B2B PRINTING DECISION GUIDE

UV Printing vsOffset Printingfor Badges & Acrylic Goods

Same artwork, different structures.
Compare print appearance, cost drivers and production risk before you approve a method.

Compare in 3 steps →Download the buyer PDF

UV DIRECTWhite, clear and layered effectsSwitch many SKUs without conventional plates

OFFSET + PETFine halftones and smooth gradientsRepeat one design efficiently at volume

QUICK DECISION

Short answer: choose by SKU mix and product construction, not quantity alone

UV digital inkjet is usually the stronger starting point for short runs, many SKUs, frequent artwork changes, white ink and controlled transparent areas. Offset printing requires plates and make-ready, but it can be efficient for fewer designs at higher volume and offers strong control of fine halftones, gradients and spot colors. There is no universal MOQ cutoff: compare both methods with the same artwork, material stack, finishing and finished-product proof.

No universal MOQ cutoffUV curing is not an adhesion guaranteeQuote both on identical specifications

QUICK SELECTOR

Start with three purchasing conditions

Use quantity per design, SKU count and the most important quality requirement to select the first method to evaluate.

Quantity per SKU

Short runs usually favor plateless UV; a long run of fewer designs may favor offset.

SKU count and replenishment

For many SKUs or small reorders, compare plates, proofing, sorting and restart costs.

White, gradients and structure

Approve transparency, critical colors and protection of the printed layer on a real sample.

Short runs, many SKUs

Digital switching without conventional plates supports white layers, clear areas, names and numbering.

OFFSET

Fewer SKUs, long runs

Spread setup cost across volume and standardize halftones, gradients, spot colors and production color.

PROOF

Borderline projects

Proof both methods with the same artwork and finished construction, then compare landed cost and risk.

TERMS & MECHANISM

Separate the terms before comparing the mechanisms

UV can mean digital inkjet, UV-curable offset ink or a selective varnish. State both the process and the printed layer in the RFQ.

PLATELESS, DIRECT DEPOSITION

UV digital inkjet

A printhead places small ink droplets directly on the material or film, then UV or LED-UV light cures the ink.

Specify the print side, white ink, clear ink, primer and ink system.

PLATE TO BLANKET TRANSFER

Conventional offset lithography

The image moves from a plate to a rubber blanket and then onto paper, coated metal or a compatible film.

Specify the print medium, plate count, CMYK or spot colors, and the drying or curing method.

OFFSET PROCESS, UV CURING

UV offset printing

This is still a plate-and-blanket offset process, but it uses UV- or LED-UV-curable offset inks.

Do not confuse UV offset with plateless UV digital inkjet.

CLEAR VARNISH EFFECT LAYER

Spot UV or selective UV

A clear coating is applied selectively to create gloss, matte contrast or a light raised texture. The base image may use another print method.

Define the effect area, build height, rub resistance and bending limits.

Flatbed UV printer depositing and curing ink directly on a rigid sheet

UV DIRECT

Direct ink deposition and UV curing

01
RIP and channel separation
The RIP separates CMYK, white, clear and primer channels and creates the jetting data.
02
Ink droplet deposition
Piezo printheads place small droplets directly on the target surface according to the file.
03
UV curing
Photoinitiators react to UV energy so the liquid ink polymerizes into a solid ink film.
04
Move to finishing
Cutting or assembly can follow quickly, but adhesion, rub resistance and weathering still require separate approval.

OFFSET

Plate-to-blanket indirect transfer

01
Separation and plates
A plate is prepared for each CMYK channel or spot color.
02
Make-ready
Plates, ink-water balance, ink density, registration and material transport are adjusted.
03
Indirect transfer
The image transfers from plate to blanket and then from blanket to paper, metal or film.
04
Drying and finishing
Conventional inks set or oxidize; UV offset inks cure with light before lamination, die-cutting, forming or assembly.

INK & FUNCTIONAL LAYERS

UV inks and functional layers

White, clear and primer expand the design space, but they do not replace cleaning, material compatibility checks or production testing.

