Research libraryPrint on Demand, Sample on Screen
Chapter 08 of 14 · Part III · Draft web edition
Connect approved artwork and patterns to material yield, cutting, sewing and accepted output.
The cloth is woven from this chapter's 4 exhibits: each weft is one exhibit's own data, normalised; each warp group is a section. The probe reads the exhibit's own value where it crosses. Procedural visualisation, not a measurement.
Read-out
Illustrative finite-capacity schedule across printing, thermal fixation, cooling, cutting, sewing and inspection, informed by S15 and S17. Durations are illustrative planning blocks in hours, not measured GFT cycle times.
Unit: illustrative shift hours from job release. Status: illustrative. Sources: S15, S17. Illustrative figures are teaching examples, not measured factory results.
Overture · 1 min
An approved print creates value in this order-triggered service only when the physical process converts it into an accepted garment. Digital printing can form part of a wider sequence that includes preparation, fixation, cutting and sewing, while on-demand manufacturing changes the production system rather than one machine alone.[S01][S03] GFT therefore proposes one tracked execution chain: every physical panel set carries its approved version identity from raster image processing to dispatch, and yield and throughput are measured in accepted garments rather than linear metres printed. This is a proposed operating design, not a report of an installed GFT line or a measured Cameroon result.
The execution problem begins after the physical release gate. Finished geometry must govern print placement, marker planning must account for order completion as well as fabric area, thermal curing and cooling need capacity, and every cut bundle must remain traceable to its released specification.[S09][S15][S0801][S0802] This chapter extends the greenfield operating concept and shop-floor measurement discipline in GFT's Cameroon textile programme. It defines controls for those handoffs, for short-run changeovers, quality holds and recovery-work accounting. Chapter 9 then prices the complete order. A fast printer cannot, by itself, establish the delivery or economic performance of that chain.[S03][S17]
8.1
Related · chapter 026 paragraphs step it
Read-out
Illustrative GFT classification informed by S01, S03 and S15. Horizontal axis scores upstream process depth committed per order (0 = finished blank in stock, 10 = pattern, fabric print and full garment assembly). Vertical axis scores specification and validation burden per order (0 = print file only, 10 = body measurement, pattern adaptation and physical fit verification).
Unit: illustrative index (0 to 10). Status: illustrative. Sources: S01, S03, S15. Illustrative figures are teaching examples, not measured factory results.
Read this exhibit in its chapter ↗An engineered print or cut-and-sew motif needs a controlled translation from the approved three-dimensional garment to flat production pieces. Computational pattern-making research treats that translation as a constrained geometric problem rather than a simple image export.[S09] On the shop floor, printing, heat fixation, cutting and seam construction remain distinct physical events.[S01][S15] GFT's proposed release check therefore compares artwork contours, pattern contours and the measured material state before rasterisation. Any shrinkage, relaxation or construction compensation must come from the qualified production route, not an operator's universal adjustment. Dimensional-change specimens and garments require defined preparation, marking and measurement, which makes an unrecorded scaling decision especially difficult to diagnose.[S27]
Translating a three-dimensional garment into manufacturable two-dimensional pattern pieces is a constrained geometric problem involving darts, seam symmetry, grain and surface distortion.[S09] When printed artwork is locked to those pieces, the released marker governs both ink deposition and knife paths.[S01][S09] In GFT's proposed release discipline, five physical allowances must be embedded in the released marker geometry:
