How to Safely Transport a Computer Using a Cardboard Box?

Shipping a computer isn’t just about putting it in a box—it’s about protecting a significant investment. Whether you’re relocating, selling a custom-built PC, or returning a defective unit, improper packaging can result in costly damage. A single drop during transit can destroy a graphics card, crack a motherboard, or shatter a monitor screen.

This comprehensive guide will walk you through everything you need to know about transporting computers safely using cardboard boxes. From selecting the right packaging materials to step-by-step packing instructions, we’ll help ensure your valuable electronics arrive at their destination intact.

Why Proper Computer Packaging Matters for Safe Transport

Computers are among the most fragile and valuable items you’ll ever ship. Understanding the risks is the first step toward preventing damage.

Understanding the Risks of Improper Computer Shipping

Your package will face multiple hazards during transit that you might not expect:

Impact forces from drops: Packages can fall from conveyor belts, delivery trucks, or sorting facilities. Even a 3-foot drop can generate enough force to damage sensitive components.
Constant vibration: During transport, your computer experiences continuous shaking that can loosen screws, dislodge connectors, and cause components to shift inside the case.
Compression from stacking: Shipping facilities stack packages to maximize space. Your box must withstand the weight of other packages placed on top.
Electrostatic discharge (ESD): Invisible but deadly to electronics, static electricity can fry circuits without leaving any visible damage.

According to carrier damage reports, approximately 23% of computer shipping damage occurs from inadequate cushioning, while 40% of motherboard damage happens when graphics cards are left installed during shipping.

How Quality Packaging Prevents Damage During Transit

Professional packaging creates multiple layers of protection. Think of it as a defensive system where each layer serves a specific purpose:

The outer box shields against external impacts and compression
Cushioning materials absorb shock and vibration
Anti-static protection prevents electrical damage
Proper orientation minimizes stress on components

When you invest in proper packaging materials and techniques, you’re not just protecting a product—you’re protecting your reputation, your customer relationships, and your bottom line.

Essential Materials for Safe Computer Transportation

Before you begin packing, gather all necessary materials. Using the right supplies can mean the difference between a successful delivery and a damaged computer.

Double-Wall Corrugated Cardboard Boxes: The Foundation of Protection

Not all cardboard boxes are created equal. For computer shipping, you need:

Double-wall corrugated boxes are essential for heavy electronics. These boxes feature two layers of fluting between three layers of linerboard, providing superior strength and durability. Look for boxes with a burst strength of 275 lbs or higher.

Box specifications to consider:

Single-wall boxes: Adequate for lightweight peripherals (keyboards, mice, cables)
Double-wall boxes: Required for desktop towers, monitors, and assembled PCs
Triple-wall boxes: Recommended for servers and heavy workstations

Important: Always use new boxes for computer shipping. Used boxes have weakened corners and reduced structural integrity. A box that has already been through shipping once has already absorbed impact forces and won’t provide the same protection again.

💡 Pro Tip from Yian Packaging: As a professional cardboard box manufacturer, we recommend custom-sized double-wall boxes for computer shipping. Standard retail boxes often leave excessive void space, increasing damage risk. Custom boxes fit your products precisely, reducing material costs while improving protection. Contact us for custom sizing quotes.

Cushioning Materials: Bubble Wrap, Packing Peanuts, and Foam Corners

Different cushioning materials serve different purposes:

Bubble Wrap:

Use anti-static pink bubble wrap for bare electronics
Apply 3-4 inches of bubble wrap on all sides of the computer
Wrap items bubble-side inward for better surface protection
For desktop computers, use large-cell bubble wrap for the case and small-cell for components

Packing Peanuts:

Fill the bottom of boxes with at least 2 inches of peanuts
Surround items completely with peanuts on all six sides
Warning: Don’t use peanuts for items heavier than 30 pounds—they compress under weight and allow shifting
Always wrap items in plastic bags before using peanuts to prevent them from entering the computer case

Foam Corners and Blocks:

Ideal for desktop computers and monitors
Cut foam to fit snugly around the wrapped computer
Minimum 1.5 inches of foam on all sides
Professional shippers prefer foam because it doesn’t compress during transit

Anti-Static Packaging for Sensitive Electronic Components

Static electricity is an invisible enemy of electronics. You can’t see it, hear it, or feel it at low levels, but it can destroy sensitive circuits instantly.