Layer / material	Function	Risk to confirm
CMYK	Builds the color image and halftones	On clear material, color may look dark or transparent without a white underbase
White ink	Provides an opaque underbase or white artwork	Settling, nozzle condition, white halos, registration and opacity
Clear ink	Adds selective gloss, matte contrast or light texture	Build height, curing, brittleness and scratching
Primer	Supports wetting and adhesion	Does not replace cleaning or testing on the production material
Protective layer	Adjusts abrasion resistance and surface gloss	May change clarity, color appearance, thickness and downstream bonding

Decision boundary UV curing alone does not prove adhesion, abrasion resistance, weathering, food-contact suitability or compliance for products intended for young children.

19-POINT COMPARISON

A 19-point comparison of UV and offset printing

The goal is not to rank one method as universally better. Choose the process whose risks can be controlled for the actual order and approval plan.

Comparison	UV digital inkjet	Offset printing
Image formation	Ink droplets placed directly from digital data	Plate to blanket to print medium
Conventional plates	Not required	Normally required per color or plate
Fixed setup cost	Usually lower	Plate making and press make-ready are usually higher
Variable cost	Changes with print area, white ink, layer count and print time	Unit cost can decline on long runs
Many SKUs	Artwork switching is flexible	Imposition, plates, proofs and management can multiply
Variable data	Names, numbers and codes are practical	Not a normal fit for conventional offset
Clear materials	White and transparent areas are easy to separate digitally	Often uses a print-compatible clear film in an assembled structure
Direct print on thick sheet	A flatbed UV machine may handle it	A conventional offset press normally does not
Photos and gradients	Depends on heads, droplets, RIP and surface	Fine halftones and tonal transitions are easier to standardize
Spot colors	Usually simulated with CMYK or device-specific inks	Custom-mixed spot inks can be used
White ink	Common as a dedicated channel	Requires suitable equipment, a separate step or an opaque layer
Clear and texture effects	Selective digital layering is possible	Usually added through varnish, embossing or another finishing process
Ink film feel	May show texture or a raised edge	Normally flatter and smoother
Production speed	Fast setup for short runs; each area is still scanned	Longer setup but strong continuous-run efficiency
Drying or curing	UV or LED-UV crosslinking	Absorption, oxidation, heat or UV depending on the ink system
Adhesion	Depends on surface energy, cleaning, pretreatment and cure	Depends on material treatment, ink-water balance and drying
Rub resistance	Exposed ink requires testing or protection	Paper/film may be protected; direct metal printing needs coating checks
Reorders	Small replenishment runs are easier to restart	Plates, make-ready and the previous color standard must be restored
Main quote drivers	SKU count, white coverage, print area and layer count	Plate count, imposition, total run, spot colors and finishing

TIN BADGE STRUCTURE

Button badges: confirm the layer stack before the print method

An offset badge may mean direct printing on flat metal or printed paper wrapped under clear PET. Appearance and inspection points differ.

UV and offset printed button badges compared with the same original character artwork — ORIGINAL CHARACTER · SAME ARTWORK
Compare color and surface using the same artwork and size
Judge grain, hairlines, skin tones, dark gradients and gloss under the same conditions. Paper, PET, varnish and coated metal can affect the result as much as the print process.

Printed paper + clear PET wrap

Printed layer: Artwork is printed on paper, then wrapped over a metal shell under clear PET film.
Best fit: Standard character button badges, photographic art and many designs.
Main risks: PET scratches, paper moisture, edge wrinkles and wrap position.

Direct offset on tinplate

Printed layer: Artwork is printed on a flat coated metal sheet before blanking, forming and assembly.
Best fit: Large runs, a smooth face and projects that avoid paper-wrap wrinkles.
Main risks: Cracking at formed areas, registration, protective varnish and coating compatibility.

Direct UV on metal

Printed layer: UV inkjet is applied directly to metal or a prepared coating.
Best fit: Prototypes, short runs, white ink and selective surface effects.
Main risks: Adhesion, abrasion, ink film thickness and compatibility with forming or pressing.

BADGE QC

Six button-badge checks

Center the front artwork and keep critical details outside the wrap zone.
Check clear PET for scratches, silver specks, bubbles and visible wrinkles.
Review skin tones, dark tones, highlights and gradients at final size.
Confirm pin or clip direction, operating force and orientation to the front image.
Inspect the crimp, sharp edges and any looseness between the front and back parts.
For direct metal printing, check cracking and ink loss after forming or bending.

ACRYLIC CONSTRUCTION

Acrylic: separate direct UV from offset-printed PET lamination

The offset route in this guide means printing a compatible clear film and laminating or assembling it with acrylic, not feeding a thick acrylic sheet through a conventional offset press.