Checking model and pattern information before cutting is essential because incompatible formats and manual edits introduce dimensional errors between design and cutting.[S0801] Parametric pattern frameworks confirm that valid sewing patterns are required for both simulation and fabrication.[S32] When an apparel maker modifies a pattern contour after the physical release gate in Chapter 7, the print placement file and cut marker must be regenerated from that versioned pattern geometry rather than patched in graphics software.[S07][S32]
For direct-to-garment and direct-to-film decoration on pre-sewn blanks, finished geometry imposes a different but equally strict boundary.[S15] Because the garment is already assembled, seams, collars, zippers and pocket welts create elevation steps on the loading platen.[S15][S30] Platen selection, garment tensioning during loading, and the clearance between the printhead or heat press and adjacent seams must be specified in the job ticket so that placement remains repeatable across every size in an order cohort.[S15][S30]
8.3
Exhibit 326 paragraphs step it
Read-out
| Gross fabric issued from store | Total roll length times full nominal width issued to batch | 100 | 100 |
|---|---|---|---|
| Selvedge, edge margin and leader loss | Unprintable selvedge guards plus threading and tension leaders | -6 | -6 |
| Net printable and cuttable area | Usable substrate area entering the print marker | 94 | 94 |
| Inter-panel marker gap and bleed waste | Unprinted interstitial area plus cut-off print bleed around panels | -14.1 | -14.1 |
| Setup, purge and calibration swatches | Nozzle checks, colour control bars and thermal strike-off strips | -2.5 | -2.5 |
| Cut-room and print-defect panel rejects | Panels quarantined for misregistration, staining or knife error | -3.4 | -3.4 |
| Remake fabric consumed for sewing recovery | Replacement panels printed and cut to replace assembly damages | -2 | -2 |
| Usable remnant returned to stock | Verified full-width unprinted roll end returned to inventory | -4 | -4 |
| Net fabric delivered in accepted garments | Pattern area inside finished garments passing final release | 68 | 68 |
Illustrative GFT material-accounting ledger for printed cut-and-sew production, informed by S03 and S0802. Numeric values are an illustrative 100 square metre batch reconciliation to demonstrate the method, not measured factory results.
Unit: square metres per batch. Status: illustrative. Sources: S03, S0802. Illustrative figures are teaching examples, not measured factory results.
Geometric marker efficiency, the ratio of nested pattern-piece area to the marker area, is necessary but incomplete for an order-triggered service. Marker-planning research in a mass-customisation context instead minimises the total cost related to the number of markers and excess units while also considering the sewing schedule.[S0802] GFT draws a bounded inference for printed cut-and-sew: a denser layout can be commercially worse if it violates print orientation, delays a confirmed order, creates excess units or leaves incomplete panel sets waiting for remakes. On-demand production makes those order and schedule consequences part of the same decision, rather than treating printing as an isolated equipment upgrade.[S03]
The opened marker-planning study couples marker and excess-unit cost with a sewing-schedule constraint; it does not supply a Cameroon saving or prove that one nesting rule fits every workshop.[S0802] In GFT's proposed digital roll-to-roll route, each printed panel is committed to a specific artwork and size before cutting. Interleaving several customer orders can therefore couple their curing, cutting and sorting events. A defect on one required panel holds that order's set until a replacement is printed, cured and recut, while companion panels need an identified physical hold. The control objective is not to prohibit mixed markers. It is to price that dependency before choosing the layout.[S01][S03]
GFT proposes that a local on-demand apparel operation evaluate marker strategies using complete order-level material and handling economics rather than software nesting percentage alone.[S03][S0802] Exhibit 32 sets out the physical material components that reconcile gross fabric issued from the store to the net fabric area delivered inside accepted garments.
