Three Practical Boundaries of Packaging Reduction or Naked Packaging: Brand Visibility, Anti-Counterfeit Traceability, and Logistics Protection — The Three Key Questions a Printer Should Ask When Receiving a Packaging Reduction Order

In November 2026, a client who makes scented candles reached out to us.

Her exact words were: “We want to promote naked packaging, meaning no boxes at all. We would use paper sleeves or labels directly. Can you still handle it?”

This is an interesting question because it combines three different things into a single sentence.

What she calls “naked packaging” may actually mean one of three things: completely eliminating the outer box (the product is sold directly, with the logo printed on the product itself), reducing layers (the box becomes a paper sleeve, or the box has one fewer inner lining), or transferring the function (the outer box is replaced with a hang tag or a sticker on the shipping box, shifting the packaging task from “containing” to “labeling”).

These three developments have entirely different implications for printing companies. Completely eliminating the outer box means our orders will simply disappear; reducing the number of layers is a matter of materials and production methods; and shifting production elsewhere may actually create new orders for hang tags, labels, and packaging boxes.

Even more noteworthy is the context behind this shift. By the second half of 2026, “packaging reduction” has become a cost consideration rather than an environmental option in the annual plans of many brands—as paper prices, courier fees, and warehousing costs continue to rise, categories where packaging accounts for 15% to 25% of the retail price are reassessing their packaging structures.

This article clarifies three boundaries and the three numbers a printer should ask for when accepting this type of order.

The first boundary: brand exposure — once it is removed from the box, where does the logo go?

The primary function of packaging is to connect the brand and the product on the shelf. Once packaging is removed, this function must move elsewhere; otherwise, consumers will not know who made the item they are holding.

There are several transferable carriers, each with its own trade-offs:

CarrierBest Suited ForCosts and LimitationsPrinted directly on the productBottles, cans, tubes, and paper packagingThe product itself must have a printable surface; curved-surface printing is technically demanding; product redesign requires reopening the product toolingHangtagGift boxes, apparel, home fragrance, leather goodsAdds an extra process and a string; the hangtag itself has weight and regulatory requirementsLabels / Sealing StickersBottles, Jars, Paper SleevesCosts for manual or automated application; water-resistant and abrasion-resistant requirementsShipping box + one information cardE-commerce, subscription boxesReduces the unboxing experience; the information card carries more detailsDigital (QR code / NFC)Premium, repeat-purchase-orientedConsumers must scan the code, making new-product education costs high

One reality that printers need to point out is: “Going de-packaged” does not always work on the shelf.

For many fast-moving consumer products, a large share of their shelf appeal comes from the visual presence of the packaging itself—its color, shape, and the ceremonial experience of opening it. Once the packaging is removed, the product becomes far less recognizable on the shelf. Customers may save on packaging costs, but they also sacrifice conversion rates on the shelf.

Therefore, the professional recommendation is: before deciding to remove the packaging, first determine what allows this product category to survive on the shelf. If it survives through brand recognition and repeat purchases, such as specialty coffee, skincare products, and subscription products, removing the packaging is feasible. If it relies on visual impact to generate first-time purchases, proceed with caution when removing the packaging.

There is another practical constraint that is often overlooked: logistics. Products shipped without packaging are directly exposed to the transport environment—compression, friction, rain, and temperature. This is not a question of packaging aesthetics; it is a question of whether the product will arrive intact.

The Second Boundary: Logistics Protection — Where Does Cushioning Responsibility Go Once the Packaging Disappears?

This is where unpacking is most likely to go wrong, and customers usually do not see it coming.

A color box can perform three functions: containment (holding the product), protection (cushioning and resistance to compression), and communication (conveying information). When customers say “remove the box,” they are usually thinking of removing the “containment” function because the box appears to account for the largest share of the cost. In reality, protection often represents the highest cost share—especially inserts, trays, and cushioning foam, which may appear insignificant at first glance.

I conducted a rough cost breakdown: for a 300g white cardboard rigid gift box with a lid and base, the box itself (wrapping paper + grayboard) accounts for about 55% of the packaging cost, yet it provides only part of the required protection; the remaining components—the insert tray, cushioning, and dividers—perform most of the functions of resisting compression and absorbing shock, and these are precisely the parts customers believe can be eliminated to reduce costs.

Therefore, the real consequence of “removing the box” is often:

• The box can be simplified, but the cushioning cannot—because the product still needs protection. Even if it is changed to a paper sleeve, the internal positioning structure must still be included.
• The shipping carton is often still needed—express delivery requires an outer carton, which is usually much larger than the color box because it must provide cushioning and stacking space.
• An increase in damage rates raises the costs of after-sales service and negative reviews, costs that customers often fail to include in their packaging budgets.

Here is a specific way to advise customers: calculate “total fulfillment cost per order” rather than “packaging cost.”

Total fulfillment cost = packaging materials + packaging operations + freight charges based on volumetric weight + after-sales costs caused by damage + changes in the return rate.

Removing packaging usually reduces the first two items, but it is likely to increase the third item (volumetric weight)—because without a structured box, the products themselves are stacked irregularly, reducing the loading rate of the shipping cartons and causing the same number of products to occupy more transportation space.

This leads to a highly counterintuitive conclusion: for some product categories, removing packaging actually increases shipping costs.This is not a theoretical projection; we see it repeatedly in logistics data. Therefore, when a printer evaluates pack-out reduction for a customer, the most important figures to provide are the master carton loading rate and the change in volumetric weight, rather than merely the amount of packaging material saved.

