How to Design Functional Product Packaging That Sells

If you’re trying to figure out how to design functional product packaging, start with the part nobody wants to hear: pretty boxes don’t matter if the insert is off by 3 mm and the product rattles like loose change. I learned that standing on a Shenzhen packing line in Longhua District, staring at a box that looked beautiful on the sample table and failed after one truck run to Dongguan. The jar had room to move. The tray didn’t hold. The box wasn’t a brand asset. It was an expensive apology.

Good product packaging has a job. It protects the item, survives shipping, stacks cleanly, helps the pack line move faster, and still looks like someone cared. That’s the difference between decorative packaging and Packaging That Actually earns its keep. And yes, how to design functional product packaging includes visuals, but the real work starts with fit, structure, material, and the annoying details people ignore until returns spike. A box that passes a 1-meter drop test and keeps a 280 g glass jar centered in a molded pulp cradle is doing more than “looking nice.” It is saving margin.

At Custom Logo Things, I’ve watched brands burn money because they designed artwork first and structure second. Backward. Every time, backward. If you want how to design functional product packaging that sells and ships well, build from the product out. Not from a mood board in Canva. That’s where the savings happen and where customer complaints stop showing up in your inbox. On one London skincare project, we shaved the box width by 6 mm, moved from a 400gsm folding carton to a 350gsm C1S artboard with a 1.5 mm grayboard insert, and cut material cost by about $0.14 per unit on a 5,000-piece run.

What Functional Product Packaging Really Means

Functional packaging is packaging that performs in the real world. It protects the product, supports shipping, improves shelf appeal, and makes unboxing easier without turning into a mess of foam, tape, and hope. Box size, board strength, closure style, insert design, and print finish all have a job to do. If one piece is wrong, the whole system gets sloppy. A $0.22 folding carton can be excellent for a 120 g cosmetics jar if the insert fits and the glue flaps are reinforced; it can also fail if the cavity is 2 mm too shallow. Same box. Different outcome.

I remember a cosmetics client in Los Angeles who ordered gorgeous custom printed boxes with soft-touch finish and rose-gold foil. Looked expensive. The problem was the bottle insert had been cut for a 30 ml bottle, while the final product had a wider shoulder. The bottle tipped, scuffed the coating, and failed a simple shake test. The box looked premium. The experience felt cheap. That’s the exact line where how to design functional product packaging stops being a design question and becomes a production problem. We reworked the insert in 2 days, swapped to a 3 mm EVA tray, and the return rate dropped from 4.8% to 0.9% over the next 6,000 units.

There’s a business reason to care, too. Better retail packaging can reduce returns, prevent freight damage, and keep margin from leaking out in tiny little ways. A carton that is 8 mm too large on every side may not sound dramatic, but over 10,000 units, that extra board, extra void fill, and higher dimensional shipping charge adds up fast. I’ve seen a brand save roughly $6,800 on one run just by tightening the internal dimensions from 148 x 92 x 42 mm to 140 x 85 x 40 mm and switching from a custom insert to a simpler corrugated cradle made in Guangzhou.

Functional packaging is not “plain” packaging. It can still carry strong package branding, premium finishes, and shelf presence. The visual layer just has to sit on top of a structure that works. If your box looks great in a render but fails after 36 hours in a distribution center in humid Houston at 90°F, then it was never functional. It was a photoshoot prop. Beautiful, sure. Useless, also sure.

How to design functional product packaging begins with the product itself. What is it? How heavy? Fragile? Moisture-sensitive? Does it have sharp corners, a pump, a cap, or a surface that scratches easily? A candle in a glass vessel needs different packaging than a stainless steel water bottle or a hair tool. The structure should answer those questions before anyone starts debating Pantone numbers. Because honestly, I’ve sat through that meeting in Shenzhen and Chicago, and it’s always the wrong meeting.

“We didn’t have a branding problem,” one client told me after a failed launch. “We had a packaging physics problem.”

That line stuck with me because it was dead on. If you’re serious about how to design functional product packaging, think like an engineer and a marketer at the same time. Not glamorous, sure. Still cheaper than redoing 12,000 units. Or paying freight twice because a 1,200-piece batch arrived crushed in transit from Ningbo.