Direct UV printed acrylic compared with acrylic laminated to offset-printed PET film — DIRECT UV vs OFFSET-PRINTED PET FILM
Specify the viewing side, white layer and adhesive stack
Direct UV builds ink on the front or reverse surface. A laminated construction combines printed PET and acrylic. The layer position changes gloss, depth, abrasion exposure, bubble risk and edge-lift risk.

FRONT UVWHITECOLORACRYLICVisible texture; exposed ink film

REVERSE UVACRYLICMIRRORED COLORWHITEGlossy front; inspect protection on the reverse

OFFSET FILMACRYLICADHESIVEPRINTED PETEnclosed print layer; inspect lamination

Comparison	Direct UV acrylic	Offset-printed PET + acrylic
Image location	Directly on the front or reverse of acrylic	Inside a laminated stack between printed film and acrylic
Short runs / many SKUs	Flexible digital switching	Confirm minimums for plates, imposition and lamination
Fine lines / gradients	Depends on printhead and RIP	Fine controlled halftones can be an advantage
White underbase	Specified as an independent digital channel	Determined by the film print and opaque-layer design
Printed-layer protection	Reverse printing is protected by acrylic; front printing is exposed	The printed layer can be enclosed within the structure
Clarity risks	Droplet pattern, white halo, film thickness and surface texture	Adhesive haze, bubbles, dust and lamination misalignment
Finishing risks	Scuffing, peeling and white-ink cracking	Edge lift, delamination, yellowing and differential expansion
Typical fit	Samples, short runs, many SKUs and controlled transparent effects	Few SKUs at volume, fine tonal work and protected print layers

SAMPLE APPROVAL

Six items to keep on the approved sample sheet

Viewing side and print side: front print, reverse/mirrored print or internal layer.
Color and white sequence: white + color, color + white, or color + white + color.
Transparent zones: fully clear, translucent or opaque areas.
Film and adhesive: material, thickness, lamination direction and edge treatment.
PMMA sheet: cast or extruded, thickness, tint, haze and protective film.
Finishing: laser or CNC cutting, edges, holes, slots and base fit.

Detailed guide to front/reverse printing and white ink →

QUANTITY × SKU × COST

Compare quantity per SKU, not only the total order

One design x 1,000 units and 20 designs x 50 units have the same total, but very different plate, proofing, changeover and sorting costs.

SKUFEWERMORE

SHORT RUNUVUV

MID RUNQUOTE BOTHUV

LONG RUNOFFSETQUOTE BOTH

Order structure	UV cost driver	Offset cost driver	Recommended action
1 design x 1,000 units	Print time is incurred unit by unit	Plate and make-ready cost can be spread	Request both quotes under the same specification
20 designs x 50 units	Low burden when switching files	Plates, imposition, proofing and sorting become complex	Evaluate UV first
High white-ink coverage	More ink and passes may be required	Film and opaque-layer cost may increase	Separate the white-layer cost
Urgent replenishment	No new conventional plate, but the color standard must be maintained	Press restart and color-standard recovery are required	Confirm reorder MOQ and color tolerance
Multiple sizes / custom shapes	Jigs, placement and cutting cost increase	Imposition efficiency and tooling change	Provide a size-by-size quantity table

COLOR & ARTWORK

Turn color, white ink and artwork into production specifications

The same file can look different when material, white ink, gloss and dot structure change. Approve the physical result and its conditions, not the monitor alone.

COLOR FACTORS

Five layers that change color

Monitors emit RGB light; printed products reflect CMYK or spot-color light. A screen alone is not an acceptance standard.
Clear acrylic, white ink, adhesive, film and background color all change brightness and saturation.
UV and offset use different inks, dot structures, film thickness and gloss, so the same file will not look perfectly identical.
A spot color may support a critical brand color, but material and surface treatment still change its appearance.
Define color difference together with the light source, instrument, measurement position, tolerance and master sample.

APPROVAL ORDER

Six-step color approval

01
Freeze the actual material and finished product construction.
02
Approve the white-underbase area and final viewing direction.
03
Use a physical proof with skin tones, dark solids, hairlines, gradients and transparent areas.
04
Compare against swatches, a physical master and source data under the agreed light.
05
Record the device, ink, material lot and finishing used for the approved sample.
06
Match the first production article and in-process samples back to the approved sample.