The third boundary: anti-counterfeiting traceability — where does anti-counterfeiting go after the packaging is removed?

This is the item that is easiest to overlook and has the greatest impact on the brand owner.

QR codes, batch numbers, traceability codes, anti-counterfeiting labels, and serial numbers on packaging are often printed directly on the package. Once the packaging is removed, these functions either disappear or must be transferred to the product itself.

There are two types of migration costs:

Printed directly on the product—technically feasible through laser marking, inkjet coding, screen printing, or heat transfer printing, but subject to certain limitations:

• The code must be updated when the product is redesigned, while the cost of developing a new mold is far higher than that of packaging.
• Some materials, such as glass and metal, have limited marking areas, so curved surfaces and threads must be avoided.
• Apply a white base coat when spraying onto dark or reflective surfaces.

Switching to hang tags or labels——technically simpler, but it weakens anti-counterfeiting protection: hang tags are loose, and consumers can replace them on their own, which fundamentally undermines the anti-counterfeiting logic. Labels are a slightly better option, but the barrier to removing and reapplying them is also low.

There is an industry consensus worth sharing with customers: Genuine anti-counterfeiting should not rely on packaging alone. If a product’s anti-counterfeiting system is built entirely around a carton, the design is inherently fragile, because the carton costs only a fraction of a yuan to produce—far less than it costs counterfeiters to copy the product itself. Effective anti-counterfeiting is linked directly to the product, such as through a unique code on the product, binding its serial number to system records, or assigning a unique code to each item. Packaging markings serve only as an entry point.

Therefore, from an anti-counterfeiting perspective, “de-packaging” may not be a bad thing—it forces brands to move anti-counterfeiting measures from the packaging to the product itself, which is inherently more reliable.

However, this assumes that the customer is willing to accept the cost and timeline associated with changing the product. This goes beyond the scope of packaging and requires involvement from the customer’s own product team.

The First Three Numbers to Ask When a Printer Receives an Order to Reduce Packaging Box Costs

Let us return to the customer at the beginning. The three numbers we asked about were:

The first number: the current packaging cost structure—how much is allocated to the box, internal tray, cushioning, and outer box, respectively.

This cost often has no detailed breakdown even in the customer's own records. We break down the cost of an actual packaging order into four segments, because customers tend to assume intuitively that the box is the most expensive component, while cushioning and production processes often account for the largest share. Once the costs are broken down, customers can see for themselves that the area with the greatest potential savings may not be where they expected.

The second figure: the volumetric weight and loading rate of the outer box—will the outer box become smaller or larger after the color box is removed?

This is one of the most overlooked figures, yet it has the greatest impact on the total cost. Three factors need to be calculated: how the products are stacked after removing the color boxes (neatly boxed versus irregularly stacked), how much the loading rate of the shipping cartons decreases, and how the freight charges calculated by volumetric weight change.

If the calculation shows higher shipping costs, you will need to reassess the financial viability of this cost-saving project. If it shows lower shipping costs, the project will be highly persuasive.

The third point: where brand visibility should be placed—on the product itself, hangtag, label, or outer box.

This question determines the printer’s role: If it is the product itself, the printer will have less work, but opportunities may shift elsewhere. If it is a hangtag or label, the printer will take on new work. If it is an outer carton, the printer’s workload will remain largely unchanged, with only the job shifting from a color box to an outer carton.

After asking these three questions, the order will usually fall into one of three outcomes:

• The box format remains unchanged, with only material layers reduced—the most common outcome. The printer’s task is to replace the foam insert with pulp molding or cardboard tabs and change the box body from grayboard laminated with coated paper to single coated paper or lightweight paper. Printers are familiar with this work, and it does not require customers to modify their products.
• Change the Box Format to Hang Tags or Labels——The printing plant handles hang tags, labels, and outer boxes. This is not about reducing output; it is about moving into a different market segment.
• Completely canceled—the printer will lose this order, but the customer’s logistics and after-sales costs will increase. Providing the customer with these two figures benefits him and will also be useful if he returns in the future.

Our reply to that fragrance client ultimately landed between the first and second options: the outer box is retained but simplified into a paper sleeve with a hang tag. The box body changes from a rigid mounted board to single-layer cardstock with a pour-over hang tag. Shipping costs remain essentially unchanged, while damage rates decline because the simplified structure is more resistant to pressure. Brand visibility is carried by the hang tag.

She later split the order into two batches. The first still used the original carton design for existing customers, while the second used the new structure for new customers. This was entirely in line with our expectations—when it comes to removing packaging, no brand can convert its entire product range all at once.

Further Reading

• 3 Practical Packaging Void Ratio Calculations: Volumetric Weight, Load Rate, and Pallet Layers—Learn how to recalculate volumetric weight after removing the packaging.
• The Real Cost Differences Among 3 Types of Gift Box Linings: Foam / EVA / Pulp Molding—What the cost structure of the portion customers believe can be saved actually looks like.
• Three Real-World Challenges in Implementing Monomaterial Packaging: Barrier Layers, Adhesives, and Inks—After reducing material layers, how can recyclability be ensured?
• Three Practical Boundaries of the Packaging “Circular Rental” Model: Deposits, Cleaning and Return Logistics, and Liability for Damage—the opposite path to “packaging reduction.”
• 3 Practical Boundaries of Packaging Reverse Logistics: Collection Points, Sorting Costs, and Recycled Material Ratios—Here is what happens to the recycling system after packaging is removed.