Essential anti-static materials:

Silver static-shielding bags: Required for motherboards, GPUs, RAM, and other bare components
Anti-static bubble wrap: Pink or clear anti-static rated material
Anti-static tape: For sealing anti-static bags and wrapping

Remember: Never place bare electronics directly in regular plastic bags or wrap them in newspaper. These materials generate static electricity that can damage your components.

Packing Tape and Sealing Essentials

Your tape choice matters more than you might think:

Use pressure-sensitive packing tape at least 2 inches wide
Look for tape with 2.2 mil thickness or higher
Avoid masking tape, duct tape, or household tape—they fail under shipping stress
Apply tape using the H-taping method: three strips on both top and bottom, plus center strips forming an “H” pattern

How to Choose the Right Cardboard Box for Your Computer

Selecting the correct box size and strength is crucial for safe transport. The wrong box can lead to damage even if you use the best cushioning materials.

Box Size Guidelines: The 3-Inch Rule for Computer Shipping

Professional electronics shippers follow the “3-inch rule” when selecting boxes:

Your box should be at least 3 inches larger than the computer on all sides—top, bottom, left, right, front, and back.

This creates a protective buffer zone that absorbs impacts before they reach your computer.

Box size calculations:

Computer Type	Typical Dimensions	Minimum Box Size
Mid-tower PC	18″ × 8″ × 18″	24″ × 14″ × 24″
Full-tower PC	22″ × 10″ × 22″	28″ × 16″ × 28″
Gaming PC	20″ × 9″ × 20″	26″ × 15″ × 26″
Laptop	15″ × 11″ × 2″	21″ × 17″ × 8″
Monitor (24″)	22″ × 14″ × 4″	28″ × 20″ × 10″

For heavy PCs over 30 pounds, increase cushioning to 4-6 inches on all sides for extra protection.

Single-Wall vs Double-Wall Corrugated Boxes: Which to Choose

The difference between single-wall and double-wall boxes isn’t just about strength—it’s about whether your computer will survive the journey.

Single-Wall Boxes:

Suitable for: Cables, keyboards, mice, small peripherals
Not recommended for: Desktop computers, monitors, laptops
Maximum weight: Up to 65 pounds
Risk: May collapse under stacking weight

Double-Wall Boxes:

Suitable for: Desktop towers, assembled PCs, monitors, laptops
Maximum weight: Up to 95 pounds
Benefits: Resists crushing, maintains shape under stacking
Required for: Any computer shipping with original manufacturer packaging

Pro Tip: If you’re shipping a computer in its original manufacturer box, you MUST place that box inside a larger double-wall box. Original packaging is designed for retail display, not shipping stress.

Weight Capacity and Burst Strength Ratings Explained

Box strength is measured by two key ratings:

Burst Strength (Mullen Test):

Measures the force needed to puncture the box wall
Expressed in pounds per square inch (psi)
For computers, look for 200+ psi for single-wall or 275+ psi for double-wall

Edge Crush Test (ECT):

Measures stacking strength
Higher ECT means the box can support more weight on top
For computer shipping, choose boxes with ECT 32 or higher

A typical desktop computer weighing 25-35 pounds requires a box with at least 200 psi burst strength and ECT 32 rating.

Step-by-Step Guide: Preparing Your Computer for Packaging

Before you start wrapping, you need to properly prepare your computer. Skipping these steps can result in damage that proper packaging can’t prevent.

Backing Up Data Before Transport

Shipping involves risk—even with perfect packaging, accidents happen. Before you ship any computer:

Create a complete backup of all important files
Use cloud storage or external drives—don’t rely on the computer itself
Verify your backup by checking that all files are accessible
Consider removing sensitive data entirely if shipping for repair or sale

For data storage devices (hard drives, SSDs, memory sticks), always back up data before shipping. If the device is lost or damaged, your liability may be limited to only the cost of the storage medium, not the value of the data it contains.

Removing Components: GPUs, Hard Drives, and Expansion Cards

This is the single most important step in preparing a desktop computer for shipping. Leaving components installed is the #1 cause of shipping damage.

