slots need careful depth control. If cards sit too deep, they are hard to pull out. If they sit too high, they may look messy or feel less secure. The card exposure should be tested with actual card sizes.

How Card Exposure Affects Card Access And Security

Card exposure means how much of the card remains visible above the slot opening. This detail has a big effect on daily use. Too little exposure makes cards difficult to grab. Too much exposure can make the wallet look crowded and may reduce the feeling of security.

A good exposure balance allows the user to recognize and pull the card easily while keeping the card stable. This should be checked during sample review, especially for multi-slot layouts.

How Slot Depth Prevents Cards From Feeling Too Tight Or Too Loose

Slot depth affects card tension. If the slot is too shallow, cards may feel loose. If it is too deep or tight, cards may be difficult to remove. Lining thickness, stitching position, and material stretch also affect the result.

This is why the sample should be tested with multiple cards. A slot may feel fine with one card but too tight after several slots are loaded.

Layered Slots Vs Cut-Out Slots

Layered card slots use separate stacked material pieces to create visible pockets. Cut-out slots use openings cut into a material panel so cards slide behind the surface. Layered slots are familiar and easier to understand, while cut-out slots can reduce bulk but need stronger material, accurate cutting, and clean edge control.

Both structures can work. The best choice depends on wallet style, material strength, thickness target, and card access needs.

What Are Layered Card Slots?

Layered card slots are built by stacking pocket pieces on top of each other. They are common in bifold and trifold wallets. They make cards easy to see and organize.

The main advantage is clarity. The user can see each card position. The main risk is thickness. Each layer adds material and stitching, so high slot counts can make the wallet bulky.

What Are Cut-Out Card Slots?

Cut-out card slots are openings cut into a panel. Cards slide behind the panel instead of sitting in separate stacked pockets. This can make the wallet thinner and more modern.

The challenge is precision. The slot edge must be clean, strong, and stable. If the material is weak, the slot can stretch or deform. Cut-out slots are useful, but they are not suitable for every material.

Which Structure Helps Reduce Wallet Thickness?

Cut-out slots can help reduce thickness because they avoid some stacked pocket layers. However, they still need backing, lining, and edge stability. If the material or lining is too thick, the benefit may disappear.

Layered slots can also be slim when the card count is low and the material is thin. For many projects, the best layout uses fewer, better-positioned slots rather than too many thin layers.

How Material Strength Affects Slot Shape And Edge Stability

Material strength controls whether slot edges stay clean after repeated card movement. Leather and microfiber can hold slot shapes well when cut and finished properly. PU needs folding and surface checks. Canvas and nylon may need binding or reinforcement to prevent fraying. Metal and carbon fiber need smooth contact surfaces.

Slot edges should be checked after card insertion tests. A beautiful slot opening that deforms quickly is not ready for bulk production.

Which Interior Layout Fits Each Wallet Type?

Different wallet types need different interior layouts. A bifold wallet needs a balance of cards and cash. A trifold wallet offers more capacity but risks bulk. A card holder should stay slim and fast to use. A zip wallet must prevent coins, cash, and cards from interfering. A travel wallet needs larger sections for documents and RFID needs.

The best layout starts with the wallet’s real purpose, not with adding every possible feature.

Bifold Wallet Layout: Cards, Cash, And Hidden Pockets

A bifold wallet usually works best with 6–8 card slots, one cash compartment, and optional hidden pockets. It is familiar, easy to use, and suitable for many retail and gift projects.

The key is balance. If both sides are overloaded with slots, the wallet may become too thick. Hidden pockets are useful, but they should not make the card panels stiff.

Trifold Wallet Layout: More Capacity But Higher Thickness Risk

A trifold wallet can carry more cards and may include an ID window, cash section, and hidden pockets. It is useful when capacity matters, but it carries the highest thickness risk.

Because the wallet folds twice, every layer matters. Thick material, heavy lining, and too many card slots can quickly make the wallet bulky. Trifold designs should always be tested fully loaded.

Card Holder Layout: Slim Shape And Fast Card Access

A card holder should focus on fast access and slim shape. It may use 2–6 exterior slots, a center pocket, or a pull-tab structure. The goal is quick card use without unnecessary layers.

For card holders, slot tension is especially important. Cards should not slide out, but the user should not struggle to remove them. This is where small pattern adjustments make a big difference.

Zip Wallet Layout: Coin Pocket, Cash Space, And Card Safety

A zip wallet can hold cards, coins, cash, and small items securely. It works well for travel, women’s wallets, compact coin wallets, and gift sets.

The challenge is crowding. A coin pocket can press against card slots. A zipper can add thickness. If the internal sections are too tight, the wallet becomes hard to close. Zip wallets need very clear interior planning before sampling.