How Functional Packaging Works in the Real World

Packaging moves through a chain, and each step can break it. First it’s produced, then packed, then palletized, then shipped, then stored, then displayed, then opened. That means how to design functional product packaging has to account for manufacturing tolerances, assembly speed, transit abuse, shelf presentation, and customer handling. The box has a rough life. Nobody is babying it. A unit might spend 10 days in a warehouse in Shenzhen, 14 days on a sea freight container to Los Angeles, and another 3 days in a FedEx line haul before anyone sees it.

Start with dimensions. Internal fit matters more than external beauty. A box may measure 120 x 80 x 40 mm on paper, but if the actual usable space shrinks because of board thickness, glue flaps, or a thick insert, your product may not sit correctly. For corrugated packaging, a 3-ply or 5-ply board can behave very differently under compression. For paperboard, a 350gsm C1S artboard with soft-touch lamination looks good, but it will not protect a heavy item the way a properly specified corrugated mailer would. For example, a 5-ply E-flute mailer can carry a 650 g product far better than a decorative folding carton designed for a 180 g item.

Then there’s cushioning. Inserts can be die-cut paperboard, molded pulp, EVA foam, corrugated partitions, or custom thermoformed trays. Each one brings tradeoffs. Foam protects well but can look less sustainable. Molded pulp fits eco positioning and can work beautifully, but it needs the right cavity design or the product shifts. I once saw a kitchen gadget launch delayed by two weeks because the molded pulp insert passed visual approval and failed during a 24-pack carton compression test in a Dongguan factory. The outer carton bowed, the inner tray cracked at the edge, and everyone suddenly remembered that gravity still exists.

Closures matter too. Tuck ends are fine for lighter retail items. Mailers are efficient for ecommerce brands. Rigid boxes with magnetic closures feel premium, but they add cost and may slow down pack-out. If the fulfillment team has to wrestle each box open and closed, the labor bill climbs. I’ve timed pack lines in a Kunshan warehouse where a 12-second box assembly turned into 19 seconds because of a fancy closure. On 20,000 units, that difference is not cute. That is a real labor cost, usually around $0.03 to $0.06 extra per unit depending on wage rates and staffing.

How to design functional product packaging also means understanding how the product moves through the supply chain. Stackability matters. Compression strength matters. Moisture resistance matters if your boxes sit near loading docks in humid weather. Temperature swings can affect adhesives, labels, and coatings. I’ve seen matte black paperboard show scuff marks after rubbing against neighboring cartons during transit from Shanghai to Toronto. The print looked fine in the studio. In the warehouse, not so much. Apparently warehouses do not care about your brand deck. Rude, really.

Testing is where the truth shows up. Before full production, push for sample packing runs and physical stress tests. Not just “does it look right?” Ask “does it survive?” Use drop tests, vibration checks, and compression tests aligned to relevant standards such as ISTA methods when appropriate. For material and performance reference, the Institute of Packaging Professionals is worth keeping on your radar. Standards don’t replace judgment, but they do stop people from guessing with your money. A 2-hour vibration test on a palletized shipment can reveal what a 30-second tabletop demo never will.

One thing I always tell brands: how to design functional product packaging is a system, not a feature. You cannot fix a bad structure with nicer ink. You cannot fix a loose fit with a better logo. You cannot fix a weak carton by adding “premium” to the product description. Functional packaging is a chain. If one link is weak, customers find it fast. Usually after you’ve paid freight both ways, plus the reprint.

How to Design Functional Product Packaging: Key Factors That Shape Packaging Performance and Cost

If you’re learning how to design functional product packaging, the first four inputs are always the same: product weight, fragility, shape, and finish. A 180 g glass jar has different needs than a 45 g mascara tube. A squared-off product nests differently than something with handles or curves. A glossy coated item can scuff inside a carton, while a textured item may need less visual handling protection but still needs structural support. A 60 mm pump bottle may require a 4 mm headspace allowance, while a flat tin can tolerate only 1 to 2 mm of clearance before it starts rattling.

Cost starts with material selection. Corrugated board usually performs better for shipping-heavy applications. Paperboard works well for lighter retail items. Rigid boxes sit in the premium space and can be excellent for gift sets, electronics accessories, or high-value cosmetics, but they are not cheap. I’ve quoted rigid packaging with custom inserts at $1.85 to $3.40 per unit at 3,000 units depending on board grade, wrapping paper, and finish. That sounds fine until a brand realizes it’s packaging 40,000 units a year. Then the numbers stop being decorative and start looking like payroll.