Components you MUST remove:

Graphics Cards (GPUs): The highest priority. Modern GPUs weigh 2-4 pounds and are secured only by a PCIe slot and 1-2 screws. Shipping vibrations can snap the PCIe connector or crack the motherboard. High-end cards like RTX 4090s are particularly vulnerable due to their size and weight.
Large CPU Coolers: Tower coolers over 1 pound can damage CPU sockets during transit. The leverage from vibration can crack the motherboard around the CPU mounting area.
Hard Drives and SSDs: Remove to prevent data loss and physical damage from movement.
RAM Modules: Can work loose and damage memory slots or short against other components.
Expansion Cards: Sound cards, WiFi cards, capture cards, and any other add-on cards.

How to remove and pack components:

Power off the computer and unplug all cables
Ground yourself using an anti-static wrist strap
Remove each component carefully
Place each component in an anti-static bag
Wrap bagged components in bubble wrap
Label each bag clearly for easy reassembly
Pack components in a separate smaller box within the main shipping box

Cable Management and Peripheral Organization

Loose cables can cause more problems than you might expect:

They can tangle with components and cause damage
They can shift during transit and create pressure points
They can become projectiles inside the box

Best practices for cable organization:

Disconnect all cables from the computer and peripherals
Label each cable with masking tape indicating where it connects
Coil cables loosely—never fold or crimp them
Secure coiled cables with twist ties or velcro straps
Place cables in a separate bag or small box
Include a diagram showing cable connections for easy reassembly

Securing Loose Parts and Moving Components

After removing the main components, secure any remaining loose items:

Tape case doors and panels that could open during shipping
Secure optical drive bays with tape if they slide open easily
Close any open expansion slots with their original covers
Ensure all screws are tightened—loose screws can rattle and cause damage

Complete Packing Instructions for Desktop Computer Towers

Now that your computer is prepared, it’s time to pack it properly. Follow these steps for maximum protection.

Wrapping Techniques Using Bubble Wrap and Anti-Static Materials

The wrapping process creates multiple layers of protection:

Step 1: Prepare the Case

Clean the case exterior to remove dust and debris
Ensure all panels are secured and won’t open during transit
Position the computer upright (as it sits on a desk)

Step 2: First Wrap Layer

Wrap the entire case in anti-static bubble wrap
Bubble side should face toward the computer
Use anti-static tape to seal all seams completely
Ensure full coverage with no gaps

Step 3: Second Wrap Layer

Add another layer of regular bubble wrap for impact protection
This outer layer can use standard bubble wrap
Seal with packing tape

Step 4: Fill Internal Voids

Stuff foam padding or bubble wrap into any hollow areas
Pay attention to the inside of the case front
Ensure the wrapped computer feels firm with no shifting

Test: Shake the wrapped computer gently. You shouldn’t hear any rattling or feel any movement inside.

Creating Cushioning Layers Inside the Cardboard Box

The cushioning system is your shock absorber:

Bottom Layer:

Fill the bottom of the box with 3 inches of cushioning material
Use packing peanuts, air pillows, or crumpled bubble wrap
Do NOT use crushed paper—it compresses and offers no protection
Create a flat, even surface

Side Cushioning:

Place the wrapped computer in the center of the box
Fill all spaces on the sides with cushioning material
Maintain at least 3 inches of cushioning on all sides
Pack cushioning firmly—loose material allows shifting

Top Layer:

Fill the top of the box with 3 inches of cushioning
Press down gently to ensure no gaps
The computer should not shift when you move the box

Positioning the Computer Tower Correctly in the Box

Orientation matters more than you might think:

Always ship desktop computers upright—the same position they sit on a desk.

Why orientation matters:

The motherboard is designed to be horizontal
Shipping on the side or upside down puts stress on the motherboard
Components can flex or shift under their own weight
Hard drives are designed to operate horizontally

For monitors: Ship face-down to protect the screen. Remove the base and any attachments.

Filling Void Spaces to Prevent Movement During Shipping

The most common packing mistake is leaving void spaces:

How to test for voids:

After packing, close the box flaps (don’t seal yet)
Shake the box gently in all directions
Listen for any movement or rattling
If you hear movement, open and add more cushioning

The packed computer should:

Not shift when the box is tilted
Feel solid with no hollow sounds when tapped
Require force to compress the top cushioning

Remember: A package experiences 15-20 handling events during typical shipping. Any movement inside the box allows damage to accumulate with each handling.

Laptop Shipping: Special Considerations and Best Practices

Laptops require different packaging approaches than desktop computers. Their portability doesn’t make them easier to ship—they’re actually more vulnerable in some ways.