ARTWORK DATA

Eight artwork-data requirements

Use the production factory's actual template for minimum line width, resolution, bleed and white-layer choke/spread.

Data item	Provide	Avoid
Color artwork	Final CMYK plus embedded or packaged links	Do not supply only an RGB preview
White underbase	Independent spot layer, density and coverage	Do not let a white background be mistaken for transparency
Clear / varnish layer	Independent spot layer and effect instructions	Do not use a rendered mockup as production data
Cut line / holes	Closed vectors, separate layer and safe distance	Do not place artwork and cut lines on one layer
Bleed / safe area	Follow the actual factory template	Keep text away from the wrap, cut and insertion zones
Reverse printing	State mirroring responsibility and final viewing direction	Avoid a double mirror by buyer and factory
Spot color	Pantone reference, swatch edition and material	Do not specify a color only by sampling a monitor
Fonts / revision control	Outline or package fonts; use a dated revision name	Do not leave multiple files named final

PROOFING, QC & RISK

Make the physical proof the production acceptance standard

Freeze adhesion, white coverage, clarity, registration, cutting, assembly and packaging alongside color in one approved construction.

Quality inspection of metal badge parts, crimping and finished production samples

PHYSICAL SAMPLE / QC

APPROVED SAMPLE

A screen or paper proof shows appearance.
A physical sample decides product acceptance.

UV ink can still peel after curing if the material, cleaning, pretreatment or exposure condition is unsuitable. Approve appearance and function separately on the production material and finished construction.

Define first the test method, test timing and acceptance range. Put project-specific criteria in the RFQ rather than leaving a universal number to assumption.

COLORWHITEADHESIONCLARITY / LAMINATIONASSEMBLYPACKAGING

DIGITAL / CONTRACT PROOF

Check content and the color target

Confirm text, placement, images, separations, white coverage and the color target. If color is binding, distinguish a color-managed contract proof from an ordinary office or photo print.

Cannot verify adhesion to the production material, clarity, lamination, cutting, assembly or package abrasion.

PHYSICAL STRUCTURE SAMPLE

Judge function on the real material stack

Build the sample with the production material, print side, white layer, adhesive, surface protection, cutting, hardware or base, and individual packaging.

Keep separate test pieces for destructive adhesion tests and appearance approval.

FIRST ARTICLE / MASS PRODUCTION

Match production back to the approved sample

Compare the first article under the same light and viewing direction for color, registration, defects, dimensions, assembly and packaging. Long runs should return to the same standard during in-process sampling.

Record the device, ink, material lot, inspection result and approver.

4-STEP SAMPLE APPROVAL

Four steps from physical proof to production standard

An approved sample is not just one piece to look at. It is the physical master and recorded specification that makes production decisions repeatable.

01
Freeze production conditions
Record the artwork revision, material and lot, front/reverse print, white layer, primer, adhesive, finishing and packaging on the sample sheet.
A different structure is not the approved production sample.
02
Test adhesion and rub resistance
Define the cross-cut/tape method for adhesion and the rub material, load, cycles and direction for abrasion. Agree the pass level for the project.
UV-cured is not a substitute for an adhesion result.
03
Check clarity, lamination and assembly
Inspect haze, dust, bubbles, adhesive marks and edge lift from the front, back and raking light. Assemble the actual base, hardware, crimp, film and package.
Judge appearance and function in the finished-product condition.
04
Approve and transfer to production
Record the approval date, approver, retained quantity, photos, measurements and tolerances, then match first articles and in-process samples to the same master.
Use records, not a verbal instruction to make it look similar.

RETAINED SAMPLE RECORD

Six records to retain with the approved sample

Approved sample ID, artwork revision and approval date.
Material, film, adhesive and ink identification.
Device, print mode, white layer and pretreatment conditions.
Light source, viewing direction, color reference and measurement position.
Test method, test timing and acceptance range.
Quantities retained for the approved sample, first article and in-process checks.

Manufacturer and technical referencesMimakiAdhesion still depends on material and pretreatment after UV curing →Roland DGACross-cut and tape adhesion test example →FograDifference between ordinary color output and controlled proofing →HEIDELBERGCompare production sheets with approved data and inspection records →

PRE-PRODUCTION INSPECTION

Ten pre-production acceptance checks

These methods are starting points. Put the test conditions and acceptable range in the order specification for the material, use, market and construction.