As Exhibit 32 illustrates, a marker that reports an apparent nesting efficiency of 85 percent on usable printable width (79.9 square metres of nested pattern and bleed out of 94.0 square metres of net printable area in the illustrative table) can deliver only 68.0 percent of gross issued fabric into accepted customer garments once selvedge guards, threading leaders, print purge bars, defective panels and sewing remakes are deducted.[S03][S0802] This illustrative table cannot establish what yield a Cameroon facility will achieve; rather, it defines the accounting ledger that the pilot must populate on every roll so that procurement and quoting teams do not mistake software nesting percentages for real material consumption.[S0802]
GFT proposes testing contiguous order zones against interleaved markers rather than assuming either layout wins. A contiguous zone places all panels for one garment or buyer size set within a bounded longitudinal strip. The pilot should record nested area, stripping minutes, identification errors, partial-set holds, remake delay and accepted-order completion for both methods. Contiguous zoning may simplify identification and release, while interleaving may use area more efficiently. The evidence required is the total cost per accepted order and the delivery outcome, not a claimed universal yield advantage.[S03][S0802]
8.5
Thermal fixation is a production stage, not a zero-duration postscript to ink deposition. Pigment fixation can use dry heat, while direct-to-garment guidance identifies a final heat-curing stage and, for specified white-ink or polyester cases, pretreatment.[S01][S15][S30] Direct-to-film adds adhesive and transfer handling.[S15] GFT's proposed route sheet therefore gives pretreatment drying, ink curing and heat-press transfer their own workstation identities, qualified settings and output records. Equipment-specific documentation and physical tests must establish those settings; this chapter does not prescribe a generic temperature or dwell time.
International environmental, health and safety guidelines identify heat consumption as particularly significant in drying, curing and wet treatments.[S17] That supports metering thermal work, but does not establish the warm-up behaviour or capacity of a particular machine. The pilot must time warm-up, stabilisation, active processing, idle holding and shutdown on the selected equipment. It must also test the actual printed and cured article under the agreed laundering and rubbing routes, because visual approval cannot substitute for those separate durability decisions.[S10][S11][S12]
GFT requires the factory scheduling system to treat pretreatment drying, ink curing and post-cure cooling as explicit finite-capacity workstations rather than zero-duration transitions.[S15][S17] Exhibit 33 illustrates how a batch cohort moves across prepress, printing, thermal curing, cooling, cutting, sewing and release inspection when every stage's setup, processing and stabilisation window is reserved on a finite timeline.
Exhibit 33 is a capacity hypothesis to test, not an equipment performance claim. Its warm-up and stabilisation block must be replaced by observations from the selected dryer, calender or press. Its post-cure hold makes the material state explicit before cutting: GFT proposes defining the required cooling or relaxation condition during qualification, then measuring the actual panel dimensions under that condition rather than assuming an immediate cut is safe.[S27] Finally, the customer promise spans the whole illustrative sequence from prepress lock to final pack release (16 illustrative shift hours), not only the 3 illustrative hours assigned to ink deposition. The schedule cannot establish real durations; it shows why the pilot must reserve every constrained stage before promising delivery.[S03][S15][S17]
To prevent thermal bottlenecks and under-cured shipments, GFT's proposed shop-floor log records five parameters for every curing batch:
Interlude · the cloth half-woven
Woven: sections 8.0 to 8.5Still to weave: 8.7 to 8.11
8.7
When a cutting knife separates a printed roll into fronts, backs, sleeves, collars and facings, the physical continuity of the roll disappears.[S0801] In a bulk factory making identical white shirts, medium left sleeves from the same dye lot are interchangeable. In an on-demand factory, where consecutive orders on one roll carry different customer motifs, colourways, body dimensions or pattern versions, losing panel identity turns sewing into a sorting puzzle.[S03][S32] Sewing a sleeve from an earlier pattern revision onto a bodice from the released revision creates a hybrid defect that may go unnoticed until final measurement or customer return.[S09][S0801]
Responsible supply-chain management requires each enterprise to identify its priority risk areas based on its specific circumstances.[S29] In GFT's Cameroon textile programme performance-management system design, shop-floor control starts with source capture at the workstation using stable identifiers. Extending that discipline to printed cut-and-sew and blank decoration requires an unbroken chain of custody from the approved technical pack down to each bundle and finished garment.[S01][S09] (The broader enterprise traceability standard from cotton bale to retail label belongs to the companion GFT paper on garment traceability; here we specify the internal execution identifiers required to assemble the right order.) Exhibit 34 shows the four-layer architecture binding approvals, digital job tickets, physical carriers and performance logs.