Travel Wallet Layout: Passport, Tickets, RFID, And Large Sections

Travel wallets need larger sections for passport, boarding pass, tickets, cash, cards, and sometimes SIM cards or pens. RFID lining may also be requested.

The layout should avoid overloading one side. Travel wallets are larger, but they can still become awkward if too many compartments are added without purpose. The best design keeps important items easy to find.

What Interior Features Should You Add Or Avoid?

Interior features should be added only when they improve real use. Cash compartments, ID windows, coin pockets, hidden pockets, and RFID layers can all be useful, but each one adds material, thickness, sewing steps, and price. A strong layout includes the right features, not the most features.

For custom wallet projects, this is where many samples become too complicated. The goal should be practical use, clean shape, and stable production.

When Should A Wallet Include A Cash Compartment?

A cash compartment makes sense for bifold, trifold, travel, and traditional daily wallets. It is less necessary for minimalist card holders or hard-case card wallets.

The cash section should be deep enough to hold bills, but not so deep that cash becomes hard to remove. The opening should also match the fold direction. If the cash section is poorly placed, it can make the wallet feel larger than needed.

Is An ID Window Useful Or Just Extra Thickness?

An ID window is useful when quick ID display matters, such as employee wallets, student wallets, travel wallets, and access-card wallets. But it adds material, clear film, stitching, and thickness.

For slim wallets, an ID window should be used carefully. It may make the layout more convenient, but it can also make the wallet less clean. The clear film quality also matters because it can scratch or cloud over time.

Should A Custom Wallet Have A Coin Pocket?

A coin pocket is useful in some regions and product styles, especially zip wallets, women’s wallets, travel wallets, and gift wallets. It is less suitable for ultra-slim card holders.

Coin pockets add bulk and can press against cards. If included, the pocket should be placed where it does not disturb folding or card access. A small zipper or snap button must also be tested for comfort and durability.

When Do Hidden Pockets Improve The Layout?

Hidden pockets improve the layout when users need extra storage without changing the wallet’s outside look. They work well behind card panels or cash sections.

However, hidden pockets can make the structure thicker. They should be used for real value, not just to increase feature count. In many cases, one well-placed hidden pocket is better than several crowded ones.

Do RFID Layers Make Wallets Thicker?

RFID layers can make wallets slightly thicker or stiffer, depending on the material and structure. The layer may sit behind card slots, inside a full panel, or around the main card area.

For RFID wallets, the key is not only protection. The wallet still needs smooth card access, clean folding, and comfortable hand feel. RFID should support the layout, not ruin the user experience.

What Is The 75% Rule For Wallet Interior Balance?

The 75% rule is a practical design idea: plan the interior so it works well when filled to around 75% of its intended capacity. A wallet should not only look good empty, and it should not only work when completely packed.

If a wallet looks slim only when empty, the layout is misleading. If it becomes strained at normal use, the design needs adjustment. Testing the sample at 75% load helps reveal thickness, card access, folding comfort, and shape control before bulk production.

How Do Materials And Lining Affect Card Slot Design?

Materials and lining directly affect card slot feel, card access, edge stability, and thickness. Leather, PU, microfiber, canvas, nylon, metal, and carbon fiber behave differently. Lining can make cards slide smoothly, hold firmly, or feel rough. A good card slot design must match both the outer material and the inner surface.

This is why card slot design should never be separated from material selection. The same layout may perform differently across different materials.

Leather Card Slots: Premium Feel And Layer Control

Leather card slots feel premium and age well when the thickness is controlled. They suit bifold wallets, card holders, and higher-value leather goods.

The risk is layer build-up. Thick leather with many card slots can quickly become bulky. For leather wallets, thickness, splitting, edge finish, and folding behavior should be reviewed carefully.

PU And Microfiber Slots: Smooth Finish And Cost Balance

PU and microfiber can create smooth card slots with stable color and controlled cost. They are useful for fashion wallets, gift wallets, and private label lines.

The key is durability. PU should be checked for folding marks, peeling risk, and surface wear. Microfiber can work well for inner slot layers because it is thin and smooth, but the selected grade still matters.

Canvas And Nylon Slots: Edge Binding And Fraying Control

Canvas and nylon can work for casual, travel, and lightweight wallets, but card slot edges need careful treatment. Without binding, heat cutting, or reinforcement, fabric edges may fray or soften.

These materials suit relaxed designs, but the internal structure must be clean. A fabric wallet with weak slot edges will feel unfinished.

Metal And Carbon Fiber Card Holders: Card Contact And Scratch Review

Metal and carbon fiber card holders need special attention to card contact areas. The outside may be strong, but the inside must not scratch or press cards too tightly.

During sampling, check sliding, retention, edge smoothness, and pressure. A hard card holder should feel secure, not harsh.

Which Lining Makes Card Access Smoother?

Smooth microfiber, selected polyester, nylon lining, or thin leather lining can improve card access. The best lining depends on the wallet type and material.