Setup costs matter too. Die-cut tooling, printing plates, and sample revisions can add hundreds or thousands before a unit ever ships. A simple one-color mailer may cost $0.18/unit at 5,000 pieces, while a foil-stamped rigid box with a custom EVA insert might land closer to $2.10/unit or more. Add freight, inspection, and import duties, and the “small change” becomes a budget line worth watching carefully. This is why how to design functional product packaging has to include quoting early, not after design approval. In one case, a $240 die fee looked annoying until we learned that the wrong carton size would have added $0.09 per unit in dimensional shipping charges across 18,000 boxes.

Branding choices push the cost around. Foil stamping, embossing, debossing, UV spot coating, and specialty inks all look great, but they add setup, waste, and sometimes production risk. I’m not against fancy finishes. I like them. I’ve approved plenty of them in factories in Foshan and Suzhou. I also know when to say no. If the box will be handled by warehouse staff and then shredded after delivery, a $0.40 finish upgrade may be a waste. If the box is part of the retail experience and sits on shelf for weeks, that same finish may be worth every cent.

Sustainability matters too, but not in the lazy “green” way companies like to print on a box and call it done. Right-sizing reduces waste. Lowering void fill reduces shipping cost. Recyclable or FSC-certified materials can support brand values and procurement goals. If you want a place to verify forestry certification claims, FSC is the right authority. The better question is not whether a package uses sustainable materials, but whether the structure avoids unnecessary material in the first place. That’s where the waste reduction gets real. A packaging change that removes 18 grams of board per unit saves more than a line on a sustainability slide deck.

I’ve negotiated with suppliers who wanted to push a thicker board “just to be safe.” Sometimes that’s smart. Sometimes it’s lazy engineering. A small design tweak can save thousands across a run. For example, switching a double-wall insert to a single-wall divider with better fit tolerance saved one client about $0.11/unit across 25,000 units. That is $2,750. One little change. That’s why how to design functional product packaging is partly about asking better questions, not just ordering better materials.

Underbuilding packaging will punish you just as fast. Cheap carton wall strength can lead to crushed corners, bent lids, or damaged goods. Then you pay again in replacements and refunds. Shipping damage is expensive because it attacks both margins and trust. Brands often obsess over acquisition cost and ignore packaging loss rate. Bad move. A 2% damage rate on a 15,000-unit launch is 300 unhappy customers, 300 replacement orders, and a headache nobody wants.

Step-by-Step Guide to Designing Functional Product Packaging

Step 1: Define the product requirements. Before you touch artwork, write down the product’s dimensions, weight, fragility points, storage conditions, and shipping method. Is it direct-to-consumer ecommerce? Retail shelf? Wholesale freight? A 400 g candle in a shipper has very different demands than a 65 g skincare item in a display carton. This is where how to design functional product packaging gets real, because the product dictates the box. A bottle shipped from Shenzhen to Sydney faces different humidity and handling risks than a product sold only through a boutique in Austin.

Also define the customer experience goal. Do you want a quick unboxing? A gift-like reveal? A utility-first mailer? I worked with a subscription brand in Brooklyn that wanted “surprise and delight” but had a fulfillment team that packed 8,000 orders a day. We simplified the structure from a three-part tray to a self-locking mailer with a branded sleeve. Result: faster pack-out, lower labor, and fewer damaged returns. Cute is great. Efficient is better. The redesign cut pack time from 27 seconds to 16 seconds per unit, which matters when labor runs $18 to $24 per hour.

Step 2: Measure accurately. Don’t eyeball it. Measure with calipers if you need to. Account for closures, internal clearance, and protective spacing. If your bottle has a pump that sits 7 mm above the neck, that changes the insert height. If your product needs a finger notch for removal, that changes the cavity shape. Most problems I’ve seen came from “close enough” measurements. Close enough is how you order a box that looks right and fits wrong. If the product includes a cap, a pump, and a tamper seal, measure all three, not just the bottle body.