Battery Safety and Lithium Battery Shipping Regulations

Laptops contain lithium batteries, which are regulated as hazardous materials:

Important regulations:

UN 3481 applies to lithium-ion batteries contained in equipment
You can ship laptops with batteries installed if they’re properly packaged
Maximum of 2 batteries per package for air shipping
Batteries must be protected from short circuits

Safety requirements:

Power off the laptop completely (not sleep or hibernate mode)
Protect the power button from accidental activation
Use the original manufacturer packaging if available
Declare lithium batteries on shipping forms when required

Warning: Non-account holders can typically only ship one laptop (with one lithium battery) per package. Check carrier regulations before shipping multiple laptops.

Using Dedicated Laptop Boxes vs Standard Cardboard Boxes

Dedicated Laptop Boxes:

Many carriers offer purpose-built laptop shipping boxes that include:

Pre-installed foam padding
Correct sizing for standard laptops
Built-in protection features

Benefits:

Faster packing—no need to cut foam or measure cushioning
Tested design proven to protect laptops
Often includes plastic bag for moisture protection

Standard Cardboard Boxes:

If using a standard box:

Choose a box 6 inches larger than the laptop on all sides
Wrap the laptop in at least 3 inches of anti-static bubble wrap
Add foam or bubble wrap to fill all void spaces
Consider double-boxing for expensive laptops

💼 Business Solution from Yian Packaging: For electronics retailers and PC builders shipping laptops regularly, we offer custom laptop boxes with pre-installed foam inserts. Reduce packing time by 60% while ensuring consistent protection. Get wholesale pricing for orders of 100+ boxes.

Screen Protection: Avoiding Pressure Points and Impact Damage

Laptop screens are extremely fragile and expensive to replace:

Screen protection steps:

Place a protective layer between the keyboard and screen (thin foam or cloth)
Wrap the closed laptop in anti-static bubble wrap
Pay extra attention to corners—add additional padding
Never place anything on top of the wrapped laptop
Position the laptop so the screen doesn’t face box corners

Critical: Make sure no pressure is applied to the screen surface. Even light continuous pressure can cause permanent damage.

Protecting Computer Monitors and Peripherals During Transport

Monitors and peripherals require their own packaging strategies.

Monitor Packaging: Face-Down Positioning and Screen Protection

Monitors are one of the most fragile computer components:

Preparation:

Remove the monitor base and any attachments
If the base cannot be removed, wrap it separately
Disconnect and pack all cables separately

Screen protection:

Place a layer of foam or bubble wrap against the screen
Wrap the entire monitor in 3-4 inches of bubble wrap
Pay special attention to screen corners

Box positioning:

Ship monitors face-down in the box
Never ship with the screen facing up or on its side
Ensure 3 inches of cushioning on all sides
Use double-wall boxes for monitors over 27 inches

Keyboard, Mouse, and Cable Packaging Tips

Peripherals need protection too, but are often overlooked:

Keyboards:

Wrap in bubble wrap to protect keys
Don’t place heavy items on top of keyboards
Mechanical keyboards should be shipped with keycaps protected

Mice:

Wrap in bubble wrap
Protect scroll wheels from pressure

Cables:

Coil loosely and secure with twist ties
Label each cable clearly
Pack in a separate bag to prevent tangling

Packing Multiple Components in One Box Safely

If you need to ship multiple items together:

Rules for multi-component shipping:

Each component must be individually wrapped
Never let components touch each other in the box
Use dividers or separate inner boxes for each major component
Fill all void spaces completely
Consider total box weight—over 50 pounds increases damage risk

Best practice: If you’re shipping a complete system (tower, monitor, keyboard, mouse, cables), use multiple boxes. One large box packed with multiple items is difficult to handle and increases damage risk.

Double-Boxing Method for Maximum Computer Protection

Double-boxing is the professional standard for high-value electronics shipping. It creates two protective barriers around your computer.

When to Use Double-Boxing for Computer Shipping

Always use double-boxing for:

Any computer valued over $500
Gaming PCs and custom-built computers
Computers being shipped internationally
Computers in original manufacturer packaging

The problem with single boxes:
Even the strongest box can be punctured, crushed, or dropped. A single layer of protection means one failure destroys your computer.

