Minimum Order Quantity (MOQ): 2,000 bags
Printing on a bulk bag sounds simple — put your company name, product information, handling instructions, or logo on the side and move on — but once you start buying thousands of FIBCs, the number of printed panels, artwork position, ink colors, variable information, bag orientation, and print readability can become real purchasing specifications.
The mistake is thinking printing is just cosmetic.
Sometimes it is.
Sometimes it isn’t.
Printed panels can help communicate product identity, lot fields, handling instructions, company branding, customer information, warehouse identification, and other information directly on the FIBC.
But the printing has to work on the filled bag, not just look good on a flat artwork proof.
Here’s what buyers need to know.
Printed panel bulk bags are FIBCs with text, logos, symbols, instructions, identification fields, or other graphics printed directly onto one or more exterior panels.
Depending on the design, you might print:
Company name.
Company logo.
Product name.
Product code.
Handling information.
Lot fields.
Batch fields.
Customer information.
Warnings or instructions where applicable.
Contact information.
Recycling information.
Branding.
Identification marks.
Other application-specific information.
The amount and type of printing should be driven by what the bag actually needs to communicate.
Because the bag itself is one of the most obvious places to put information that should remain with the package.
Labels can detach.
Documents can be removed.
Pallets can change.
Stretch wrap gets thrown away.
Printing remains part of the FIBC.
That makes direct printing especially useful for information that should stay associated with the bag throughout its normal use.
These aren’t necessarily competing options.
Printing is often useful for fixed information.
Labels are often useful for variable information.
For example:
Your company logo probably doesn’t change from bag to bag.
Print it.
A batch number changes constantly.
A label or dedicated write-in/variable identification process may be more practical.
Trying to permanently print highly variable information can create unnecessary inventory complexity.
Same idea.
A document pouch is useful when full paperwork needs to travel with the FIBC.
Printing is better suited to information that belongs directly on the bag.
A good system may use:
Direct printing for standard information.
Labels for variable identification.
Document pouch for certificates or detailed paperwork.
Digital systems for deeper traceability.
Each information layer gets a job.
The practical answer depends on the FIBC construction and manufacturing method.
Rather than assuming every bag offers identical printable surfaces, tell the supplier:
What information needs to appear.
How many sides need visibility.
How the bag will be positioned.
Which panels need artwork.
The supplier can then incorporate those requirements into the bag construction and approved artwork.
Ask how the FIBC will actually be seen.
If one printed panel always faces the aisle or customer, one may be enough.
But what if the bag can be rotated?
What if warehouse personnel approach from different sides?
What if bags are tightly packed together?
Printing multiple panels may improve visibility.
But it also adds printing requirements and potentially cost.
Don’t automatically print every available surface.
Print the surfaces that have a job.
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One printed panel may be appropriate when:
The FIBC has controlled orientation.
Branding only needs to appear once.
The bag’s position is predictable.
Information doesn’t need to be visible from multiple directions.
You’re minimizing unnecessary printing.
The risk is visibility.
If that panel faces another bag or warehouse wall, your information may disappear from view.
Printing two panels can improve visibility from multiple directions.
This may be useful for:
Warehouse identification.
Product branding.
Customer-facing packaging.
Handling information.
Distribution environments where bag orientation changes.
Two-sided printing can provide a good balance between visibility and simplicity for some applications.
Some applications benefit from information appearing on several sides.
Maybe product identification needs to be visible regardless of orientation.
Maybe different panels carry different information.
One panel might contain branding.
Another might contain handling information.
Another might provide identification fields.
Don’t think of multi-panel printing as simply duplicating the same logo everywhere.
Each panel can potentially serve a purpose.
A bulk bag is a giant physical surface moving through:
Plants.
Warehouses.
Distribution centers.
Customer facilities.
Truck docks.
Storage areas.
If branding matters to your business, printed FIBCs can turn that surface into branded packaging.
Company name.
Logo.
Website.
Brand marks.
Product family.
Other appropriate information.
For manufacturers and distributors, that can make the package look much more intentional than a completely generic white FIBC.
Branding is nice.
Identification can be operationally important.
Printed product information can help personnel quickly distinguish between different materials.
This can be useful when multiple FIBCs have similar physical appearances.
Depending on the application, printed information might identify:
Product family.
