Custom Laptop Boxes
A laptop is the awkward combination of large surface area and low tolerance for pressure. It is strong enough to survive being dropped in a bag and weak enough that a corner load through the lid can crack a screen, and packaging has to respect both facts at once.
- Builds
- Rigid lid and base, corrugated outers, two-layer trays
- Cradles
- Molded pulp end caps and trays, die-cut card blocks, foam
- Layers
- Device on top, accessories below, card floor between
Order online
Order laptop boxes
Starting from $1.10 per unit
Printed to your artwork or plain, sold in runs of 100 up to 5,000 units per product online. Freight to the US, UK, Canada and Australia is inside the price.
How an online order runs
- Add the units you needThen check out with your delivery address. Add other products to the same order on the way.
- A digital proof comes backLaid on the dieline, before anything prints. Change it as often as you need.
- Pay once you approve itPay by PayPal invoice or bank transfer after you approve your digital proof, or cash on delivery in the US and Canada.
- We make it and ship it deliveredYour delivery date is confirmed with the proof, against the spec and your fill date. Freight and customs are handled on the way to you.
Another size, board or finish, or more than 5,000 units? Send the spec for a price instead. Freight by market and our terms cover delivery and remakes.
Get a price for Laptop Boxes
Send the size and quantity — we reply the same working day with a price, a dieline and a date. Artwork optional at this stage.
- Free dielineThe flat drawing comes with the quote, before you commit.
- Proof before pressNothing is printed until you have seen it laid on the dieline.
- Die kept for reordersTooling is paid once. Every reorder skips straight to press.
- Quoted in four marketsUS, UK, Canada and Australia, in the delivery currency.
The screen fails from the back, not the front
A closed laptop takes a point load through the lid and passes it straight into the panel behind. That is why a small hard object trapped between the device and the box does far more damage than a much larger impact spread across the whole face.
Nothing rigid should sit against the lid. Cables, chargers and manuals belong on a separate layer with a card floor between them and the device, not tucked in beside it.
A single loose screw or connector against the lid in transit is enough. The cradle exists to guarantee nothing can get there.
Cradle options for a large flat object
End caps beat full trays for protection because they hold the device by its strongest points and leave an air gap around the rest. A tray that supports the whole base transmits any impact evenly into the underside.
| Molded pulp end caps | Grip the corners, leave the faces untouched; the industry default |
|---|---|
| Full pulp tray | Supports the whole base; more material, easier to pack |
| Die-cut card corner blocks | Cheapest, fully recyclable, needs a snug outer to work |
| Foam end caps | Best shock absorption, worst recyclability, hardest to justify now |
Corners take the drop, every single time
Parcel drop testing lands on a corner far more often than a face, and a laptop box has eight of them carrying a heavy flat object. Corner protection is not optional here in the way it is on a light product.
That is what end caps buy: the corner crushes, the device does not move. A box with a snug fit and no corner allowance transmits the whole drop into the device instead.
Where the accessories go
Ordering matters as much as fitting. The device should be the first thing lifted out, with everything else revealed underneath it.
- A lower tray under the device, with a card floor between the two layers.
- A cable channel sized to the real coiled diameter, not the cable diameter.
- A charger well deep enough that the brick sits below the tray surface.
- Documentation flat under the device, where it also spreads load slightly.
Retail box, shipping box, or both
A retail laptop box is designed to look right on a shelf and to survive a pallet. Posted on its own it arrives with damaged corners even when the laptop is fine, and at this price point a scuffed box reads as a returned unit.
Ship it inside a corrugated outer with void fill on all six sides. The outer construction and the board grades for it are set out in our shipping box notes.
Static and surface protection
A finished laptop in its housing does not usually need antistatic packaging, but ports and exposed connectors on accessories often do, and those travel in the same box.
Surface protection is the more common oversight: a bare pulp tray against a brushed aluminum lid will mark it over a long journey. A thin non-woven sheet or a printed paper wrap between the two costs almost nothing and prevents a whole class of complaint.
Laptop Boxes — specification
The rows that are specific to this build first, then what applies to every job we run. Anything not listed is a question, not a limit — send the brief.