Read-out
Illustrative GFT execution architecture linking technical release, prepress, physical bundle tracking and shop-floor logging, informed by S01, S09, S0801 and GFT programme design.
Unit: control layers from approval to dispatch. Status: illustrative. Sources: S01, S09, S0801. Illustrative figures are teaching examples, not measured factory results.
As Exhibit 34 demonstrates, software identifiers in the approval contract and raster image processor (Order ID, Pattern version, Marker layout ID) survive on the shop floor only when physically printed or attached to the material at every transition.[S01][S0801] Because Exhibit 34 is an illustrative system design rather than a report of an installed GFT factory system, its purpose is to specify the physical handoffs a pilot workshop must implement before taking multi-style orders:
8.8
On-demand manufacturing changes the production system, but it does not remove the operator minutes, machine availability or setup material consumed between jobs.[S03] GFT's short-run planning hypothesis is that ungrouped changes can dominate available time when orders are small and varied. The workshop must test that hypothesis with timestamps rather than assume it. This matters for responsible planning as well as cost: OECD guidance identifies inefficient production planning and poor purchasing practices among common factors associated with excessive working hours.[S28]
A short-run printed apparel line experiences six classes of changeover, plus mandatory maintenance that continues even when order queues are light:
Worked example
Consider an illustrative single-shift comparison for a small printed cut-and-sew cell staffed for 480 minutes (8 hours, aligned with a standard 40-hour five-day working week).[R16] Suppose the cell processes 12 small customer orders of 5 garments each (60 garments total) during the shift, and daily printer maintenance, nozzle verification and thermal warm-up consume 45 illustrative minutes.[S17][S31]
In Case A (Unbatched first-in, first-out sequence), orders arrive in random substrate, shade and thread-colour order. Each of the 12 orders triggers a full substrate, platen, thread and test-seam changeover averaging 18 illustrative minutes across printing, cutting and sewing, consuming 12 times 18 equals 216 minutes. Subtracting 45 minutes of maintenance and 216 minutes of changeovers from 480 staffed minutes leaves 219 productive minutes (45.6 percent of shift time). At an illustrative net print and assembly pace of 6.0 minutes per garment once running, the cell completes only 36 garments during the regular shift, leaving 24 garments (4 orders) unfinished or forcing overtime.[S28]
In Case B (Family-batched sequence within a fixed shift window), the planner groups the same 12 orders into 2 substrate and thread-colour families without breaching promised delivery dates.[S0802] The cell performs 2 major family changeovers of 18 minutes (36 minutes) and 10 minor digital-artwork switches of 3 minutes (30 minutes), reducing total changeover time from 216 minutes to 66 minutes. After 45 minutes of maintenance and 66 minutes of changeovers, 369 productive minutes remain (76.9 percent of shift time), allowing all 60 garments (60 times 6.0 equals 360 minutes) to finish within the regular 480-minute shift with 9 minutes of buffer. Every numeral in this case is an illustrative model calculation demonstrating why changeover logging and family sequencing matter, not an observed GFT factory result.