The lining should not be too thick, too rough, or too slippery. Too thick creates bulk. Too rough slows card movement. Too slippery may reduce security. The right lining gives both smooth access and stable hold.

How Does Interior Layout Affect Wallet Logo Placement?

Interior layout affects logo placement because card slots, cash compartments, ID windows, zipper pockets, and reinforcement layers can change the wallet’s surface shape. A logo that looks centered on a flat drawing may shift visually after the wallet is filled, folded, or stitched. Logo testing should be done on a real sample, not only on artwork.

Wallet logos are viewed close-up. A small placement problem can look obvious. If the front panel is pulled by internal stitching, the logo may look uneven. If the interior layers are too thick, the outer panel may not sit flat. Good logo planning starts with the internal structure.

Why Card Slots Can Change Front Panel Shape

Card slots create layered pressure inside the wallet. When cards are inserted, the front panel may slightly lift, curve, or tighten. This can affect embossed logos, foil logos, metal plates, or stitched patches.

For slim wallets and card holders, this matters even more. The outer panel may be small, so the logo has limited space. A card slot edge, center pocket, or inner reinforcement can change the way the logo sits on the surface.

Before approving the sample, test the logo with cards inside. The logo should still look balanced when the wallet is used normally.

How Cash Pockets And ID Windows Affect Logo Position

Cash pockets and ID windows often require extra stitching or inner panels. These details may change how the wallet folds and where the best logo space should be.

For example, a bifold wallet with a cash compartment may have a clean outside panel, but a trifold wallet with an ID window may have more internal stress around the fold. If the logo is placed too close to a fold line, it may look distorted over time.

A practical logo position should work with the structure, not against it.

When Should Logo Testing Be Done With Filled Wallet Samples?

Logo testing should be done after the sample is filled to normal use level. An empty wallet can hide problems. A filled wallet shows whether the logo remains flat, centered, clear, and attractive.

Test embossing depth, foil transfer, metal plate position, woven label alignment, patch edge, and stitching balance. The sample should also be opened and closed several times. A wallet logo must survive daily handling, not just a photo shoot.

What Should You Check In A Wallet Layout Sample?

A wallet layout sample should be tested with real cards, cash, coins, ID cards, and any planned RFID layer. Check card fit, slot tension, card exposure, folding comfort, closure, thickness, lining feel, logo placement, edge finish, and packing appearance. The sample should prove that the interior is useful, not just good-looking.

The best sample review feels almost like daily use. Put the wallet in a pocket or bag. Open it with one hand. Pull out a card. Put it back. Add more cards. Check whether the wallet still closes cleanly. These small tests reveal more than a flat measurement sheet.

How To Make A Wallet Interior Design Layout Before Sampling

Before sampling, create a simple layout plan. It does not need to be a perfect technical drawing at the first stage, but it should show wallet type, card slot count, card slot direction, cash space, coin pocket, ID window, RFID layer, zipper position, and logo area.

A good layout plan should also include the target material and thickness direction. A 10-slot leather wallet and a 10-slot microfiber wallet will not feel the same. If the layout looks crowded on paper, it will usually feel even more crowded in the sample.

A useful pre-sample checklist includes:

How To Test Card Fit With 1, 3, 6, And 8 Cards

Test card fit in stages. Start with one card to check basic access. Then add three cards to test daily light use. Add six cards for common wallet use. If the layout promises eight cards or more, test the full capacity.

The card should slide in smoothly, stay secure, and come out without force. A slot that is too tight may feel premium at first but become annoying in daily use. A slot that is too loose may create a security concern.

Testing with real cards also shows whether the wallet becomes too thick or distorted after loading.

How To Check Wallet Thickness After Loading Cards

Measure and feel the wallet both empty and filled. Many wallets look slim only before cards are inserted. A good layout should stay balanced after normal use.

For slim wallets, test whether the wallet still sits flat. For bifold wallets, check the fold line. For trifold wallets, check whether the closing side becomes too bulky. For zip wallets, check whether the zipper closes smoothly after cards and coins are inserted.

Thickness control is not about making every wallet ultra-thin. It is about keeping the wallet comfortable for its purpose.

How To Review Card Access, Folding, Closure, And Shape

Card access should be smooth. Folding should feel natural. Closure should not require force. The wallet shape should remain clean after loading.

If a wallet twists, bulges, or springs open, the internal layout needs adjustment. The issue may come from too many layers on one side, uneven material thickness, poor lining choice, or an overloaded coin pocket.

A good sample should feel calm in the hand. Nothing should fight back.

How Sample Review Prevents Bulk Order Layout Problems

Sample review prevents bulk order problems by locking the structure before production. Once the approved sample is clear, card slot size, card exposure, slot direction, stitching distance, lining material, edge finish, and logo position can be recorded.

