Financial impact
Operational impact
The math
43/day × 280 days × $5
3 operators × 2240 hrs × $4/hr
garment money minus wages
Capex
$11,250
Payback
4 months
Difficulty
4 / 5
Time to implement
~8 weeks
Default. Same brand as the irons already on the floor, with spare parts stocked locally.
Also uses working days / yr 280 days, loaded labor rate $4/hr. Edit on the dashboard.
Pressing is the last step before a garment can ship. After a piece is sewn, it gets steamed and pressed flat so it looks finished and retail-ready, and nothing leaves the building until it is pressed. Today the whole sewing floor feeds just two pressing stations in one small room, so finished garments pile up in carts waiting their turn. Pressing is the choke point that caps how much the factory can ship.
“Sewing capacity significantly exceeds pressing capacity.”
Assessor
Deep dive
Expand for detail
Load-bearing, card breaks if wrong
There are unsold orders waiting to be filled.
The three new operators cost about $27K a year in wages whether or not the factory sells more. That cost only turns into profit if there is real unmet demand to soak up the extra garments. This is a build-to-order shop (it only makes what is already ordered), so if sales is already shipping everything the floor produces, breaking the pressing bottleneck just sends people home earlier. What it looks like on the floor if this is wrong: the new pressers stand idle, or finished garments stack up in storage with no extra leaving the door.
The building's electrical panel has room for the extra load.
Each vacuum table with its own steam boiler pulls about 3 to 5 kilowatts, so three tables add roughly 9 to 15 kilowatts of constant load. The main panel is the box that splits the building's incoming power into circuits. If it still has spare capacity, adding circuits is cheap. If it is already maxed out, you need a service upgrade that costs $20,000 or more, which doubles the budget and kills the payback. What it looks like if this is wrong: breakers trip when all the tables run at once, or the electrician's capacity test comes back full. Cheapest insurance: pay an electrician a few hundred dollars for a load test before buying anything.
We can take the space next door without starving quality control.
The pressing room is boxed in by the quality-control room (where finished garments get inspected before they ship) and a walkway. Enlarging it means borrowing floor space from quality control. Big retail buyers often set a minimum inspection-area size in their factory audits, and if it drops below that, the factory can lose those orders. What it looks like if this is wrong: carts can no longer get through the walkway, or inspectors end up working in the aisle.
Supportive, card weakens but survives
The finishing steps right before pressing can keep five tables fed.
Pressing is the bottleneck today. The moment five tables can press 150% more, the next-slowest step becomes the limit: the finishing stations just before pressing, which sew the buttonholes and buttons and trim off loose threads. If they cannot lift their output by about 43 garments a day to match, the new tables sit idle waiting for work. What it looks like if this is wrong: the pile of carts vanishes from outside pressing and instantly reappears outside the finishing stations.
The room's air-conditioning can handle the extra heat.
Five steam tables packed into one small room throw off a lot of heat and moisture. Nearly all of the 9 to 15 kilowatts the tables draw ends up as heat in the room, which needs roughly 3 to 4.5 tons of cooling plus an exhaust fan to clear the humidity. If the relocated air-conditioner is only sized to replace the old one, the room overheats, operators slow down and quit, and the throughput gain disappears. What it looks like if this is wrong: operators taking constant water breaks, condensation on the walls, output falling off every afternoon.
We can hire three pressing operators quickly at about $4 an hour.
Pressing is hot, semi-skilled work. Labor is plentiful in Dubai, so finding three people is not the hard part; the visa and onboarding is. Hiring locally or from workers already on transferable visas takes a few weeks; recruiting from abroad takes two to three months. The fully-loaded rate (base pay plus visa, housing, transport, and insurance) is realistically $4 to $5 an hour, and if the market is tight and it lands at the top of that band, the yearly wage bill rises and the profit shrinks. What it looks like if this is wrong: HR cannot fill the three seats in time, or new hires quit in week one.
Risk
Speeding pressing up by 150% means the next-slowest step becomes the new choke point. The finishing stations right before pressing (buttonholes, buttons, thread-trimming) may not be able to feed five tables, which leaves the new pressers waiting for work.
Early Warning
The new pressers are wiping down tables or standing around while bundles of garments pile up in front of the buttonhole machines.