While general sewing-line balancing, standard-minute values and overall equipment effectiveness methods belong to the companion GFT paper on line balancing and overall equipment effectiveness, an on-demand workshop must log setup duration and setup scrap by changeover category on every shift so quoting models in Chapter 9 allocate real changeover burdens to small orders.[S28][S31]
8.10
In a connected print-to-sew workflow, an undetected nonconformity can consume material and labour at every subsequent station. A print or cure problem can reach cutting and assembly before final inspection exposes it. GFT's control response is to stop the affected scope at the earliest useful physical boundary, identify the suspect panels and prevent further work until disposition. This is a proposed loss-containment rule, not a measured defect-rate claim. The cutting-room study supports checking model information before cutting, while print-process control requires defined references and tolerances.[S0801][S21]
GFT's proposed quality-hold protocol establishes four stop gates between print release and packing:
When any gate fails, the operator attaches a quarantine tag and logs the defect under one of two classes: reworkable process deviation (such as an unpressed seam, loose thread, or curable dwell shortfall that the ink specification permits re-passing) or non-recoverable reject (such as nozzle banding, colour mismatch, miscut geometry, oil staining or needle-cut damage).[S02][S11] Non-recoverable panels go immediately into a locked quarantine bin so they cannot be bundled into a shipment.[S0801]
8.11
Gross order revenue
Gross order revenue: total 500. Running total 500 thousand XAF per illustrative order cohort · illustrative
A factory that measures printing performance by square metres jetted per hour and sewing performance by gross pieces stitched per shift creates a blind spot: reprinting rejected panels and remaking defective garments look like productive…
Direct print, cure & sew
Direct print, cure & sew: removes 110. Running total 200 thousand XAF per illustrative order cohort · illustrative
Apparent order margin
Apparent order margin: total 200. Running total 200 thousand XAF per illustrative order cohort · illustrative
Changeover & purge loss
Changeover & purge loss: removes 28. Running total 137 thousand XAF per illustrative order cohort · illustrative
In-process panel remakes
In-process panel remakes: removes 42. Running total 95 thousand XAF per illustrative order cohort · illustrative
Customer return & refund
Customer return & refund: removes 30. Running total 40 thousand XAF per illustrative order cohort · illustrative
Net retained contribution
Net retained contribution: total 40. Running total 40 thousand XAF per illustrative order cohort · illustrative
Illustrative order-cohort contribution bridge in thousand CFA francs (XAF), constructed by GFT to demonstrate recovery-cost accounting (S03, S28). All monetary values are illustrative model inputs, not observed GFT revenues or local price quotes.
Unit: thousand XAF per illustrative order cohort. Status: illustrative. Sources: S03, S28. Illustrative figures are teaching examples, not measured factory results.
8.11 · the bodyExhibit 35 above; its figures are illustrative where marked.
A factory that measures printing performance by square metres jetted per hour and sewing performance by gross pieces stitched per shift creates a blind spot: reprinting rejected panels and remaking defective garments look like productive activity on machine counters while destroying profitability and consuming thermal and operator capacity.[S03][S17] In GFT's Cameroon textile programme performance-management system design, production performance is anchored on accepted output reconciled against inputs at a shared boundary.
For an on-demand print-and-assemble line, GFT proposes two linked reconciliations using seven principal counters. The counters answer different questions, so they are not mutually exclusive destinations:
The internal balance is started = rejected + open work + ready to ship + shipped. Open work includes held and in-process sets; ready to ship means released but not yet dispatched. The fulfilment balance is shipped = accepted + returned + pending acceptance. Pending acceptance includes goods still in transit or inside the agreed review window. GFT recommends freezing these definitions by order cohort and observation time. Otherwise a remade unit can inflate output, a rework event can be counted as a new garment, or a dispatch scan can masquerade as buyer acceptance.
Tracking those counters alongside the labour minutes, ink millilitres, fabric square metres and dryer hours consumed by rework and remakes makes recovery work visible in the execution ledger.[S17][S28] Exhibit 35 shows an illustrative order-cohort contribution waterfall in CFA francs (XAF), demonstrating how setup losses, panel remakes, sewing rework and returns erode the apparent order margin when recovery costs are accounted for rather than buried in overhead.