This reduces the risk of card slots becoming too tight, wallets becoming too thick, or interior features shifting during production. It also helps the quality team check the right details at each stage.

What Layout Risks Should Brands Avoid?

Common layout risks include too many card slots, uneven thickness, tight card pockets, loose card pockets, rough lining, weak slot edges, crowded coin pockets, misplaced ID windows, stiff RFID layers, poor logo space, and over-designed interiors. A strong wallet layout should feel useful without becoming bulky or complicated.

A wallet often fails because someone tried to add too much. More features can look attractive in a specification sheet, but the user feels the weight, thickness, and friction every day.

What Are Common Card Design Mistakes To Avoid?

Common card design mistakes include adding too many slots, using slots that are too deep, leaving too little card exposure, placing card slots too close to folds, using rough lining, ignoring loaded thickness, and approving the sample without real card testing.

Another mistake is making both sides of the wallet equally heavy. If all card slots, ID window, and coin pocket sit on one side, the wallet may fold poorly. Balance matters.

The best card design feels easy, not crowded.

Why More Card Slots Do Not Always Mean Better Wallet Design

More card slots do not always make a wallet better because each slot adds layers, seams, and thickness. A 6-card wallet with clean access may feel more premium than a 12-card wallet that feels stuffed before use.

Modern wallet habits have also changed. Many users carry fewer cards than before. A slim and clean layout may be more attractive than maximum storage, especially for card holders and premium bifold wallets.

Why Card Slots Become Too Tight Or Too Loose

Card slots become too tight or too loose because of material thickness, lining friction, stitching distance, cutting accuracy, and card slot depth. Leather may stretch slightly with use. PU and microfiber may behave differently. Fabric may need stronger edge control.

Slot tension should be tested during sampling and checked in production. A few millimeters can change the user experience.

How Poor Lining Can Scratch Cards Or Slow Card Access

Poor lining can make cards difficult to insert or remove. Rough lining may create friction. Loose lining may wrinkle. Thick lining may make the slot too tight. Weak lining may wear out quickly.

For a better user experience, the inner surface should be smooth enough for card movement but stable enough to hold cards securely. This is especially important for premium wallets and hard-case card holders.

Why Over-Designed Interiors Increase Cost And Delay Sampling

Over-designed interiors add extra materials, cutting steps, stitching, fitting, checking, and packing concerns. A wallet with too many pockets, windows, zippers, hidden panels, and layers will take longer to sample and may require several revisions.

A clean design is often stronger. The best layout keeps the functions that matter and removes the ones that only add thickness or confusion.

How Does A Wallet Factory Control Interior Layout In Bulk Orders?

A wallet factory controls interior layout through approved samples, size records, cutting checks, lining control, stitching tolerance, card slot tests, edge finish review, logo position checks, and packing inspection. The goal is to keep card slots, cash pockets, ID windows, RFID layers, and finished thickness consistent across the whole order.

Wallets are small, so small errors show quickly. A card slot that shifts slightly may affect card access. A lining change may affect thickness. A logo placed a few millimeters off can look unbalanced. Careful control is not optional.

Card Slot Size, Exposure, And Stitching Tolerance

Card slot size and exposure should be recorded from the approved sample. The production team should know how deep each slot is, how much card remains visible, and where stitching should sit.

Stitching tolerance is especially important around card pockets. If the stitch line moves inward, cards may become too tight. If it moves outward, the pocket may become loose or uneven.

Lining, Cutting, Folding, And Edge Finish Control

Lining should match the approved sample in thickness, surface feel, and color. Cutting should be accurate so slots align cleanly. Folding should not create bulky edges. Edge finish should be smooth and consistent.

For leather wallets, edge paint and fold lines need careful review. For fabric wallets, fraying control matters. For metal or carbon fiber card holders, inner contact surfaces and edge smoothness should be checked.

QC Checks For Card Slots, Cash Pockets, ID Windows, And RFID Layers

Quality checks should include real function tests, not only visual checks. Cards should be inserted and removed. Cash space should be checked. ID windows should be clear and clean. RFID layers should be placed correctly according to the design.

Jundong has 600+ employees, an 18,000㎡ production area, and 80 QC inspectors. Multi-stage checks help review material, cutting, card slots, logo, stitching, edge finish, packing, and final appearance throughout the order.

Packing Rules To Protect Interior Shape During Delivery

Packing can protect or damage the wallet’s interior shape. If wallets are pressed too tightly, card slots may deform. If hard-case card holders are not protected, surfaces may scratch. If multi-style orders are not sorted clearly, warehouse receiving becomes slower.

Retail wallets may need gift boxes, hangtags, barcodes, inserts, or dust bags. Online store programs may need SKU labels and carton marks. Gift projects may need clean presentation. Packing should be planned before production ends, not after.