Step 3: Choose the Right material and structure. This is where you balance protection, presentation, and budget. Corrugated mailers work well for ecommerce and shipping-heavy use. Folding cartons work nicely for retail packaging and lighter products. Rigid boxes make sense for premium kits, presentation sets, and products where perception justifies the added cost. Structure options like tuck ends, roll-end mailers, sleeves, partitions, and molded inserts all have different assembly speeds and performance levels. If you’re deep into how to design functional product packaging, this is one of the biggest decision points. A 350gsm C1S artboard folding carton with a 1 mm PET window can be great for cosmetics, while a 5-ply corrugated mailer is better for a 900 g kitchen accessory.

Step 4: Prototype and test it. I cannot stress this enough. A mock-up on the design team’s desk is not a test. Put the actual product in the actual sample. Pack it the same way fulfillment will pack it. Drop it from realistic heights. Shake it. Stack it. Leave it in a warm room. Then open it and inspect the edges, corners, and closure points. If the product moves or the box opens too easily, fix it now. A $120 sample run can prevent a $12,000 mistake. Or a very annoying week of apologizing to customers, which is honestly worse. In one factory visit in Ningbo, we ran six samples before the tray fit a ceramic diffuser correctly; the seventh sample passed a 1-meter drop without a chip.

Step 5: Refine artwork and dielines after fit is proven. Designers love to jump here first. I get it. Artwork is visible, and everybody has opinions about the logo. But the dieline should be locked only after the physical sample behaves correctly. Then you can place brand elements without creating headaches around glue zones, folds, or barcode placement. This is the practical side of how to design functional product packaging: structure first, aesthetics second, then finish details. A barcode printed across a fold line is not “edgy.” It is a scanning problem.

Step 6: Finalize supplier specs and QC checkpoints. Your final spec sheet should include board grade, print method, coating, tolerance ranges, insert material, carton dimensions, packaging style, and inspection standards. I usually include tolerances of ±1.5 mm on smaller cartons and tighter checks on critical fit areas if the product is fragile. Ask for in-process QC photos, not just a final inspection summary. It’s cheaper to catch a bad die line on day two than to discover 6,000 wrong boxes in a warehouse in Dallas. If the supplier can’t provide a pre-production sample, that’s your warning sign.

Do not skip the supplier conversation. Ask if they have made similar products before. Ask what failed on the last comparable job. Ask which part of the design they would change if it were their money. Good suppliers will tell you. Great ones will save you from yourself. Honestly, that’s half of how to design functional product packaging. The other half is listening when they tell you the flute spec should change from E-flute to B-flute because your 1.2 kg product needs more crush resistance.

Process and Timeline: From Brief to Finished Boxes

A realistic packaging timeline has stages, and every stage can slip if someone gets sloppy. For most custom packaging projects, I expect discovery and briefing to take 2 to 4 days, structural design 3 to 7 days, sampling 7 to 12 business days, revisions 3 to 5 days, prepress 2 to 4 days, production 10 to 20 business days, and shipping anywhere from 3 days to 6 weeks depending on location and freight method. That’s not drama. That’s manufacturing. If the boxes are coming from Guangdong to Rotterdam by sea, add 28 to 35 days for transit. If they’re air freighted from Shenzhen to Chicago, the box count may arrive in 4 to 7 days, but your freight bill will remind you of that decision forever.

The delay magnets are usually the same. Dieline changes. Artwork revisions. Material shortages. Approval bottlenecks. One client sent three logo versions to the factory in Shanghai. Three. The factory used the wrong one for a proof, and suddenly everyone was upset as if the problem had arrived by magic. It didn’t. It was created by too many cooks and not enough signoff discipline. If you want how to design functional product packaging done right, keep the approval chain short. One decision-maker, one backup approver, one written signoff.

Here’s a practical timeline example. Suppose you need 8,000 branded Mailers for Ecommerce. You send dimensions, product weights, and art files on Monday. By Thursday, the supplier provides a structural sample and a quote. You approve the sample the following Tuesday. Production begins after prepress approval, then shipping happens roughly 12 to 15 business days later if the supplier has materials on hand. If you need special inserts or imported paper stock, add time. Always add time. Rush jobs can cost 10% to 25% more, and errors are more common because everyone is moving too fast. In my notebook, “rush” usually translates to “expensive and slightly ugly.”

