Embroidery quotes: schedule individual names separately from shared logos

A machine with several embroidery heads can produce a shared design across several garments in one cycle, depending on its configuration. Individual names can require a different sequence. Quote the order from the actual tested program and handling workflow rather than assuming every stitch benefits equally from the machine's total head count.

Tajima's DG17 documentation describes a personalization workflow that activates heads one at a time to sew different names. That is one concrete example of why personalization must be scheduled explicitly. Machine and software capabilities vary, so it should not be read as a rule that every multihead system handles names in the same way.

Start with approved artwork, the garment and placement specifications, and the customer's final name list. Confirm the production method with the person responsible for the equipment. An estimated cycle should represent an acceptable sample under the approved settings, not the maximum advertised stitch speed applied to every design.

Consider a hypothetical order for ninety-six garments with the same logo and a different name on each garment. Assume a verified six-head setup can run the common logo on six garments together. The observed common-logo cycle takes eight minutes of sewing plus two minutes of batch handling that occupies the workstation.

Ninety-six garments require sixteen complete six-garment cycles. At ten minutes per cycle, the common-logo workload is 160 minutes. This example assumes all six positions are usable for the chosen garments and no additional setup or rejects. An order of ninety-seven would require a seventeenth partial cycle unless another compatible job could legitimately share it.

Retain the number of available heads and the compatibility assumptions with the quote. A large garment, hoop arrangement, different placement or disabled head can change the usable batch. Dividing by six because six heads appear on the asset register does not prove that six accepted garments can be produced in this operation.

For the same hypothetical setup, assume different names are sewn sequentially, with one active head at a time, and each name takes an observed average of one and a half minutes. Ninety-six names therefore require 144 sewing minutes. They do not take twenty-four minutes merely because six garments are held on the machine.

Suppose matching and checking each name against its garment takes another half minute while the workstation is occupied. That adds forty-eight minutes. Total personalized-name work is 192 minutes, and the combined modeled workstation requirement becomes 352 minutes: 160 for the shared logo and 192 for names.

A shortcut that adds one and a half minutes to the shared ten-minute batch cycle would estimate only 184 minutes across sixteen cycles. It misses 168 minutes in this assumed workflow. The error comes from treating individually sequenced work as simultaneous work and omitting the garment-to-name check.

Assume an illustrative combined workstation cost of $40 per occupied hour, including the labor and equipment costs chosen for this estimate. The shared-logo workload costs about $106.67, while the full 352 minutes costs about $234.67. The modeled incremental cost of personalization is $128 before other excluded design, administration or commercial costs.

If the name surcharge is an invented $2 per garment, ninety-six garments generate $192 of additional revenue. That leaves $64 after the $128 incremental workstation cost. This narrow result does not establish a suitable market price or cover every cost of the business; it shows what the proposed surcharge pays for under the stated workflow.

Decide whether the rate represents cash that changes with the order, an internal capacity value or a fully allocated production cost. Those uses answer different questions. If the machine is already committed to another profitable job, the scheduling decision also needs the contribution displaced by occupying the additional time.

Keep initial stitch-file preparation and the approved sample visible outside the running-time calculation. A short first order may carry that work once, while a repeat order may reuse an unchanged approved file. Do not assume either the setup charge or its elimination without checking what preparation the repeat actually requires.

A personalized order needs a reliable mapping from the approved name to the correct garment, size and placement. Preserve the customer's approved list and identify later revisions. Ninety-six correctly spelled names can still produce ninety-six wrong garments if the mapping shifts by one row during preparation.

Separate artwork approval from personal-data approval. A customer can approve the logo while the names remain unfinished. State when the final list is needed and how a late change affects scheduling or completed pieces. The production estimate should include the checking work actually promised rather than assuming the operator will resolve every ambiguity while the machine waits.

Some checking and preparation may be moved away from the machine if the approved workflow supports it. That can reduce occupied machine time without eliminating labor. Recalculate the two resources separately and verify that moving the task does not weaken garment identification or create a larger correction problem.

Record actual cycles, usable heads, name-sewing time and the handling that delayed the workstation. Keep rework linked to its cause: an incorrect source list, a mapping error, a production fault or an authorized customer change. These causes can carry different contractual responsibilities and suggest different improvements.

Use accepted completed garments as the output count. A replaced garment and its original should not appear as two successful customer units simply because both passed through the machine. Include the actual replacement blank and correction effort when evaluating the job's contribution on the chosen cost basis.

For the next comparable quote, retain a tested range for the relevant names, design and garment combination. Longer names and different layouts may not share the same runtime. A useful estimating record shows which work ran in parallel, which work ran in sequence and which checks protected the final personalized order.