A hospital bed buyer receives a sample from a manufacturer. The bed looks clean. The backrest moves normally. The side rails operate. The casters roll. The color looks correct. After a short demonstration, it can be tempting to send one simple message: “Sample approved. Please start mass production.” For a bulk hospital bed order, that decision deserves more attention. A sample is not only a product for visual review. It can become the physical reference used to confirm whether the buyer's requirements have been translated correctly into the actual product. If an important detail is overlooked during sample evaluation, the same misunderstanding may later appear across dozens or hundreds of production units. This is why experienced buyers should treat sample approval as a controlled procurement gate. A practical sequence is: Purchase Requirement → Sample Specification → Physical Sample → Functional Evaluation → Configuration Verification → Issue List → Correction → Final Approval → Controlled Production Reference. For buyers sourcing hospital beds internationally, this process can reduce ambiguity before the order enters mass production. A hospital bed can operate normally while still differing from the buyer's required specification. The wrong side rail can still move. A different headboard can still fit the frame. Both should be checked. Use the latest approved purchasing requirements. This creates uncertainty. An old quotation or early drawing should not silently override the final agreed requirement. Is the sample actually the model being considered for the bulk order? This becomes especially important when a supplier manufactures several similar bed configurations. This makes the approval meaningful. This can help reduce confusion later. Backrest adjustment? Leg-section adjustment? Overall height adjustment? Trendelenburg or reverse Trendelenburg where required? Other model-specific functions? Function-count terminology can be interpreted differently between products and suppliers. The backrest is often the first movement demonstrated. Observe whether each required adjustment is present and operates according to the agreed product design. Measure the actual product. Side rails and frame structures can affect overall width. Is it measured to the bed platform? To the top of the mattress? To another reference point? The bed may have backrest adjustment but not the agreed range. Observe the bed at the intended limits of movement. If a tolerance has been defined, evaluate against it. This makes later comparisons more consistent. The buyer should understand the construction being approved. Tube dimensions, plate construction and other specified details should correspond with the approved requirement where applicable. Observe accessible welded areas and structural connections. Many important construction details are below the mattress platform. Observe accessible edges, joints and coated areas. If the sample has an obvious defect, ask how it will be prevented in mass production. Is it stamped steel? Another agreed material? Do not assume every bed platform uses the same pattern. Operate the relevant functions and watch the platform movement. The mattress should correspond with the intended platform dimensions and retention design. Full-length? Split? ABS? Aluminum alloy? Stainless steel? Another agreed design? Raise it. Lower it. Check the locking action according to the design. Rail behavior should be observed while the bed is configured as intended. Mattress thickness and platform setup can affect the practical relationship between the mattress surface and the rail. If the supplier proposes a different rail, clarify and approve the change explicitly before it becomes part of the production reference. Compare them with the approved sample specification. Observe how securely the components connect to the bed. Fit and connection quality contribute to the overall product impression. This is particularly relevant for OEM orders. Size, material and brake configuration should match the agreed product specification. Observe rolling behavior. A sample should not be approved with the wrong brake architecture simply because the bed can still be stopped. Do not assume they are included. Confirm the system corresponds with the agreed technical configuration. Observe its mounting position and connection arrangement. Do not assume icon labels are correct. If a button indicates raising a section, confirm the bed responds as expected. Voltage, plug type and other agreed electrical details should correspond with the order. Do not assume every electric hospital bed includes the same backup arrangement. Check whether visible cables remain appropriately routed through the intended motion. Technical modification should be handled through the appropriate manufacturer process. Do not simply confirm that handles are present. Check the agreed folding, retracting or storage arrangement where applicable. If the sample has excessive looseness or an unusual operating feel, resolve the question before approval. Compare visible construction with the approved product specification. If the order includes a mattress, inspect the actual sample mattress. Is it centered correctly? Check how it follows the moving platform. An accessory can be included but still differ from the required configuration. Do not inspect only the side used for product photography. Observe coating consistency, molded components, joints, fasteners and visible finishing. Mark the exact location. “Improve quality” is difficult to convert into a production action. If a visible detail is unacceptable on the sample, do not approve it and expect mass production to be different automatically. If a particular construction detail matters to the buyer, record it in the approved reference. Check the agreed logo location. Check manuals where they are part of the sample approval scope. Logo files may be incorrect. Packaging marks may also require approval. The physical bed may be technically approved while final packaging artwork remains under review. This can create misunderstanding. For export orders, packaging is part of the delivered product experience. How many packages make one complete bed? How are loose components identified? This becomes particularly important when one shipment contains multiple bed models. Do not assume neutral packaging if branded packaging was agreed. If so, do not accidentally approve temporary packaging as the final export standard. Where the final packaging is not yet available, keep packaging approval as a separate open item. Operate the bed repeatedly during evaluation within the product's intended use and manufacturer guidance. Formal durability or compliance testing is different from practical sample evaluation. That does not automatically replace