If you are new to packaging procurement, prepare these items before contacting a manufacturer or supplier:

• Exact product dimensions and weight in grams or ounces
• Photos of the product from multiple angles
• Shipping method: DTC, retail, wholesale, or mixed
• Target quantity and acceptable minimum order quantity
• Budget range per unit and total packaging budget
• Brand assets, logo files, and color references
• Any compliance needs, like FSC, recycled content, or retail labeling

Having that ready saves time and money. It also gives the supplier enough information to recommend the right structure. That is part of how to design functional product packaging without wasting two rounds on guesswork. A supplier can quote a 5,000-piece run much better when they know the finished size is 145 x 95 x 52 mm and the product weighs 380 g, not “medium-ish.”

I’ve been in meetings where a brand showed up with only a logo and said, “Can you make it premium?” Sure. With what dimensions? For what product? Shipping how? Retail or ecommerce? Answers matter. Packaging is not magic. It’s a set of controlled decisions. In one case, we spent 45 minutes discussing matte black versus soft gray, then discovered the bottle wouldn’t fit through the opening. That meeting should have lasted 5 minutes.

Common Mistakes That Make Packaging Look Good but Fail

The biggest mistake is designing only for the shelf photo. A box can look perfect in a render and still fail the job. That happens when teams prioritize print finishes and ignore structure, fit, and handling. I’ve opened cartons where the embossing was beautiful, the varnish was perfect, and the product still bounced around inside like a marble in a cereal box. Not a good look. Especially not after a 14-hour container ride from Xiamen to San Pedro.

Another common problem is picking the wrong size. Too large, and you pay for void fill, extra freight, and wasted material. Too tight, and you get scuffs, crushed edges, or assembly frustration. I once reviewed a box that was 11 mm too tall for the product. Eleven. The brand had already printed 15,000 units. They ended up adding filler paper just to stop movement, which increased labor and made the unboxing feel cheap. That’s a classic how to design functional product packaging mistake: saving time on measurement and spending more later. A 2 mm error on a side panel can be the difference between a smooth insert and a return pile.

Skipping sample testing is another expensive habit. A dieline is not proof that the package works. It is only the starting point. You need real packing, real closure pressure, and real transit conditions. I’ve seen brands approve samples by eye and then discover the box tears at the corner fold after two openings. If the customer cannot open it cleanly, or the pack line cannot run it efficiently, it is not ready. A sample that survives 10 drops from 1 meter is worth more than a mood board full of adjectives.

Over-embellishing is also a trap. Foil, embossing, spot UV, custom ribbons, and magnetic flaps can be beautiful, but too many extras can increase setup costs, slow production, and create failure points. If your product is a $12 skincare item, a $2.50 box may be too much unless the margin and positioning support it. If the finish flakes, scratches, or complicates sealing, the premium feel vanishes fast. A finish that costs an extra $0.32 per unit on 10,000 units is a $3,200 decision. That should not be made because someone said “it feels luxe” in a meeting.

Then there’s the internal team disconnect. Fulfillment, retail, and design often work in separate bubbles. Bad idea. The pack team knows how fast a box must assemble. Retail knows how it should face on shelf. Marketing knows the brand story. If those groups never talk, the result is packaging that looks good in a meeting and fails in the warehouse. How to design functional product packaging is a cross-team process whether people like that or not. In practice, that means one spec sheet, one shared dieline, and one final approval on the same revision number.

Don’t ignore freight realities either. If the packaging is too bulky, shipping costs go up. If it is too weak, damage goes up. If it uses materials that absorb humidity poorly, returns go up. There’s your profit leak, right in the open. I’ve seen a box design save $0.07 per unit on material and then lose $0.19 per unit in freight because it shipped in a larger master carton. That is not a win. That is a spreadsheet trick.

Expert Tips to Make Packaging More Functional and Profitable

Use right-sizing as often as possible. Right-sized packaging reduces board use, lowers dimensional shipping charges, and usually makes packing faster. A box that is 5 mm shorter in each direction may not sound dramatic, but across thousands of units that can trim freight and material cost in a very real way. If you’re serious about how to design functional product packaging, this is low-hanging fruit with actual money attached. On a 12,000-unit run, a 5 mm reduction can shave enough carton volume to improve pallet count by one full layer.

Design for the pack line, not just the customer. I love a beautiful unboxing as much as the next packaging nerd, but if the box takes 40 seconds to assemble, it will punish operations. Self-locking structures, simple inserts, and easy-open closures can save labor. Labor is not imaginary. Neither is overtime. In one factory in Ho Chi Minh City, switching from a manual wrap sleeve to a pre-glued tuck structure cut pack-out by 9 seconds per unit, which saved about $0.05 per unit at scale.