Inner Box Preparation and Placement

Step 1: Pack the Inner Box

Place your wrapped computer in an appropriately-sized box
Fill all void spaces with cushioning
Seal the inner box completely with packing tape

Step 2: Prepare the Outer Box

Choose a box at least 6 inches larger than the inner box in all dimensions
The outer box must be a new, double-wall corrugated box
Line the bottom with 3 inches of packing material

Step 3: Position the Inner Box

Center the inner box inside the outer box
There should be equal space on all sides

Creating the Protective Buffer Zone Between Boxes

The space between the inner and outer boxes is your buffer zone:

Fill the buffer zone:

Add packing material on all six sides of the inner box
Maintain at least 3 inches of cushioning on each side
Pack firmly—loose material compresses during shipping
Use packing peanuts, air pillows, or foam blocks

Verification:

The inner box should not shift when you move the outer box
Press down on the top cushioning—it should not compress more than 1 inch
Shake test: no movement should be detectable

H-Taping Method for Secure Box Sealing

The H-taping method provides maximum seal strength:

How to apply H-taping:

Center strip: Apply one strip of tape down the center of the seam
Edge strips: Apply strips along both edges of the seam
Cross strips: Apply strips across the ends of the flaps
Repeat: Apply the same pattern to both top and bottom

This creates an “H” pattern that:

Prevents flaps from popping open
Distributes stress across multiple tape lines
Resists failure even if one strip peels

Tape requirements:

Use packing tape at least 2 inches wide
Apply at least 3 strips per side
Press firmly to ensure adhesion

Common Computer Packing Mistakes to Avoid

Learning from others’ mistakes can save you from costly damage. These are the errors that cause most computer shipping failures.

Why You Should Never Ship a Computer on Its Side or Upside Down

The motherboard problem:
Motherboards are designed to be horizontal, with components standing upright. When you ship a computer on its side or upside down:

Components hang at unnatural angles, stressing their connections
The weight of components puts leverage on mounting points
Solder joints and connectors can crack under the stress
Hard drive bearings can be damaged

Always ship computers in the same orientation they sit on a desk.

The Dangers of Using Newspaper or Towels as Cushioning

Newspaper and towels might seem like convenient cushioning materials, but they’re dangerous for electronics:

Why they fail:

Newspaper compresses under weight, providing no shock absorption
Ink transfers onto electronics, potentially causing contamination
Paper generates static electricity when moved, risking ESD damage
Towels and cloth hold moisture, promoting corrosion
These materials shift during transit, leaving areas unprotected

The result: Your computer bounces around inside the box with each handling event.

Leaving GPUs Installed: A Leading Cause of Motherboard Damage

This mistake accounts for 40% of all motherboard damage during shipping:

What happens:
A GPU weighing 2-4 pounds hangs from the motherboard by a single PCIe slot and 1-2 small screws. During shipping:

Vibration causes the heavy GPU to act as a lever
The PCIe slot connection weakens and eventually snaps
The motherboard cracks around the mounting area
In severe cases, the GPU breaks free entirely and damages other components

The solution: Always remove the GPU and ship it separately in an anti-static bag.

Insufficient Insurance Coverage for High-Value Electronics

Carrier default coverage is typically only $100—far less than most computers are worth:

Insurance options:

Carrier declared value: Limited coverage, difficult claims process
Third-party shipping insurance: Cheaper, broader coverage, easier claims
Can include: “Porch piracy” protection that carrier insurance doesn’t cover

Recommendation: Always purchase insurance that covers the full replacement value of your computer. For high-value items ($500+), require adult signature upon delivery to prevent theft.

Final Checks Before Shipping Your Computer Package

These final steps can make the difference between a successful shipment and a damaged computer.

Labeling Requirements: Fragile, Electronics, and Orientation Markings

Proper labeling increases the chances your package will be handled correctly:

Essential labels:

“FRAGILE” stickers on top and all sides of the box
“THIS SIDE UP” arrows indicating correct orientation
“ELECTRONICS” marking on the shipping label
Handling instructions if required by your carrier

Important note: Labels don’t guarantee careful handling, but they do increase awareness. The shipping label should always be placed on the top of the box—this increases the chance your package will travel in the correct orientation.

Shake Test: Ensuring No Movement Inside the Box

Before sealing, perform the shake test:

Close the box flaps (don’t seal yet)
Lift the box and shake it gently in all directions
Rotate the box and shake again
Listen for any movement, rattling, or shifting
If you detect movement, open and add more cushioning

A properly packed box has zero internal movement. Any sound or sensation of movement indicates insufficient cushioning that could lead to damage.