required formal testing or certification. Where standards or regulatory documentation are required, verify the applicable documents separately. Observe the overall geometry. Check rails, mattress, cables, moving sections and accessories. Do not immediately diagnose the cause. Which function? Which direction? Which bed position? An adjustable function has more than one movement state. Look for unexpected interference or incomplete movement. Opening motors, control boxes or other components can create damage or invalidate the usefulness of the sample. Ask the supplier for the appropriate specification, drawing, component information or test evidence. One issue in WhatsApp. Another issue in email. Another marked on a photograph. Give each issue a reference number. Clarify exactly what will change. The appropriate decision depends on the significance of the change. If the correction changes an important function, structure, component or user interface, the buyer may need stronger confirmation before approval. Photographs. Videos. Updated drawings. Revised technical specifications. Component information. A photograph may show appearance. Does approval mean production can start immediately? For example, the buyer's own process may distinguish: The supplier should know exactly what is expected. Not every employee involved in sample review should automatically have authority to release mass production. It can support later comparison. Some characteristics cannot be confirmed simply by looking at the product. If the sample is retained as a reference, label or record it appropriately. This creates a clearer production baseline. If a factory-retained sample is used as a production reference, its identity should be clear. Use detailed images of important approved features. For a meaningful bulk order, consider preserving a controlled approval record. The supplier now has a clearer reference for mass production. If a relevant component or specification needs to change after approval, that should enter a controlled change process. Is this physical sample acceptable enough to become the production baseline? After that baseline is approved, what happens if somebody wants to change it? The buyer is deciding what the factory should reproduce. The buyer is checking whether the completed order is acceptable before shipment release according to the applicable purchasing process. Requirement → Sample → Sample Evaluation → Approval → Production Baseline → Mass Production → Final Inspection → Shipment. Do not combine them into one generic “QC” activity. If something is unacceptable in the sample, resolve it before approval. The clearer the approved baseline, the easier it becomes to communicate expectations. A prototype may contain temporary details that were never intended for final production. Temporary packaging is a common example. Remote evaluation can still be structured. Model identification. Overall views. Dimension measurements. Function demonstration. Side rails. Casters and brakes. Underside construction. Electrical components where applicable. Mattress and accessories. Labels. Packaging. For certain checks, a continuous demonstration can provide better context. A number spoken on video is less useful if the buyer cannot see where the measurement starts and ends. It is not a substitute for a controlled specification. This gives mass production a clearer reference. Some distributors need end-customer approval. Manufacturer. Importer. Distributor. Hospital or project customer where applicable. While the importer is still waiting for the project customer's decision. The exact process depends on the contract. A full hospital bed is large and can be expensive to transport. The appropriate approach depends on order size, customization, prior supplier experience and project requirements. A complete physical sample. A factory-retained approval sample. Component samples for certain customized details. Structured remote inspection. Third-party inspection. On one sample, it looks minor. Ask: If this exact detail appears on every production bed, will we still accept it? They cannot demonstrate every function or measurement. Verify technical details. Test the complete intended function set. Compare the two. Inspect accessible under-bed areas. Clarify substitutions. Evaluate them together where the mattress is part of the order. Confirm important OEM details early. State exactly what must change. Use clear approval status. Preserve useful evidence. Written technical information remains necessary. Know who can release production. Review the intended production packaging. Approve what you actually want reproduced. That question is too simple for a bulk hospital bed purchase. A stronger question is: If the factory reproduces this approved configuration across the entire order, is this exactly what we are prepared to receive? That changes the way buyers evaluate samples. The buyer stops looking at the sample as one isolated hospital bed. Instead, the sample becomes a possible blueprint for the entire production order. A small dimension difference matters more. A different side rail matters more. A loose headboard matters more. A wrong caster configuration matters more. An incorrect handset matters more. An unfinished OEM label matters more. An unclear accessory list matters more. A temporary packaging solution matters more. Because the important question is no longer whether one sample can be used. The question is whether the buyer wants the same configuration reproduced repeatedly in mass production. A disciplined procurement sequence is therefore: Requirement → Sample Specification → Physical Evaluation → Issue List → Correction → Approval → Production Baseline → Controlled Change → Mass Production → Final Inspection. Each stage has a different purpose. Sample evaluation determines whether the proposed product is ready to become the baseline. Sample approval formally establishes that baseline. Change control protects the baseline if modifications are proposed later. Mass-production inspection checks whether the completed goods correspond with the approved requirements. Keeping these stages separate makes bulk hospital bed procurement easier to control. Hebei Heyuan Medical Equipment Co., Ltd. manufactures electric hospital beds, manual hospital beds, ICU beds, pediatric beds and related medical equipment for international distributors, importers and hospital projects. Buyers can review our hospital bed range for different functions, configurations and bulk procurement requirements. For hospital bed samples, technical specifications, OEM or ODM requirements and bulk quotations, please contact Heyuan Medical with your required models, quantities and destination market.The Sample Looks Good — But Is It Really Ready for Mass Production?