Material type.
Internal product code.
Grade.
Handling category.
Other standard information.
Variable lot-level information may still require another method.
Printed panels can also communicate standard handling information.
This can be useful when the same instructions apply throughout the production run.
But don’t invent safety language casually.
If particular handling instructions or markings are required, make sure the approved wording is accurate for the application.
Then lock the artwork.
Some buyers create printed fields where operators can later enter variable information.
For example, the artwork might provide designated areas for:
Lot.
Batch.
Date.
Product.
Customer.
Other identification.
Whether information should be handwritten, labeled, or generated another way depends on your internal process.
The important part is creating a consistent location.
This distinction will save you a lot of headaches.
Permanent information stays the same across the production run.
Think:
Logo.
Company name.
Standard product family.
Standard instructions.
Generic handling information.
Variable information changes.
Think:
Lot.
Batch.
Customer.
Order number.
Production date.
Certificate number.
Destination.
Don’t force highly variable information into permanent printing unless your manufacturing and inventory strategy supports it.
Imagine a warehouse filled with generic white FIBCs.
From across the aisle, they all look similar.
Clear printed identification can help personnel distinguish products more quickly.
That may improve:
Receiving.
Put-away.
Picking.
Inventory checks.
Production staging.
Shipping.
But readability matters.
Tiny text on a giant bag isn’t helping anybody.
There’s a visual difference between:
A generic white bulk bag.
And a professionally printed FIBC carrying clear product and company information.
For customer-facing applications, printed bags can improve presentation.
That’s especially relevant when customers receive the bags regularly and your packaging becomes part of the commercial experience.
An FIBC is flexible.
That’s the first thing to remember.
You’re printing onto woven packaging that will:
Fold.
Expand.
Curve.
Wrinkle.
Stretch into its loaded shape.
Get handled.
Get palletized.
Get transported.
Artwork that looks razor-sharp on a computer screen will not necessarily behave like printing on a rigid carton.
Design for the actual substrate.
Industrial packaging isn’t the place to prove how many fonts your graphic designer owns.
Simple artwork generally has advantages.
Large text.
Clear logo.
Strong contrast.
Adequate spacing.
Limited unnecessary detail.
The goal is readability.
If warehouse personnel need to read the product name from across an aisle, microscopic text isn’t useful.
Highly detailed artwork may not reproduce the same way it would on a premium paper label or rigid retail package.
Consider:
Woven surface texture.
Ink behavior.
Printing method.
Bag movement.
Viewing distance.
Artwork complexity.
Ask for artwork guidelines from the manufacturer before designing something unnecessarily intricate.
Color requirements should be defined during the artwork process.
Don’t simply write:
“Blue logo.”
if the exact appearance matters.
Communicate the intended artwork and approved color requirements using whatever color-reference process is agreed upon with the supplier.
Also remember that printed appearance can be influenced by:
Bag substrate.
Ink.
Printing process.
Surface texture.
Lighting.
If brand-color consistency is critical, approve representative samples or proofs.
More colors can make artwork more complex.
That doesn’t mean you should always use one color.
It means every additional color should have a reason.
For industrial FIBCs, simple high-contrast printing is often extremely effective.
Ask:
Does this additional color improve identification?
Does it support the brand?
Does it communicate something operationally important?
If not, simplicity may win.
White woven polypropylene provides a common background for FIBC printing and can create strong contrast with darker ink.
But actual print appearance still depends on the complete construction and printing process.
Approve the artwork based on the actual bag, not just a PDF on your monitor.
If the FIBC fabric itself is colored, contrast becomes even more important.
An ink color that looks great against white may become difficult to read against another background.
If you’re using colored fabric, evaluate:
Ink contrast.
Logo visibility.
Text readability.
Required markings.
Barcode or identification strategy.
Again, test the real combination.
Coated and uncoated FIBC constructions can differ in surface characteristics.
If printing quality is important, the supplier should understand the complete bag construction when evaluating the artwork.
Don’t specify printing in isolation from the actual FIBC.
The same principle applies to uncoated fabric.
The substrate matters.
Your supplier should review the artwork based on the bag being manufactured.
If a particular level of print clarity is essential, discuss that before production.
Artwork placement needs to account for the actual bag construction.
Don’t position critical information where:
Seams interrupt it.