This build
- Builds
- Rigid lid and base, corrugated outers, two-layer trays
- Cradles
- Molded pulp end caps and trays, die-cut card blocks, foam
- Layers
- Device on top, accessories below, card floor between
- Protection
- Corner-first design; surface wrap against brushed and glossy finishes
- Outer, inner tray and lid interior; compliance area reserved on the dieline
- Minimum
- 100 boxes
On every job
- Print process
- Digital below about a thousand, offset above it. One side or both, with spot colors where a match has to hold.
- Color
- CMYK as standard. Uncoated and kraft stocks print lighter and warmer; a spot color is the only exact match.
- Tolerance
- Cutting plus or minus 1 mm, creasing plus or minus 0.5 mm, confirmed on a plain sample before the run.
- Tooling
- A cutting die per size, made once and kept. Foil and emboss dies per artwork, also kept.
- Food contact
- Food-grade board and inks where the carton touches food, with the interior left plain.
- Sustainability
- Mono-material board wherever the product allows; recycled-content and FSC stocks; no claim printed the pack does not earn.
- Artwork
- Vector PDF or AI, 3 mm bleed, 4 mm safe area, fonts outlined. We check every file and send a proof before press.
- Dieline
- Supplied free with the quote, before you commit. Yours whether or not you order.
- Sample
- A plain unprinted sample at the finished size on request, for fit and construction.
- Reorders
- Skip the tooling and go straight to press at a lower unit price.
- Lead time
- Quoted with the price against your fill date rather than promised before we have seen the spec.
- Markets
- United States, United Kingdom, Canada, Australia — priced in the delivery currency, freight included.
Boards and films we build laptop boxes on
A folding carton is one sheet of board, so the board is the product. These are the stocks we run for cartons, what each is good at, and where it lets you down.
Natural kraft
Unbleached folding board. Warm, hides marks, costs least. Mutes color — one or two flat colors print well, photographs do not.
250–350gsm sleeves; 14–24pt cartonsWhite SBS
Solid bleached sulfate: bright, coated, the retail carton standard. Takes accurate color and every finish. Shows scuffs sooner than kraft.
14–24ptWhite lined chipboard
A recycled gray core under a white printing face. Cheaper than SBS and slightly duller; the back of the sheet stays gray.
16–24ptKraft-look coated
A kraft face over a coated inner. The natural look with a barrier behind it — the answer where oil, grease or moisture would mark plain kraft.
14–20ptRecycled-content board
Post-consumer fiber with a gray-brown cast. Right for outers and inner components; poor for bright whites and photography.
16–22ptMicro-flute E and F
A fine corrugated layer where a carton needs structure it cannot get from board — a large panel, a heavy product, a box that ships alone.
E 1.5 mm; F 0.8 mmUncoated and textured
No clay coat, or a linen or laid grain. Print reads softer and warmer; a deboss goes deeper. Photographs do not sit well on it.
280–350gsmMetalized and pearlescent
A metallic or pearl face for a shelf that needs to catch light. Costly, and it fights a photograph — a mark or a pattern suits it better.
16–20ptNot sure which? Say what goes in it and where it is sold — the material follows from that. Our notes on recycled, recyclable and compostable cover which claims each stock can honestly carry.
- 01
Send what you have
A dimension, a photograph beside a ruler, or the product itself. No technical drawing needed — that part is ours.
- 02
We quote and draw
A price, a dieline and a date come back together. If a different build would suit the product better, that is in the reply too.
- 03
Approve the dieline
The flat drawing is yours to check: which panel is the front, where the folds fall, how deep the cavity really is.
- 04
Artwork on the dieline
You place your design on the flat we sent, or we place it for you, and you see a proof before anything goes to press.
- 05
A sample if you want one
A plain unprinted sample at the finished size shows fit and construction — the things a drawing cannot.
- 06
Cut, printed, shipped
The die is cut once and kept, so every reorder skips the tooling and goes straight to press at a lower unit price.
Format
Vector PDF or AI where possible. Raster artwork at 300dpi at final size, in CMYK.
Bleed
3 mm past every trim line, so a fraction of drift on the cutter never leaves a white edge.