Mitigation
During ramp-up, watch the finishing stations. Cross-train one or two sewing operators to jump onto buttonholes or trimming whenever the pressing room runs low on work.
Stake
$27,000 a year, the full cost of the three new operators, wasted if output does not actually rise.
Risk
Knocking down the wall borrows space from the quality-control room and the walkway. Cram in three more tables, three operators, and the incoming carts, and the racks of finished garments can block the path, so pressed garments get crushed or wrinkled and have to be redone.
Early Warning
Freshly pressed garments draped over boxes, chair backs, or unpressed carts because the proper hanging rails are blocked.
Mitigation
Before demolition, tape out the exact footprint of the three tables and the three operator spots, and confirm a one-meter clear path stays open for carts.
Stake
Rework labor, plus the risk of failing a retail buyer's minimum inspection-space audit.
Risk
The factory schedules work mentally, with no digital tracking. Feeding five tables across shirts, trousers, and jackets at once is more than one supervisor can route in their head, so batches get sequenced badly and tables sit idle between jobs.
Early Warning
Wild swings: five pressers scrambling to clear a jacket order, then three of them idle for an hour because the next batch was never staged.
Mitigation
Put a simple whiteboard outside the pressing room listing the run order (for example, next 50 shirts, then 30 trousers) so operators pull the next job themselves.
Stake
Roughly 40% of the $33K, lost to idle time.
Risk
Five steam tables in one small room push heat and humidity up fast, because nearly all the power the tables draw turns into heat in the room. If the air-conditioner is only sized to replace the old unit, the room can pass 35C (95F): operators tire, cycle times slow, and people quit.
Early Warning
Operators sweating and taking constant breaks, condensation forming on the walls, output dropping off every afternoon.
Mitigation
Size the new air-conditioner to the added heat (about 3 to 4.5 tons), not just to replace the old unit, and add an exhaust fan to pull the steam out. Confirm this is in the contractor's plan up front.
Stake
The extra 43 garments a day, plus the cost of replacing burned-out new hires.
All three options below cost well under $1,500, match the irons already on the floor, and have spare parts available locally in Dubai. Buy the self-contained-boiler version (each table makes its own steam from a small built-in tank), so you do not have to run a central steam line and the tables install in days, not weeks.
Lead time: a few weeks from an Indian or Turkish maker plus 2 to 4 weeks of sea freight, or close to immediate from a UAE distributor that holds stock. Order these on day one; they are one of the two long poles (the other is hiring).
It is fair to ask why not just buy a machine that presses on its own. The honest answer is that automation does not pay at this factory's wages, and the usual "it costs $24,000 to $40,000" line is only half the story.
So for a low-wage, build-to-order shop, three more manual tables with three operators is both cheaper up front and faster to get running.
The entire $33K rests on one thing: that there are unsold orders waiting that the extra pressing capacity can fill. In a build-to-order shop, capacity you cannot sell is just early dismissal, not profit. Prove the demand first.
The three new operators cost about $27,000 a year. At $5 profit per garment, you need to sell about 5,400 extra garments just to cover their wages, and about 12,000 (roughly 1,000 a month) to hit the modeled $33K.
What we did not have in the corpus and would request from the client on day one. The aggregated gaps across all 15 cards become the engagement-letter ask sheet.
Owner
Sales / Dispatch
Requested ship dates versus actual ship dates over the last six months. This is the proof of the unsold-demand assumption that the entire $33K depends on.
Owner
Facilities Manager
The latest DEWA bill (DEWA is the Dubai power utility) showing peak demand, plus a photo of the open main panel. Needed to confirm the panel can take 9 to 15 kilowatts more without a $20,000+ upgrade.
Owner
Quality Manager
Any retail-buyer audit rule on the minimum quality-control floor space. Needed to be sure that borrowing space from inspection to enlarge pressing will not fail an audit and lose orders.
Owner
Floor supervisor
Output data for the buttonhole, button, and trimming machines. Needed to confirm they can feed five tables before pressing stops being the bottleneck.
Owner
HR / Accounts
Pay slips for the two current pressers, to confirm the roughly $4-an-hour fully-loaded rate and that three more can be hired at that price.