First Understand What Sample Approval Actually Means
Sample Approval Is More Than Saying the Bed Works
The wrong caster can still roll
The wrong handset can still control the bed
The wrong accessory configuration can still look complete
Functional Operation and Specification Compliance Are Different Questions
Do not approve only because the sample appears usable
What Should the Sample Be Compared Against?
Do Not Evaluate the Sample From Memory
The physical sample needs a written reference
The Reference May Include Applicable Documents Such As
Use the documents applicable to the actual order
Do Not Let Several Conflicting Documents Control the Sample
One Document Says One Thing and Another Says Something Different
Resolve conflicts before approval
The Buyer and Supplier Should Know Which Revision Is Current
Revision clarity matters
1. Verify the Exact Hospital Bed Model
Start With Product Identity
Do not assume visual similarity proves model identity
Check the Model Designation Against the Documents
Record the exact sample reference
A Sample Should Not Become an Anonymous “Approved Bed”
Connect Approval to a Specific Model and Configuration
Model identity is the starting point
If the Supplier Uses Internal Product Codes, Record Them Where Useful
Use the actual supplier identification system
2. Verify the Function Configuration
What Functions Did the Buyer Actually Request?
Check the actual ordered configuration
Do Not Rely Only on the Phrase “Three-Function” or “Five-Function”
List the actual movements
Operate Every Required Function
Do Not Test Only the Backrest
That does not verify the complete bed
Run Through the Full Intended Function Set
Verify function by function
3. Measure the Overall Dimensions
Do Not Assume the Datasheet Dimensions Match the Physical Sample
Compare physical dimensions with the approved specification
Relevant Measurements Can Include
Use a consistent measurement reference
Ask What Each Dimension Actually Refers To
Overall Width and Mattress Platform Width Are Not the Same Thing
Define the measurement
Bed Height Can Also Be Ambiguous
Use the same definition in the sample record and bulk specification
4. Check the Adjustment Ranges
A Function Existing Does Not Automatically Mean Its Range Is Correct
Verify the requirement where a range has been specified
Check the Relevant End Positions
Do not rely only on a mid-range demonstration
Do Not Invent Measurement Tolerances During Sample Approval
Use the Agreed Technical Specification
If no tolerance exists, clarify the requirement instead of creating one informally
Record How the Measurement Was Taken
Measurement method matters
5. Inspect the Bed Frame and Structural Construction
Look Beyond the Painted Surface
Check the visible frame structure
Compare the Frame With the Agreed Material Specification
Do not infer hidden material specifications from appearance alone
Inspect Visible Welds and Connections
Look for Consistency
Do not focus only on the most visible side of the bed
Look Under the Bed Where Appropriate
Sample evaluation should include the underside
Check for Unfinished or Poorly Protected Areas
Visible Surface Quality Should Be Consistent
Record issues rather than accepting them as normal
A Cosmetic Issue Can Also Reveal a Production-Control Question
Use the sample to establish expectations
6. Inspect the Bed Platform
Check the Actual Platform Design
Does it match the approved configuration?