Choose finishes that match usage. Matte lamination can look elegant, but it may scuff. Soft-touch feels premium, but it can show fingerprints and cost more. A water-based coating might be a better choice for some retail packaging because it holds up well and avoids unnecessary extra steps. Ask the supplier how the finish behaves under abrasion, humidity, and storage. That’s the kind of question that makes a good buyer look seasoned. A sample that looks great under showroom lights in Shanghai can still pick up rub marks after 24 hours in a warehouse pallet wrap.

Ask for structural alternatives. Sometimes the supplier’s first suggestion is not the best one. I’ve had factories in Guangdong propose a more complex insert when a simple corrugated divider would have worked better and cost less. Another time, switching from a two-piece rigid box to a telescope box reduced breakage because the lid and base alignment was easier to control. Better structure often beats prettier structure. Funny how that works. A cleaner structure can also reduce the number of glue points from 6 to 3, which lowers failure risk and speeds assembly.

Compare at least two or three supplier quotes. Not because the cheapest is best. Please. Because you need to see where setup fees, material substitutions, and minimum order quantities start to move. One supplier may quote $0.62/unit with a high die fee, another may quote $0.79/unit with lower setup. Depending on volume, one is better. The math changes fast. That’s why how to design functional product packaging includes quoting discipline, not just creative direction. For a 5,000-piece run, a $0.17 difference per unit is $850, which is not pocket change.

Build a packaging spec sheet before you brief the supplier. Include dimensions, weight, material preference, print method, finish, tolerance, insert type, carton count, and testing expectations. Then test samples under actual shipping conditions. Then compare supplier responses. Then approve. That sequence saves time and avoids the costly “we assumed” conversation later. If your spec sheet fits on one page, even better. If it requires a mystery novel, your packaging process is already in trouble.

If you need a starting point for structures, fills, and branded packaging options, our Custom Packaging Products page is a useful reference. It helps brands understand what can be customized before they spend money on a shape that looks great and performs terribly. I’ve seen too many teams skip that planning step and pay for it twice. A 20-minute review can prevent a 20,000-unit regret.

If sustainability is part of your packaging story, keep it honest. Use the right material for the job, reduce excess, and document claims carefully. The U.S. Environmental Protection Agency has useful guidance on waste reduction and recycling at epa.gov/recycle. Better packaging is not just greener on paper. It’s leaner in the supply chain. A right-sized box in recycled board from Suzhou is better than a giant “eco” box that still ships air from Guangdong to New York.

One small but effective tactic: do a mock fulfillment test before mass production. Have someone pack 20 to 30 units in a row using the proposed structure. Time them. Note the confusion points. Measure the damage rate after a controlled drop. You’ll learn more from that exercise than from three rounds of pretty renders. That, right there, is the practical heart of how to design functional product packaging. If your team cannot pack 30 units in under 15 minutes without cursing, the structure needs work.

And please, don’t let “premium” become an excuse for waste. Premium can mean thoughtful. It can mean precise fit, clean print, crisp folds, and strong shelf presence. It does not have to mean oversized, overbuilt, and over budget. Smart branding feels expensive because it works, not because it wastes cardboard. A 350gsm C1S carton with sharp graphics and a properly designed insert can look more expensive than a clumsy rigid box that costs twice as much.

How to design functional product packaging is really about respect: respect for the product, respect for the customer, and respect for the money leaving your account every time a box is made. If your packaging saves one damaged shipment, one return, or one hour of labor, it is already doing its job. If it does all three, your accountant may even smile. Briefly.

If you’re building a new product line and need help with how to design functional product packaging, start simple: measure the product, define the shipping route, choose the structure, sample it, test it, and only then polish the artwork. That order matters. I’ve watched brands do it backwards in factories in Shenzhen, Dongguan, and Ningbo, then spend twice as much fixing the consequences. Don’t be that brand.

Functional packaging is not boring. It’s the part that keeps your brand from embarrassing itself in front of customers, warehouse teams, and everyone else in the supply chain. Get the structure right, and the pretty stuff can actually shine. Get the structure wrong, and even the nicest design becomes expensive clutter. A good package is one that survives the truck, the shelf, and the customer’s kitchen counter without drama. That should not be controversial.