Folds distort it.
Other components cover it.
The loaded shape makes it difficult to read.
The approved artwork should be coordinated with the FIBC drawing.
Don’t forget the top of the bag.
Lifting loops and their attachment areas can influence where artwork makes sense.
The print shouldn’t interfere visually with critical handling features or make important information difficult to find.
Design the entire bag.
Not just a rectangle on a computer screen.
The filling station matters too.
Maybe operators need to see a particular printed field while filling.
Maybe the equipment covers that panel.
Maybe the bag orientation at the filler determines which side is accessible.
If printing supports operations, evaluate it in the actual filling process.
Some information may need to remain visible when the FIBC reaches the discharge station.
If operators need to identify material before discharging it, make sure the relevant information remains accessible in that configuration.
Again:
Design around the entire bag lifecycle.
This is where beautiful artwork goes to die.
Your logo looks incredible.
Then the bag gets palletized with the logo facing another FIBC.
Nobody sees it.
Before deciding which panels to print, evaluate:
How many bags are placed together.
Which panels face outward.
How the pallet is oriented in storage.
How customers receive it.
If visibility matters, design printing around the loaded pallet.
The same applies to racking.
Maybe the front panel remains visible.
Maybe only one side can be seen from the aisle.
If warehouse identification is a primary reason for printing, put critical information where employees can actually see it.
Printed FIBCs may experience:
Abrasion.
Rubbing against adjacent bags.
Stretch wrap.
Dust.
Moisture.
Repeated handling.
Transportation vibration.
If long-term print readability matters, consider the actual distribution environment.
Don’t evaluate durability based solely on a fresh bag sitting in your office.
Outdoor exposure can introduce:
Sunlight.
UV.
Rain.
Dust.
Condensation.
Temperature changes.
Abrasion.
If printed information needs to remain readable after outdoor storage, communicate that requirement and evaluate the proposed construction appropriately.
These two features need to be designed together.
A document pouch can easily cover printed artwork if placement isn’t coordinated.
Decide:
What gets printed?
What goes in the pouch?
Where does the pouch sit?
Which information needs permanent visibility?
Which information is removable?
Then put both onto the approved drawing.
Labels are useful for information that changes.
Printing is useful for information that stays the same.
A strong identification system might look like:
Printed panel: company logo and standard product information.
Label: lot, batch, date, barcode.
Document pouch: certificate or detailed paperwork.
That’s cleaner than trying to force everything into one method.
Can you print barcodes directly on FIBCs?
Potentially, depending on the printing process, barcode requirements, substrate, scanner, and application.
But if machine readability is critical, don’t assume.
Test.
Flexible woven surfaces can behave differently from rigid labels.
If scanning is operationally important, validate the actual barcode, filled-bag shape, scanner, distance, and lighting conditions.
The same warning applies.
A QR code printed on flexible packaging may be affected by:
Distortion.
Curvature.
Wrinkles.
Print quality.
Surface texture.
Viewing angle.
Code size.
If employees or customers need to scan it reliably, test the actual finished FIBC.
Fine powders can create external dust if containment isn’t adequate.
That dust can cover printed information.
If print visibility matters, consider the complete containment system.
Depending on the product and process, that may include:
Coated fabric.
Sift-resistant seams.
A liner.
Controlled filling.
Controlled discharge.
Printing doesn’t solve containment.
Containment helps keep printing visible.
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The liner and printing serve completely different purposes.
A liner may address:
Fine-particle containment.
Moisture.
Contamination.
Product-contact requirements.
Other barrier needs.
Printing communicates information on the exterior.
You can have:
Printed FIBC without liner.
Lined FIBC without printing.
Printed lined FIBC.
Specify each based on its function.
Food-grade construction and printing are separate requirements.
A food-related FIBC may also need printed product identification, handling information, or branding.
But the printing system should be considered as part of the complete food-related packaging specification where applicable.
Don’t assume:
“Printed bag” = food grade.
And don’t assume:
“Food-grade bag” = any printing is automatically appropriate.
Define both requirements.
Type A FIBCs have no special electrostatic protection.
Printing can still be specified based on identification, branding, and operational requirements.
Electrostatic classification and printing should remain separate specification items.
Type B construction addresses particular electrostatic characteristics.
Printing still performs the same basic job:
Communication.