Look at Ventilation and Anti-Slip Features Where Specified
Compare the physical sample with the requirement
Check How the Platform Sections Move Together
Observe the Hinges and Articulation Areas
Look for abnormal interference
Check the Mattress Support Area
Bed and mattress should be evaluated together where supplied as a set
7. Evaluate the Side Rails
Verify the Rail Type First
Use the actual order specification
Operate Every Rail
Do not inspect rails only visually
Check Rail Movement Through the Bed's Relevant Positions
The Bed Is an Adjustable System
Check for interference
Confirm the Rail Configuration Matches the Mattress
Evaluate the supplied combination
Do Not Approve a Different Rail Because “It Is Similar”
Similar Appearance Does Not Mean Identical Configuration
Do not allow silent substitution
8. Check the Headboard and Footboard
Verify the Material and Design
Check color and appearance where relevant
Check Attachment and Removal Where the Design Allows It
Evaluate the actual supplied mechanism
Check for Unnecessary Movement or Poor Fit
The Headboard Should Not Feel Like an Afterthought
Record excessive looseness or mismatch
Check Whether the Correct Branding Area Is Provided
Confirm branding before production
9. Check the Casters and Brake Configuration
Confirm the Correct Caster Type
Do not judge only by wheel appearance
Move the Sample on an Appropriate Surface
Check the brake operation according to the supplied design
Central Brake and Independent Brake Are Not the Same Configuration
Confirm Which System Was Ordered
Configuration matters
Check Directional Functions Where They Are Part of the Specification
Verify the actual model
10. Check the Electric System on Electric Hospital Beds
Identify the Supplied Actuators
Record the component information where useful
Check the Control Box
Do not open or modify electrical components during ordinary buyer evaluation
Check the Handset
Every Button Should Correspond With the Intended Function
Operate the actual controls
Check Button Direction and Function Logic
Control logic should be intuitive and consistent with the supplied design
Check the Power Configuration
Verify the Intended Market Requirements
Do not postpone this check until shipment
If Battery Backup Is Required, Confirm the Supplied Configuration
Verify what is actually included
Observe Cable Routing Without Modifying It
Look at the Bed During Movement
Do not reroute cables as part of normal sample evaluation
If Something Appears Incorrect, Record It for Supplier Review
Observation and modification are different activities
11. Check the Manual Mechanisms on Manual Hospital Beds
Operate Every Crank
Run each intended adjustment
Observe the Crank Handle Design
Verify the supplied configuration
Observe Free Play and Mechanical Response
The Buyer Is Establishing a Physical Reference
Do not assume mass production will automatically improve it
Check the Under-Bed Transmission Mechanism
Use the sample to understand the actual design
12. Check the Mattress and Accessories
Do Not Evaluate the Bed Frame and Forget the Rest of the Ordered Set
Verify its dimensions and agreed construction
Check Mattress Fit on the Platform
Does it fit the intended bed platform?
Observe the Mattress During Bed Articulation
Evaluate the complete system
Verify Every Included Accessory
The Order May Include Items Such As
Use the actual quotation and purchase specification
Confirm the Quantity and Mounting Method Where Applicable
Verify the actual supplied item
13. Check Workmanship and Finish
Walk Around the Entire Bed
Look from multiple angles
Check Accessible Surfaces
Record defects clearly
Photograph Issues Before Discussing Them
A Clear Image Is Better Than “The Finish Is Not Good”
Describe the observed condition
Avoid Vague Feedback
Specific feedback is easier to close
Use the Sample to Define Acceptable Workmanship
Approval Should Create a Clear Reference
Resolve it first
Likewise, Important Good Details Should Be Preserved
Do not rely only on memory
14. Check OEM and Private-Label Details
For OEM Orders, the Sample Should Reflect the Intended Brand Presentation Where Practical
Check the nameplate
Check Product Labels
Check packaging artwork where available
Do Not Approve the Mechanical Bed and Leave Branding Until the Last Minute
OEM Details Can Create Production Delays if Confirmed Too Late
Label information may need revision
Manuals May Need Buyer-Specific Information
Resolve these before mass production where possible
Separate Product Approval From Artwork Approval Where Necessary
They Can Be Controlled as Different Approval Items
Make the status explicit
Do Not Use One Generic “Approved” Status for Everything
Define what has actually been approved
15. Check Packaging Before Mass Production
Buyers Often Evaluate the Bed but Ignore the Sample Packaging
Review it before hundreds of units are packed
Confirm the Intended Packaging Structure
Which components are removed for transport?
Where Are Accessories Packed?
How will the buyer know that one complete set has arrived?