Documentation and Photographic Evidence for Insurance Claims

Documentation is your proof if something goes wrong:

Before packing:

Photograph the computer from all angles showing its condition
Photograph individual components
Photograph serial numbers

During packing:

Photograph the cushioning layers
Photograph the computer positioned in the box
Photograph the sealed box showing labels

Keep records:

Save all photos with date stamps
Keep the purchase receipt or appraisal
Record the serial number and specifications

Why this matters: Insurance claims require proof of the item’s condition before shipping. Without photos, you may not be able to prove that damage occurred during transit rather than before.

Choosing the Right Shipping Carrier for Computer Transport

Different carriers have different strengths:

USPS:

Best for: Small, lightweight packages under 70 lbs
Pros: Lowest cost, no residential surcharges, delivers everywhere
Cons: Limited tracking, size restrictions, lower insurance limits
Recommended for: Laptops, components, peripherals

UPS:

Best for: Large, heavy packages up to 150 lbs
Pros: Reliable handling, excellent tracking, high weight limits
Cons: More expensive, residential delivery fees
Recommended for: Desktop computers, monitors, complete systems

FedEx:

Best for: Express and overnight shipping, B2B deliveries
Pros: Fast delivery, professional handling
Cons: Highest cost for ground services
Recommended for: Time-sensitive shipments, business deliveries

All carriers have specific regulations for shipping lithium batteries. Check their guidelines before shipping laptops or devices with batteries.

Why Professional Packaging Boxes Are Worth the Investment

At this point, you might be wondering: “Can’t I just use any cardboard box I have lying around?” The answer depends on how much risk you’re willing to accept.

The True Cost of Cheap Packaging

Let’s break down the math:

Scenario	Packaging Cost	Risk of Damage	Potential Loss
Reused single-wall box	$0	High (40%+)	$500-3,000+
New single-wall box	$2-4	Medium (20%)	$500-3,000+
New double-wall box	$4-8	Low (5%)	$500-3,000+
Professional custom box	$6-12	Very Low (<2%)	$500-3,000+

The reality: Saving $5-10 on packaging doesn’t make sense when you’re protecting a $1,500+ computer.

What Makes Yian Packaging Different

As a professional cardboard box manufacturer, we understand that packaging isn’t just a box—it’s your last line of defense.

Our commitment to quality:

✅ Premium Materials: We use only virgin kraft paper for outer layers, ensuring maximum strength and moisture resistance

✅ Quality Testing: Every batch is tested for burst strength (Mullen) and edge crush test (ECT) ratings before shipment

✅ Custom Sizing: No “close enough” sizes—we manufacture boxes to your exact specifications, eliminating dangerous void spaces

✅ No Minimum Orders: Need just 10 boxes for a one-time shipment? No problem. Need 10,000 for monthly shipping? We scale with you.

✅ Fast Turnaround: Standard sizes ship within 48 hours. Custom orders typically complete within 5-7 business days

✅ Eco-Friendly Options: All our boxes are 100% recyclable and made from sustainably sourced materials

Real Results from Real Customers

“We were losing 3-4 computers per month to shipping damage before switching to Yian Packaging’s custom double-wall boxes. After six months with their boxes, we’ve had zero damage claims. The boxes pay for themselves many times over.”
— Michael T., PC Builder, Texas

“As an e-commerce store selling gaming laptops, we needed reliable packaging fast. Yian delivered custom-sized laptop boxes with foam inserts within a week. Our customers now compliment our professional packaging.”
— Sarah L., Electronics Retailer, California

Get the Right Packaging for Your Computer Shipping Needs

Don’t leave your valuable electronics to chance. Whether you’re shipping one computer or hundreds, Yian Packaging has the right solution.

What We Offer

📦 Standard Computer Boxes

Desktop computer boxes (various sizes)
Laptop shipping boxes with foam inserts
Monitor shipping boxes
Component boxes (GPUs, peripherals)

📦 Custom Packaging Solutions

Custom dimensions to fit your exact products
Double-wall and triple-wall construction
Custom printing (your logo, handling instructions)
Foam inserts and dividers

📦 Wholesale Pricing

Competitive pricing for bulk orders
Volume discounts for regular customers
Drop shipping available for e-commerce businesses

Protect Your Investment with Professional Packaging

Shipping a computer safely requires attention to detail, quality materials, and proper technique. By following the steps in this guide, you can dramatically reduce the risk of damage during transit.

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