If both requirements apply, specify both.
Type C FIBCs use conductive construction and require proper grounding during filling and discharge.
Printing doesn’t change that requirement.
If printed information is added, make sure it doesn’t obscure:
Grounding information.
Relevant markings.
Operating instructions.
Other critical identification.
Treat the Type C FIBC as a complete approved construction.
Type D FIBCs use static-dissipative construction without requiring grounding of the FIBC itself.
As with other specialized FIBC constructions, don’t casually change components or artwork if the change could affect required identification or the approved bag configuration.
Printing should be incorporated into the complete specification.
If an FIBC is supplied under a particular certified construction, required markings and identification should be treated carefully.
Don’t assume your marketing artwork can replace required markings.
And don’t cover important information with:
Logos.
Labels.
Document pouches.
Decorative graphics.
Keep required information and commercial artwork clearly coordinated.
Used FIBCs may already contain:
Previous company logos.
Product markings.
Labels.
Identification.
Other printing.
That matters.
If your application requires clean, consistent branding or specific product identification, used FIBCs may create limitations.
Evaluate previous markings and your customer’s requirements before choosing used bags for the application.
If an FIBC is designed and managed for repeated use, consider whether the printed information remains appropriate through those cycles.
Permanent product-specific printing can become problematic if the bag’s controlled reuse program involves different contents.
Never assume a bag should be reused simply because it still looks good.
Reuse should follow the intended design and appropriate procedures.
Custom customer printing can be useful when bags are dedicated to one customer.
You might include:
Customer name.
Customer part number.
Specific handling information.
Dedicated product identification.
But customer-specific artwork also creates inventory considerations.
If the customer changes the artwork, product, or order volume, you may be sitting on highly specialized packaging.
Balance customization against inventory flexibility.
Private-label packaging can make sense when the FIBC itself is part of the customer’s branded supply chain.
But define ownership and approval of:
Logo.
Artwork.
Text.
Colors.
Revision.
Customer-specific information.
Don’t let somebody email a low-resolution logo and call that the production specification.
The manufacturer needs usable artwork.
A screenshot of a logo copied from a website is not ideal production artwork.
Provide appropriate production-ready artwork according to the supplier’s requirements.
The cleaner the source artwork, the easier it is to create an accurate print layout.
This is industrial packaging.
People may need to read the bag from:
Across a warehouse aisle.
A forklift.
A receiving dock.
A production station.
Design text around the actual viewing distance.
If critical information can only be read with somebody’s face six inches from the FIBC, reconsider the layout.
Contrast improves readability.
If product identification matters operationally, don’t sacrifice clarity for a subtle aesthetic.
Warehouse packaging needs to work.
Your logo can still look professional without making the product name invisible.
You have a large surface.
That doesn’t mean every square inch needs text.
Too much information creates visual noise.
Prioritize.
What needs to be noticed first?
Company?
Product?
Handling instruction?
Lot field?
Keep hierarchy clear.
A good printed FIBC panel should make important information obvious.
For example:
Primary: Product identification.
Secondary: Company/brand.
Operational: Handling information.
Variable: Lot or batch field.
Supporting: Contact or other information.
The exact hierarchy depends on the application.
But somebody should think about it.
A filled FIBC may bulge.
Or maintain a more controlled square shape depending on construction.
That can change how printed artwork appears.
Large graphics spanning curved areas may distort visually.
Critical text should be positioned where it remains reasonably readable on the loaded bag.
Baffle construction can help an FIBC maintain a more square loaded shape.
That can improve pallet and freight efficiency in appropriate applications.
It can also influence how exterior panels present when filled.
But don’t choose baffles simply because you want prettier printing.
Loaded shape, product flow, filling, discharge, and freight should drive the baffle decision.
Printing itself usually isn’t what determines freight efficiency.
Bag dimensions, loaded shape, baffles, pallet arrangement, and product density matter far more.
But printed information can help warehouse teams orient and identify bags during logistics.
Keep the priorities straight.
Don’t compromise packaging performance for artwork.
It depends on the complete printing requirement.
Cost can be influenced by:
Number of printed panels.
Number of colors.
Artwork complexity.
Bag quantity.
Bag construction.
Printing process.
Setup requirements.
Other customization.
The right question isn’t:
“How much does printing cost?”