In Exhibit 35, an order cohort with 500 thousand XAF of illustrative gross revenue and 300 thousand XAF of nominal material, ink and direct processing cost appears on a naive quote sheet to generate 200 thousand XAF (40 percent) of apparent order margin. Once 35 thousand XAF of unrecovered marker and leader waste, 28 thousand XAF of changeover and purge losses, 42 thousand XAF of emergency panel remakes, 25 thousand XAF of sewing rework and overtime, and 30 thousand XAF of customer returns are deducted, the net retained contribution drops to 40 thousand XAF (8 percent of gross revenue), before fixed software, depreciation and administrative overheads are covered. Every monetary input is illustrative; the arithmetic is 500 - 190 - 110 - 35 - 28 - 42 - 25 - 30 = 40 thousand XAF, not a local quotation or financial forecast.[S03][S28]
an order cohort with 500 thousand XAF of illustrative gross revenue and 300 thousand…
illustrative
The arithmetic in Exhibit 35 is an illustrative accounting example rather than an empirical forecast or investment calculation. A remake can consume additional fabric, pretreatment, ink, thermal processing, cutting time and sewing labour while occupying capacity promised to another order.[S01][S03][S17] GFT's practical conclusion is narrower than a claim of guaranteed profitability: measure first-pass execution and its recovery burden before scaling the service. Chapter 9 builds on this ledger to price the complete order and test whether retained orders cover the defined fixed and variable costs of digital sampling and on-demand production.[S03]
Check the record
Every knot is a source this chapter cites; select one to read its record, or filter the register by grade. Publication dates and inherited-source limits stay explicit. Read the paper's full evidence summary.
23 sources · 175 citation marks on this pageMost cited: S03, 21 times
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R16 · Grade C · inherited record
Inherited evidence R16
Informal share of employment about 90 percent; standard 40-hour week, 48-hour maximum, overtime at 1.2 times.
Publication date unrecorded. Inherited source-text record. The original publication has not been independently reopened for this web edition.
c08-S01 · Grade B
Digital Textile Printing: Status Report 2021
The fixation is operated only by dry heat.
2021. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S02 · Grade B
Textile printing: An integrated view of processes, properties, and future prospects
However, due to its high complexity, rotary printing requires great technical knowledge.
2024-01-29. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S03 · Grade B
On-Demand Manufacturing Technology in Textile and Fashion Industry
The findings suggest that on-demand manufacturing represents a structural transformation rather than a simple technological upgrade.
2025-12-31. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S05 · Grade B
The Influence of Textile Materials Mechanical Properties upon Virtual Garment Fit
It was defined that for diagonal cut garments the highest influence upon garment fit has fabric tensile properties in weft direction.
2011-07-04. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S07 · Grade B
Virtual Fit vs. Physical Fit: How Well Does 3D Simulation Represent the Physical Reality
It cannot fully replace a real physical fitting, since not all technical issues have been solved yet.
2020. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S09 · Grade B
Computational Pattern Making from 3D Garment Models
We propose a method for computing a sewing pattern of a given 3D garment model.
2022. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S10 · Grade A
ISO 105-C06:2010: Colour fastness to domestic and commercial laundering
Industrial and hospital articles may be subjected to special laundering procedures which may be more severe in some aspects.
2010. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S11 · Grade A
ISO 105-X12:2016: Colour fastness to rubbing
Two tests may be made, one with a dry rubbing cloth and one with a wet rubbing cloth.
2016. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S12 · Grade A
ISO 6330:2021: Domestic washing and drying procedures for textile testing
A complete test consists of a washing and drying procedure.
2021. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S14 · Grade A
ISO 13655:2017: Spectral measurement and colorimetric computation for graphic arts images
It also specifies procedures for computation of colorimetric parameters for graphic arts images.
2017. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S15 · Grade C
Guide to printing on garments
The final stage is curing the inks using heat.
2026. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S17 · Grade B
Environmental, Health, and Safety Guidelines: Textile Manufacturing
Heat consumption is particularly significant in drying and curing operations and in activities involving wet treatments.
2007-04-30. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S18 · Grade B
Environmental and Social Management System Implementation Handbook: Textiles and Apparel
You can use the Risk Assessment Form to prioritize which risks should be addressed first.
2014. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S21 · Grade B
Certifications of Digital printing
It comprises recommendations, instructions for action as well as target values and tolerances for the digital print production customary in the industry.