Inspection	Method	Define in the order specification
Adhesion	Cross-cut or tape test on the same material and pretreatment	Allowed removal grade and test timing
Rub / scratch resistance	Fix the rub material, load, cycles and direction	Allowed color loss, scratching and gloss change
Cure condition	Check tack, odor, hardness and downstream bonding	No tack and no negative effect on assembly
Color	Compare with the approved sample under the specified light	Critical colors and color-difference tolerance
White underbase	Inspect voids, halos, pinholes and opacity	Viewing distance and acceptance range
Registration	Compare CMYK, white, film and cut line	Registration tolerance and keep-out area
Clarity	Inspect haze, dust, bubbles, adhesive marks and scratches	Visible-face acceptance standard
Cut / hole position	Measure dimensions and fit the base or hardware	Dimensional, hole-position and fit tolerances
Pin badge assembly	Inspect crimp, pin direction and pull resistance	No looseness or sharp exposed edge
Packaging	Simulate stacking, transport and unpacking	Film, bag, backing card, quantity and scratch criteria

DEFECT TROUBLESHOOTING

Eleven defects and where to investigate

Trace the cause through material, pretreatment, artwork, lamination, forming and packaging - not only the printing machine.

Defect	Likely causes	Check / improve
UV ink peels	Low surface energy, oil, fingerprints, unsuitable pretreatment or under-cure	Clean and handle without contact, compare primers, test on production material
Banding / missing nozzles	Nozzle loss, head height, bidirectional calibration or feed	Run a nozzle check, clean, calibrate, secure the material and review speed
White halo	Color-to-white misregistration or excessive white spread	Adjust choke/spread and approve at actual size
Visible grain	Large droplets, fast mode, RIP screening or rough surface	Compare print mode, RIP and material surface
Ink-film cracking	Rigid ink, heavy build, bending, pressing or temperature change	Review flexible ink, film thickness and process order
Offset misregistration	Paper/film stretch, press register or ink-water variation	Control environment, tension, register marks and in-process monitoring
Set-off / scuffing	Conventional ink not set or excessive stack pressure	Adjust drying time, ink, spray powder and pile height
Color variation between lots	Changes in material, ink, density, white or gloss	Retain the approved sample and record material, density and color difference
Bubbles / haze	Adhesive, dust, lamination pressure or incompatible materials	Use clean lamination, select adhesive/pressure and run aging tests
Delamination / edge lift	Insufficient adhesive, expansion mismatch or edge stress	Check temperature-humidity cycling, edges and material pairing
Wrinkles at badge edge	Paper/film thickness, wrap dimensions or pressing force	Freeze the paper/film specification, die and press settings

SAFETY & COMPLIANCE

Verify compliance for the final use

Uncured UV ink may contain ingredients that irritate or sensitize skin and eyes. Production workers should follow the ink-specific SDS.
Cured ink alone does not prove compliance for food contact, young-child use or a specific sales market.
Verify documents for the ink, substrate, adhesive, hardware and packaging according to the final use.

ENVIRONMENT

Do not judge environmental impact by the process name

LED-UV can switch on and off quickly and may reduce heat load, but that does not automatically prove a lower total lifecycle impact.
Offset includes plates, make-ready waste, cleaning and residual ink; long-run efficiency alone does not describe material loss.
Laminating acrylic and PET creates a composite structure, so local collection systems and practical separability matter.
Avoid unsupported absolutes such as pollution-free, fully eco-friendly or 100% recyclable.

BUYER FAQ & EVIDENCE

18 buyer questions, answered with conditions and exceptions

Each answer is written to stand on its own and matches the FAQ structured data on this page.

Q01Is UV printing always sharper than offset printing?＋

No. Sharpness depends on the device, print mode, droplet or halftone structure, material surface and artwork. UV is flexible for short runs and functional layers; offset often gives strong control of fine halftones and smooth gradients.

Q02Can UV-cured ink still peel?＋

Yes. Curing and adhesion are different checks. Surface energy, contamination, primer, film thickness and cure conditions must be tested on the intended production material.

Q03Can a conventional offset press print directly on thick acrylic?＋

That is not the construction compared here. This guide treats offset-printed clear PET or a similar compatible film that is laminated or assembled with acrylic.