It’s:
“What information actually needs to be printed, on how many panels, and in how many colors?”
Then quote that construction.
Printing can make sense when it improves:
Brand identification.
Product identification.
Warehouse handling.
Customer presentation.
Handling communication.
Inventory organization.
Consistency.
The value is much weaker if nobody needs or sees the printed information.
Don’t pay for four beautifully printed panels if every bag immediately gets buried in an opaque overwrap.
Don’t write:
“Printed bags.”
Define the requirement.
Your specification may need to include:
Number of printed panels.
Panel identification.
Artwork reference.
Number of print colors.
Approved color references where required.
Artwork dimensions.
Artwork position.
Orientation.
Required text.
Required symbols.
Customer-specific information.
Relationship to labels.
Relationship to document pouch.
Approved artwork revision.
Approved FIBC drawing revision.
The more important the printing is, the less you should leave open to interpretation.
A controlled specification might identify:
Printing: Required.
Printed Panels: Per approved artwork and FIBC drawing.
Artwork: Reference approved artwork file and revision.
Colors: Per approved artwork/color requirements.
Orientation: Per approved drawing.
Location: Artwork positioned as shown on approved drawing.
Labels: Variable identification applied separately where specified.
Document Pouch: Location coordinated with printed artwork where applicable.
Approval: Production printing must conform to approved artwork and drawing revision.
The exact wording should match your actual application.
Do not let production artwork live inside an email chain.
Create an approval process.
Review:
Spelling.
Logo.
Product names.
Instructions.
Contact information.
Panel assignment.
Orientation.
Colors.
Artwork size.
Relationship to seams.
Relationship to pouch.
Relationship to labels.
Then approve it.
This sounds almost insulting.
Until 20,000 bags arrive with the wrong phone number.
Check every:
Phone number.
Website.
Email.
Product code.
Company name.
Trademark.
Instruction.
Part number.
Tiny typo.
Printing thousands of copies is a very efficient way to make a spelling mistake permanent.
Product names change.
Grades change.
Internal codes change.
Customer terminology changes.
If the FIBC will be used for multiple materials, overly specific permanent printing may reduce inventory flexibility.
Think ahead.
Customer-specific artwork can be valuable.
But it can also lock inventory to one account.
If you produce thousands of bags with Customer A’s name and they change suppliers, specifications, or volume, those bags may become difficult to use elsewhere.
Sometimes generic printing plus a variable customer label creates more flexibility.
If something changes every production run, permanent preprinting may be inefficient.
Consider whether the information belongs on:
A label.
A write-in field.
A document.
A barcode.
A QR code.
A digital record.
Don’t solve a variable-data problem with a fixed-data tool.
The biggest advantages include:
Permanent identification.
Printed information remains physically part of the FIBC.
Brand visibility.
The bag becomes branded industrial packaging.
Warehouse recognition.
Large printed product information can be easier to identify.
Consistency.
Standard information appears in a defined location.
Reduced dependence on separate labels.
Certain fixed information can be printed directly.
Customer presentation.
Custom printing can create a more professional finished package.
Operational communication.
Standard handling or identification information can remain visible.
There are tradeoffs.
Additional cost.
More panels, colors, and complexity can increase cost.
Less inventory flexibility.
Highly specific printing can lock bags to one product or customer.
Artwork errors become expensive.
A typo can be repeated thousands of times.
Printing can be obscured.
Pallet orientation, document pouches, labels, dust, and stretch wrap can hide artwork.
Flexible surfaces can distort artwork.
A filled FIBC isn’t a rigid billboard.
Changes require artwork control.
New logo?
New phone number?
New product name?
Now you need a new revision.
The biggest mistakes include:
Specifying “printed bag” without identifying the panels.
Not approving final artwork.
Using low-quality artwork.
Printing text too small.
Using poor contrast.
Overloading the panel.
Ignoring loaded-bag distortion.
Ignoring seams.
Ignoring lifting loops.
Ignoring pallet orientation.
Ignoring warehouse visibility.
Covering artwork with a document pouch.
Covering artwork with labels.
Trying to permanently print variable information.
Using overly customer-specific artwork without considering inventory.
Failing to test barcodes.
Failing to test QR codes.
Not checking spelling.
Not checking phone numbers.
Not checking product codes.