Check Packaging Labels and Shipping Marks Where Applicable
Model Identification Should Be Clear
Avoid unnecessary receiving confusion
OEM Buyers Should Confirm Branding Requirements
Packaging requirements belong in the approval record
Sample Packaging and Mass-Production Packaging May Not Always Be Identical
A Prototype Sample May Use Temporary Packaging
Clarify what will change
Ask for the Final Packaging Specification
Do not hide unfinished approvals
Do Not Test the Sample Only Once
One Movement Cycle Shows Very Little
Observe consistency
Do Not Turn Buyer Evaluation Into an Unspecified Endurance Test
Use appropriate test methods for formal claims
Practical Evaluation and Laboratory Testing Are Different
A Buyer Can Check Operation, Configuration and Workmanship
Keep the evidence types separate
Do Not Claim Compliance Based Only on a Sample Demonstration
Physical inspection and regulatory evidence serve different purposes
Evaluate the Sample in More Than One Bed Position
Start With the Bed Flat
Then operate the intended adjustments
Observe the Bed at Relevant End Positions
Some issues appear only during articulation
Listen During Operation
Unusual Noise Can Be Worth Investigating
Record when and where the sound occurs
Provide the Supplier With Reproducible Information
Objective observations make technical review easier
Check Both Raising and Lowering
Do Not Test Only One Direction
Observe the complete operation
Check the Return to the Flat or Starting Position
Use the manufacturer's intended operating method
Do Not Disassemble Critical Components Just to “Check Quality”
Buyer Evaluation Has Boundaries
Use manufacturer documentation for internal component information
If Material or Component Verification Requires Technical Evidence
Do not rely on destructive inspection unless a formal agreed process requires it
Build a Sample Issue List
Do Not Send Feedback Through Scattered Messages
This makes closure difficult
Create One Controlled Issue List
Describe the observation clearly
A Practical Issue Record Can Include
Keep the system simple enough to use
Do Not Close an Issue Because the Supplier Says “Will Improve in Production”
Record the corrected requirement
When Should a Corrected Sample Be Requested?
Not Every Minor Issue Necessarily Requires a Completely New Physical Sample
Use procurement judgment
But Major Configuration Changes May Justify Re-Evaluation
Do not approve an unseen major change casually
Alternative Evidence Can Sometimes Support Minor Corrections
Depending on the Issue, the Buyer May Review
The evidence should match the significance of the change
Do Not Use Photos to Verify Something They Cannot Prove
It may not prove functional behavior
What Does “Sample Approved With Comments” Mean?
This Status Can Be Dangerous if It Is Not Defined
Or must the comments be incorporated first?
Use Clear Approval Statuses
Use terminology appropriate to the purchasing organization
Do Not Let “Minor Comments” Become Undefined Production Changes
Every Required Correction Should Be Written Clearly
The buyer should know how closure will be confirmed
Approval Authority Should Also Be Clear
Use the buyer's internal approval process
Should Buyers Keep the Approved Physical Sample?
Where Practical, an Approved Sample Can Be a Useful Physical Reference
But the written specification remains important
A Physical Sample Alone Is Not a Complete Technical Record
Use physical and written references together
Identify the Approved Sample Clearly
Do Not Let It Become Mixed With Demonstration Stock
Preserve its identity
Record the Approval Date and Applicable Specification Revision
Approval needs context
What If the Supplier Keeps the Golden Sample?
Both Parties Should Understand Which Physical Reference Is Controlling
Avoid two different “approved samples”
Photographs Can Supplement the Record
Photos should support, not replace, written specifications
Build a Sample Approval Package
The Final Approval Should Not Be Only One Chat Message
The complexity should match the project
A Sample Approval Package Can Include
Adapt the package to the actual procurement risk
What Happens After Sample Approval?
Approval Creates a Production Baseline
The buyer has a clearer reference for later verification
But Approval Does Not Mean the Supplier Can Change the Product Freely
Sample approval and production change control are connected stages
Sample Evaluation and Production Change Control Are Different
Sample Evaluation Asks
This happens before final production approval
Change Control Asks
This happens after approval
Sample Evaluation and Pre-Shipment Inspection Are Also Different
Sample Evaluation Happens Before Mass Production
It establishes the reference
Pre-Shipment Inspection Happens After Production
It verifies the output
A Simple Procurement Chain Makes the Difference Clear
Each Stage Answers a Different Question
Procurement control works better when each gate has a clear purpose
Do Not Assume Mass Production Will Be “Better Than the Sample”
This Is a Risky Assumption
Do not rely on an informal promise that it will improve later
Production Needs a Defined Target
Approval should reduce ambiguity
Do Not Assume Mass Production Must Match Every Accidental Detail of the Prototype
This Is the Opposite Risk
Identify what is actually approved
Separate Temporary Sample Features From Final Product Requirements
Document exceptions explicitly
How Should Overseas Buyers Evaluate a Sample Remotely?