2026. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S27 · Grade A
ISO 3759:2011: Preparation, marking and measuring of fabric specimens and garments for dimensional change
ISO 3759:2011 is applicable to woven and knitted fabrics and made-up textile articles.
2011. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S28 · Grade B
OECD Due Diligence Guidance for Responsible Supply Chains in the Garment and Footwear Sector
Three of the most common factors are low wages, inefficient production planning and poor purchasing practices.
2018. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S29 · Grade B
Due diligence essentials for responsible garment and footwear
Each company is expected to identify its priority risk areas based on its individual circumstances, including risks not listed here.
2026-02-26. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
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DTG and DTF Printers for Small Businesses
When using white ink or printing onto polyester, pre-treatment is necessary.
2026. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
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Shake the White ink supply units once a day, and shake the color ink supply units once a month.
2026. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
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Realistic representation of garments with valid sewing patterns is key to their accurate digital simulation and eventual fabrication.
2023-06-06. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
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CUTTING ROOM SOFTWARE: ENHANCING EFFICIENCY IN GARMENT PRODUCTION
Particularly before cutting, checking model information is critically important.
2025-04-07. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
Open the recorded source ↗c08-S0802 · Grade B
Marker planning for fabric cutting with sewing schedule constraint in mass customization context
Hence, the objective is to minimize the total cost related to a number of markers and excessive units.
2016. Register access date: 2026-10-30. Source provenance is supplied by the paper evidence register.
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S03 The Korean Fashion and Textile Research Journal. 2025-12-31.
S09 arXiv, Pietroni and co-authors. 2022.
S15 Epson United Kingdom. 2026.
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S17 International Finance Corporation, World Bank Group. 2007-04-30.
S27 International Organization for Standardization. 2011.
S32 arXiv, Korosteleva and Sorkine-Hornung. 2023-06-06.
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Keep the thread · chapter 08 of 14
Move the shuttle along the rack to preview any chapter: its sections, exhibits and reading time. Draft web edition. This research is not investment, legal or tax advice; illustrative models are not measured factory results.
The paper's rack · 14 boltsBolt length: reading time
01Part I: Confirm the order before choosing the machine
GFT argues for a measured order-to-garment service that reduces speculative commitments while retaining physical proof of quality.
02Part I: Confirm the order before choosing the machine
Choose what the buyer commits to and where customisation occurs before quoting a minimum order or delivery date.
03Part I: Confirm the order before choosing the machine
Select a process against the substrate, print area, quality requirement and true batch cost.
04Part II: Make the digital sample physically accountable
A controlled colour workflow links artwork, fabric preparation, ink, cure and measured output.
05Part II: Make the digital sample physically accountable
A technical digital sample needs accountable pattern geometry, body measurements and construction intent.
06Part II: Make the digital sample physically accountable
Link the digital material to a physical specimen, control the simulation experiment and qualify the decisions that survive comparison.
07Part II: Make the digital sample physically accountable
Separate decisions that can be made on screen from those that require physical evidence.
08Part III: Prove the service and the economics
Connect approved artwork and patterns to material yield, cutting, sewing and accepted output.
09Part III: Prove the service and the economics
Compare physical sampling and digital sampling, then compare production routes under matched quality and service conditions.
10Part III: Prove the service and the economics
Make every design revision, production release and fulfilment event recoverable and auditable.
11Part III: Prove the service and the economics
Measure the whole order-to-use system and show which impacts move beyond the printing stage.
12Part IV: Buy, pilot and scale against evidence
Choose a supported production system and qualify the team that must operate and maintain it.
13Part IV: Buy, pilot and scale against evidence
Pre-register the comparisons and failure conditions before approving adoption.
14Part IV: Buy, pilot and scale against evidence
GFT recommends staged adoption with named evidence gates and a scorecard that stays inside the factory performance system.