Not controlling artwork revisions.
Every one of those mistakes is preventable.
Normalize the printing specification before comparing price.
| Requirement | Supplier A | Supplier B |
|---|---|---|
| 📦 Same FIBC construction | ✓ | ✓ |
| 🏋️ Same load requirement | ✓ | ✓ |
| ⬆️ Same top | ✓ | ✓ |
| ⬇️ Same bottom | ✓ | ✓ |
| 🧴 Same liner | ✓ | ✓ |
| ⚡ Same electrostatic type | ✓ | ✓ |
| 🖨️ Same number of printed panels | ✓ | ✓ |
| 🎨 Same number of colors | ✓ | ✓ |
| 📐 Same artwork size | ✓ | ✓ |
| 📍 Same artwork placement | ✓ | ✓ |
| 📄 Same document pouch | ✓ | ✓ |
| 🏷️ Same labels | ✓ | ✓ |
| 🚚 Same delivery basis | ✓ | ✓ |
Then compare the economics.
Otherwise, Supplier A may look cheaper because Supplier A quoted one printed panel while Supplier B quoted several.
For new artwork or an important branded program, a representative sample or approved print proof can be extremely useful.
Evaluate:
Logo appearance.
Text size.
Contrast.
Artwork location.
Spelling.
Panel assignment.
Loaded-bag appearance.
Visibility on the pallet.
Interaction with labels.
Interaction with the document pouch.
Barcode scanning where applicable.
QR scanning where applicable.
Don’t evaluate the artwork only on a laptop.
Evaluate the package.
Once it’s correct, control it.
Your system should clearly identify:
Artwork file.
Artwork revision.
FIBC drawing.
FIBC drawing revision.
Part number.
Customer-specific requirements where applicable.
Now purchasing can reorder the same bag without somebody hunting through an old email chain.
The artwork file shows what gets printed.
The FIBC drawing should help define where it belongs.
Use both.
If panel placement changes, review and approve the change.
Don’t let production improvise artwork placement on every order.
Suppose your website changes.
Or the logo changes.
Or product terminology changes.
Don’t overwrite the old artwork and keep the same revision.
Create a controlled new revision.
That gives purchasing, quality, and the supplier a common reference.
A printed bag is still an FIBC first.
You still need to specify:
Product.
Bulk density.
Target fill weight.
Safe working load.
Fabric.
Coating.
Top construction.
Bottom construction.
Liner.
Seam requirements.
Lifting loops.
Electrostatic classification where applicable.
Food-related requirements where applicable.
Document pouch.
Labels.
Loaded shape.
Pallet requirements.
Documentation.
Approved drawing.
Printing doesn’t fix a bad bag specification.
Before ordering, verify four categories.
Artwork: Logo, text, product information, spelling, contact information, number of colors, dimensions, orientation, panel assignment, and approved artwork revision.
FIBC: Product, bulk density, target fill weight, safe working load, fabric, coating, top, bottom, liner, seams, loops, electrostatic classification, food-related requirements where applicable, and loaded shape.
Information System: What is permanently printed, what goes on variable labels, what goes into the document pouch, what is handled digitally, and whether barcodes or QR codes must scan.
Operations: Filling, lifting, palletization, storage, transportation, warehouse visibility, customer receiving, outdoor exposure where applicable, and nationwide distribution requirements.
If those are defined, you’re no longer buying “a bag with a logo.”
You’re buying a controlled packaging specification.
Printed FIBC panels can do a lot more than make a bulk bag look better.
They can improve:
Brand recognition.
Product identification.
Warehouse organization.
Customer presentation.
Handling communication.
Package consistency.
But the value depends on how intelligently the printing is designed.
Don’t start by asking:
“How many colors can we print?”
Start by asking:
“What information needs to remain permanently visible on this FIBC?”
Then determine:
Which panels.
How many panels.
What artwork.
What colors.
What text size.
What orientation.
What belongs on a label instead.
What belongs in a document pouch instead.
What should stay digital.
Check the filled bag.
Check the pallet.
Check the warehouse.
Check the customer receiving process.
Approve the artwork.
Approve the FIBC drawing.
Control both revisions.
Because printing thousands of bulk bags is easy.
Printing thousands of bulk bags correctly the first time requires five more minutes of thinking before somebody presses go.
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