Q04Why is a white underbase used on clear acrylic?＋

CMYK inks are transparent. White supports opacity and color appearance, while areas without white can remain visually transparent.

Q05Why is reverse-printed acrylic artwork mirrored?＋

The viewer sees the artwork through the acrylic from the opposite side. State who mirrors the file so the buyer and factory do not both reverse it.

Q06Which method is more scratch-resistant?＋

The method name alone does not decide this. Check whether the ink is exposed or protected behind acrylic or clear film, and test edges and adhesive layers as well.

Q07At what quantity does offset become cheaper?＋

There is no universal cutoff. SKU count, plate count, imposition, white coverage, material, finishing, packaging and factory equipment all move the crossover point. Quote both under one specification.

Q08If the total order is large but each SKU is small, should we use offset?＋

Not automatically. Multiple plate sets, proofs, changeovers and sorting can cancel part of the scale benefit when the quantity per design is low.

Q09Is a spot color always more accurate than CMYK?＋

A mixed spot ink can be a strong choice for a critical brand color, but the substrate, white base, gloss and finishing still change appearance. Approve a physical sample.

Q10Can UV printing create a raised texture?＋

Some machines can stack clear or other inks for a light raised effect. Specify height and feel, then test brittleness, rub and package pressure for the actual equipment.

Q11Why can UV printing look grainy?＋

Droplet size, scan passes, RIP screening, print mode, substrate surface and curing all affect the visible texture. Judge it at final size and normal viewing distance.

Q12Can offset proof and production colors differ?＋

Yes. Ink-water balance, density, dot gain, substrate lot, drying and lamination can change color. Match first articles back to the approved physical standard.

Q13Does white ink block all light?＋

Not in every case. Opacity changes with ink, number of layers, film thickness, background and artwork. Approve a white-layer sample on the real material.

Q14Will specified transparent areas be perfectly clear?＋

Ink, primer, adhesive, PET and the acrylic itself can introduce haze. Define acceptable appearance for the clear window in the sample approval.

Q15Will a reorder match the first production lot exactly?＋

Do not assume a perfect match. Retain the approved sample and records for material, ink and equipment, then agree a color tolerance for replenishment lots.

Q16Are offset button badges printed directly on metal?＋

Some are printed directly on flat tinplate; others use printed paper wrapped under clear PET. Require the quote to identify the printed medium and complete layer stack.

Q17Is UV printing more environmentally friendly than offset?＋

The process name is not enough. Evaluate energy, ink safety, material waste, plate making, cleaning, composite materials, transport and practical end-of-life routes.

Q18Can we skip a physical proof?＋

It may be possible for a stable repeat specification, but it is risky for new materials, new constructions, critical skin tones, transparent effects or large runs. A digital proof cannot verify adhesion, clarity, lamination or assembly.

NEXT DECISION

Related specification guides

This page owns the UV-versus-offset purchasing decision. Product-specific details remain on the specialist pages below.

Front vs reverse UV printing, white ink and adhesionDetailed acrylic UV layer planning Custom acrylic goods manufacturingProduct specifications and volume production Laser-cut acrylic goodsCutting and downstream processing Can badge and pin badge OEMSizes, materials, packing and quote inputs Discuss a printing specificationCompare UV and offset under the same requirements

SELECTED TECHNICAL REFERENCES

Technical references used for this decision guide

The list prioritizes equipment manufacturers, color and print-technology bodies, and production references directly relevant to purchasing. A capability shown for one device or factory does not guarantee the same result everywhere.

S1
UV Ink Is Not Adhered to the SubstratesMimaki Engineering
S2
How to Test UV Ink AdhesionRoland DGA
S3
Prepress Technology: Proofing and Colour ApprovalFogra
S4
Prinect Inspection Control 4HEIDELBERG
S5
Spot Color vs Process Color PrintingPantone
S6
Acrylic Factory and Printed-Film ProcessST1
S7
Printing Methods for Button BadgesCan Badge Factory
S8
Printed-Film Acrylic ConstructionAcrylic King

NEXT ACTION · ORGANIZE THE BUYER BRIEF

Put the production requirements into one buyer PDF.

Record the artwork, quantity per SKU, product construction and acceptance criteria first. When the brief is ready, use the contact form to discuss the two production options on equal terms.

Download the procurement PDF Contact the OEM team

The download is a six-page A4 worksheet. This article does not contain a submission form.