Multi-SKU Product Label Single-Batch Production Solution for an Industrial Manufacturer
Client Requirements
Client Background and Application Scenario
An industrial manufacturer with a rich product portfolio.
\nA single product line contains more than 20 SKUs.
\nEach SKU requires a product label, but product specifications and variable data dimensions differ significantly.
\nThe client hopes to produce multiple SKUs in a single batch to reduce total cost.
Client Requirements and Original Solution Issues
Previously, the client placed multiple orders split by SKU.
\nEvery order required a full file confirmation, proofing, and sample-sign-off process.
\nThree core issues were encountered.
\nFirst, the minimum print quantity per SKU was constrained by the supplier's MOQ threshold.
\nThe total cost of split orders was higher than that of a single batch.
\nSecond, multi-SKU files were managed in a scattered way, making omissions easy during revisions.
\nThird, response speed for rush orders was slow, affecting the shipment rhythm.
\nCore requirement: produce multiple SKUs in a single batch to lower total cost and unify file management.
\nProject challenges:
\n✓ Large field differences across 18 SKUs
\n✓ Fragmented file version management
\n✓ Per-SKU minimum print quantity limited by the MOQ threshold
Solution
Solution Overview
Provided the client with a single-batch production solution for 18 SKUs.
\nFace material uses 80g coated paper with rubber-based general-purpose adhesive.
\nProcess uses digital printing with variable data output.
\nFile versions managed in a unified way, with all 18 SKUs scheduled in one production run.
Material Selection Analysis
Why 80g coated paper?
\nCoated paper face material suits dry, short-cycle, cost-prioritized industrial label scenarios.
\nGood color reproduction, meeting basic industrial label requirements.
\nWhy not synthetic paper face material?
\nSynthetic paper unit price is 30%-50% higher than coated paper.
\nIn this scenario the durability requirement is moderate, coated paper is sufficient.
\nWhy not PET face material?
\nPET is over-specified for this scenario.
\nIndustrial products typically do not need chemical-cleaning resistance or outdoor weather resistance.
Why digital printing?
\nDigital printing supports flexible small-batch production of multiple SKUs.
\nVariable data output meets batch numbers and serial number differences per SKU.
\nWhy not traditional offset printing?
\nTraditional offset suits large-batch same-spec orders.
\nFlexible production of multiple SKUs is the strength scenario of digital printing.
Production Implementation and Quality Control
① Unified file version number management of design drafts across 18 SKUs
\n② Variable data files managed separately
\n③ All 18 SKUs scheduled in one production run
\n④ Same-batch completion of printing, lamination, die-cutting, and rewinding
\n⑤ Sampling inspection (dimensions, print color difference, adhesion)
\n⑥ Independent labelling and rewinding packaging by SKU and version
Results
Project Results
Delivery Data
✓ Products delivered: single-batch production of 18 SKUs of product labels
\n✓ Face material spec: 80g coated paper
\n✓ Adhesive: rubber-based general-purpose adhesive
\n✓ Printing process: digital printing with variable data output
\n✓ Lamination: 25μ matte film (as needed, some SKUs not laminated)
\n✓ Quantity delivered: 18 SKUs, total 36,000 sheets
\n✓ Lead time: 6 working days
Usage Performance
✓ Average per-SKU cost reduced by 22%
\n✓ File version management standardized, revision omission rate down
\n✓ Rush order response time shortened from 7 days to 3 days
Case Summary
For industrial product lines with many SKUs,
\nsingle-batch multi-SKU production usually offers more cost advantage than split per-SKU ordering.
\nThis case delivered a single-batch shipment of 36,000 labels across 18 SKUs for an industrial manufacturer.
\nWith zero plate-making cost in digital printing, multi-SKUs scheduled together.
LeXiang Packaging Experience
Applicable scenarios: multi-SKU industrial product lines. Clients who need flexible per-SKU production yet batch cost reduction.
\nProduct combinations with large specification differences.
\nMaterial recommendations: industrial labels in dry storage environments - first choice coated paper with rubber-based general-purpose adhesive.
\nHumid or outdoor environments - synthetic paper with acrylic high-tack adhesive.
\nNon-applicable scenarios: clients with very high per-SKU print quantities (where each SKU offsets its own plate-making cost). Not suitable for scenarios requiring extreme weather or chemical resistance, where PET face material should be selected.
\nNotes: variable data files should be stored separately from version files. Same-batch production helps with color consistency across SKUs. Rush order response relies on file version control.
Why Choose LeXiang Packaging
✓ Multi-SKU industrial label single-batch production, mature within 6 working days
\n✓ 80g coated paper face material plus rubber-based adhesive, suited to industrial label scenarios
\n✓ Digital printing with variable data output, zero plate-making cost
\n✓ Unified file version control with on-demand rush order response
Related Reading
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Project Metrics
Project Overview
Industry: Industrial (industrial manufacturing)
\nProduct: Multi-SKU product labels (single-batch production)
\nQuantity: 18 SKUs, total 36,000 sheets | Types: 18 product specifications
\nMaterial: 80g coated paper + rubber-based adhesive
\nProcess: Digital printing with variable data output, matte film lamination (25μ, partial), die-cutting
\nLead time: 6 working days (after artwork confirmation)
Client Background and Application Scenario
An industrial manufacturer with multiple product lines.
\nThe product range covers components, parts, and supporting materials.
\nSold through direct supply and distributor channels.
\nEach SKU requires a product label, with specifications and variable data differing significantly.
\nThe client is in the cost-control phase, with needs for batched multi-SKU production.
FAQ
What is the minimum order quantity for one-time batch production of multi-model labels?
Typically, each model requires a minimum of 500 labels. Total quantity should be no less than 3,000-5,000 labels. The exact MOQ depends on material and process.
How is color difference controlled for one-time batch production?
During combined production, ink is mixed once per batch. In-batch color difference control is better than scattered production. Color is confirmed via pre-batch proofing.
What is the typical lead time for multi-model labels?
Proofing takes 3-5 working days. Batch production takes 5-7 working days. The exact cycle depends on the number of models and process complexity.
What materials are used for industrial labels?
For standard indoor industrial use, coated paper self-adhesive labels are chosen. For oily settings, choose PVC (80μ). For outdoor scenarios, choose PET (50μ).
Do industrial labels need lamination?
Lamination is recommended. Matte lamination improves label wear resistance and moisture protection. Durability is enhanced in industrial environments.
How should files be managed for multi-model labels?
Establish unified file naming conventions and version control rules. Archive layout files for different models in a clear manner.
What level of color difference control can be achieved for one-time batch production?
Typically, Delta E is between 1 and 2. The exact value depends on the PANTONE color code and ink batch. Color samples are provided for comparison before batching.
What processes can be applied to multi-model labels?
Common processes include four-color printing, matte lamination, hot stamping, spot UV, die-cutting, etc. Selection depends on model requirements and budget.
What should be done if a replenishment order is needed after one-time batch production?
Replenishment orders continue with the same batch color management. Simply provide new files and production continues as a batch replenishment.
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