Safe area
Keep type and anything important 4 mm inside the cut and away from every fold.
Color
Convert to CMYK before sending. Uncoated stock prints lighter; a spot color is the only exact match.
Fonts
Outline them or supply the files. A missing font substitutes silently and the proof will not match.
Barcodes
On a light, matte, unvarnished patch with the quiet zone clear — a code on gloss fails the scanner.
Not set up that way? Send it anyway — fixing a file is a short conversation, and we check every one before press. Our guide to preparing print files covers each point.
Every finish here is a decision about light on a shelf, not about luxury.
Matte lamination
Reads considered, hides marks, takes a ballpoint.
Gloss lamination
Lifts color; glares under shop lighting.
Soft-touch
Velvet in the hand; shows fingerprints in a bag.
Hot foil
Real metal leaf — the most reliable premium signal.
Emboss / deboss
Shape with no ink; works in the dark.
Spot UV
Gloss shapes on a matte field.
Uncoated kraft
Warm, natural, mutes color.
Textured stock
Texture in the paper; cannot scuff off.
Not sure which suits the shelf it sells from? Say where the product is sold and we suggest one — our notes on specialty finishes show them on real boxes.
Sizing a folding carton so the die comes out right: laptop boxes
Measure the product, not the box it is in now. A carton is built around what has to fit inside it, assembled — cap on, lid fitted, folded if it folds — at its widest point in each direction. Send those three numbers and say which is which.
- Length x width x height
- Internal, always. External dimensions include the board and are what the carrier measures, not what the product needs.
- Clearance
- 2–3 mm a side for a snug fit; more where an insert or void fill goes in. A carton cut exactly to the product is slow to pack and transmits every knock.
- Board thickness
- Heavier board takes internal space from the product. It matters most on small boxes, where four walls of 24pt is a real share of the cavity.
- Varies between batches?
- Glass, textiles, molded parts and cured soap all do. Measure several and build to the largest.
- Cutting tolerance
- Plus or minus 1 mm on folding board. Confirmed on a plain sample before the run.
- Units
- Metric or imperial, as long as you say which. Mixing them in one spec is where mistakes happen.
Not sure your numbers are right? Send the product dimensions rather than the box dimensions and we work the box out — the full method is in our guide to measuring for a box.
Interactive · five steps · no sign-up
Build your Laptop Boxes in 3D
Pick a shape, type a size, choose a board and a finish. The preview on the left redraws as you go, and the spec lands with us exactly as you set it.
Frequently asked questions
Got a question about laptop boxes? The answers below cover what we get asked most. If yours is not here, send it with a brief, message us on WhatsApp, or call +1 503-461-4788 — we reply the same working day.
What is the minimum order for laptop boxes?
100 boxes. Pulp end caps, card blocks or foam cradles are quoted alongside, since the cradle does most of the protecting.
Why did a screen crack in an undamaged box?
Almost always something hard trapped against the lid. Accessories need their own layer with a floor between.
End caps or a full tray?
End caps. They hold the strongest points and leave the faces in air, which is what protects a large flat device.
Can I skip the outer shipping box?
Not for direct sales. The retail box arrives corner-damaged on its own, which at this price reads as used.
Do I need antistatic material?
Rarely for the laptop; often for bare-connector accessories traveling in the same box.
Will pulp mark a brushed finish?
It can over a long journey. A thin non-woven sheet or printed wrap between the two prevents it.
Which builds are available for laptop packaging?
Rigid lid-and-base boxes, corrugated outers and two-layer trays, printed on the outer, inner tray and lid interior, with the compliance area reserved on the dieline.
Where do the charger and cables go in a laptop box?
In a lower tray under the device, behind a card floor: a cable channel sized to the real coil, and a charger well deep enough that the brick sits below the tray surface.
What cradle options are there for laptop boxes?
Molded pulp end caps or a full pulp tray, die-cut card corner blocks, or foam end caps. Card blocks are cheapest and fully recyclable but need a snug outer to work.
Why do laptop boxes need corner protection?
Parcel drops land on a corner far more often than a face. With end caps the corner crushes while the device stays still.
Same range