Sometimes the Buyer Cannot Visit the Factory
Do not settle for a short promotional video
Request a Planned Evaluation Sequence
Make the evidence correspond with the checklist
Ask for Continuous Video Where It Adds Value
Short Edited Clips Can Hide the Relationship Between Steps
Use it where practical
Ask the Supplier to Show the Measurement Reference
Evidence should be understandable
Remote Review Does Not Eliminate the Need for Clear Specifications
Video Is Evidence of What Is Shown
Use both
Important Requirements Should Still Be Written
Do not leave key specifications inside video conversations only
Should a Distributor Send the Sample to Its Own Customer?
This Depends on the Commercial Project
Others approve products internally
If Several Parties Need to Approve the Sample, Define the Approval Chain
Know whose approval actually releases production
Do Not Start Mass Production While Important Approval Layers Remain Unclear
A Supplier May Believe the Importer Approved the Product
This creates commercial risk
Define the Production Release Point
Approval authority should be explicit
What If the Sample Is Expensive to Ship Internationally?
Sample Cost Should Be Considered Against Bulk-Order Risk
But a misunderstanding across a large production order can also be costly
Not Every Purchase Requires the Same Sample Strategy
Use a risk-based decision
Alternative Sample Strategies Can Exist
Depending on the Project, Buyers May Use
The method should match what needs to be verified
A Low-Value Detail Can Become a High-Cost Bulk Problem
Imagine One Small Incorrect Component on 500 Beds
Across a bulk order, correction becomes much more difficult
This Is Why Sample Evaluation Should Focus on Repeatability
This is a powerful sample-approval question
15 Things Buyers Should Check Before Approving a Hospital Bed Sample
Adapt the checklist to the actual bed model, contract and destination requirements
Common Mistake 1: Approving From Photos Alone
Photos Are Useful but Limited
Use evidence appropriate to the requirement
Common Mistake 2: Checking Only Appearance
A Good-Looking Bed Can Still Have the Wrong Configuration
Appearance is only one part of approval
Common Mistake 3: Operating Only the Backrest
One Function Does Not Represent the Whole Bed
Function-by-function verification matters
Common Mistake 4: Trusting the Datasheet Without Measuring the Sample
The Sample Is the Physical Product in Front of You
Resolve discrepancies
Common Mistake 5: Ignoring the Underside
Important Construction Is Often Below the Platform
Do not evaluate only the showroom view
Common Mistake 6: Accepting the Wrong Component Because It “Works the Same”
Functionality Does Not Automatically Equal Specification Compliance
Approve actual configurations
Common Mistake 7: Forgetting the Mattress
The Mattress and Adjustable Platform Work Together
Check fit and articulation
Common Mistake 8: Ignoring OEM Details Until Production Is Finished
Branding Errors Can Affect the Entire Batch
Do not postpone artwork unnecessarily
Common Mistake 9: Saying “Please Improve This in Production”
This Is Too Vague
Record the required correction
Common Mistake 10: Approving Before Open Issues Are Closed
An Unresolved Issue Can Become a Production Standard
Do not confuse review with approval
Common Mistake 11: Keeping No Approval Record
Months Later, Nobody Remembers the Exact Sample
Approval should be traceable
Common Mistake 12: Treating the Sample as the Only Specification
Some Requirements Cannot Be Seen
Use physical and documentary references together
Common Mistake 13: Starting Production While the Customer Is Still Reviewing
Approval Authority Must Be Clear
Avoid premature manufacturing
Common Mistake 14: Forgetting Packaging
The Product Still Has to Reach the Buyer
Do not treat packaging as an afterthought
Common Mistake 15: Assuming Production Will Automatically Be Better
Mass Production Needs a Clear Target
Resolve unacceptable details before production
Questions Buyers Can Send the Manufacturer Before Sample Approval
Written answers can become part of the procurement record
The Better Question Is Not “Does the Sample Look Good?”
