Production Capability
Capacity is not a figure on a brochure; it is a commitment that has to be planned, sequenced and released. This page sets out how ours works and what it means for your order.
Our SGS-verified production floor in Quanzhou, Fujian covers 4,950 square metres and runs seven lines with 149 machines and a team of 137, rated at 200,000 pieces a month. Those figures are the reference point for every programme we take on: they determine what volume we can commit to in a season, how sampling is sequenced against bulk, and which constructions we run on the floor ourselves and which we place with a partner. This page explains how the floor is laid out, how capacity is planned and released, and what a buyer should expect from a visit.
Programme parameters at a glance
| Parameter | Commitment |
|---|---|
| Minimum order quantity | 500 pieces per style / colourway |
| Sampling lead time | 6–10 working days (12–15 days for complex constructions) |
| Bulk production lead time | 35–50 days after sample approval |
| Inspection standard | AQL 2.5 (ISO 2859-1), single sampling, general level II |
| Incoterms | FOB Xiamen — EXW, CIF and DDP available on request |
| Payment terms | T/T 30% deposit / 70% before shipment; L/C at sight for container loads |
| Verified production floor space | 4,950 m² (SGS-verified) |
| Team | 137 staff across 7 production lines |
| Equipment | 149 machines including computerised saddle-stitch and edge-painting units |
| Monthly capacity | 200,000 pieces |
| Entity | Founded 2014; principal has worked in bag development since 2004 |
The Floor in Numbers
Five figures describe the floor, and each carries a caveat. Area, headcount, line count, machine count and rated capacity are all measured under a standard style mix; a month of structured, hardware-heavy bags looks very different from a month of soft totes at the same piece count. Buyers who plan around the mix get more reliable dates.
The distinction that matters most in planning is between rated capacity and committed capacity. Rated capacity describes the floor under normal loading. Committed capacity is what remains once confirmed programmes, sampling work and changeover time are taken into account, and it is the number we quote when a buyer asks whether a delivery window is achievable.
How the Seven Lines Are Organised
The seven lines are grouped by construction family, because set-up time, operator skill and floor-space consumption differ sharply between a soft tote and a framed, hardware-intensive briefcase. A programme is assigned to the grouping matching its construction, which is why two orders of identical volume can carry very different lead times.
| Line grouping | Construction family | What it implies for planning |
|---|---|---|
| Structured builds | Frames, reinforced panels, gussets and rigid bases | Longer set-up and slower throughput per piece; needs earlier slot booking |
| Soft constructions | Unstructured totes, pouches, lightweight travel pieces | Fast running; the most flexible grouping for short-notice slots |
| Small leather goods | Wallets, card holders, pouches and small accessories | High piece count, quick changeovers, low material yield risk |
| Travel and large formats | Duffels, rolling luggage, garment carriers | Bulky work in progress; high floor-space consumption per piece |
| Hardware-intensive builds | Locks, turnlocks, plated frames, riveted structures | Extra fitting and torque checks; hardware lead time usually dominates |
| Sampling and pilot runs | Prototype, sales-sample and small-batch builds | Runs alongside bulk so sampling speed is not sacrificed to volume |
| Finishing and packing | Edge paint, burnishing, cleaning, inspection, cartoning | Final gate before release; where final AQL inspection is executed |
Keeping a sampling grouping separate from bulk is deliberate. When sampling shares a bulk line, prototype work is the first thing displaced at peak. Holding capacity back for development is what protects a six to ten working day sampling turnaround in a busy month, and twelve to fifteen days for complex constructions.
Capacity Planning and What 200,000 Pieces a Month Means
A rated monthly output of 200,000 pieces is not a promise that any single order of that size can be absorbed at short notice. It is the throughput the floor achieves across all lines under a standard mix, and it becomes a delivery date only once style complexity, material availability and the booking calendar are known. The table sets out the factors that move a date and what we need to hold one.
| Planning factor | Effect on the schedule | What we need from the buyer |
|---|---|---|
| Style complexity | A structured, hardware-heavy bag consumes several times the minutes of a soft tote | A confirmed tech pack before a slot is reserved |
| Material lead time | Special hides, plated hardware and custom linings set the earliest possible start | Material decisions locked at sample approval, not after |
| Colourway count | Each colourway is a separate set-up and carries its own 500-piece minimum | Colourway split agreed before costing |
| Season overlap | Peak months compress available slots across every programme on the floor | Indicative volumes shared ahead of the season where possible |
| Changeover frequency | Frequent style changes reduce effective output below the rated figure | Grouping styles by construction improves throughput and shortens dates |
| Approval latency | Days lost waiting on sample comments are days lost on the bulk schedule | A named approver with authority to sign off or amend |
A buyer who shares an indicative season plan receives a firmer date than one who books order by order. Bulk runs 35 to 50 days after sample approval, and that window is easier to protect when material and hardware decisions are already taken.
The Partner Production Network
The floor in Quanzhou is the centre of the programme, not the whole of it. A bespoke brief occasionally calls for a process outside what 149 machines do well, and the work is then placed with a partner holding the relevant tooling or certification. The network exists to extend capability, not to absorb overflow.
- Moulded and injected components, including hard shells and formed EVA parts, where dedicated tooling is required
- High-volume textile runs, where a weaving or coating specialist is more efficient than a leather line
- Specialist surface finishing, including electroplating beyond the standard hardware finishes we hold
- Certificated material processes, such as recycled-content yarns supplied with transaction documentation
- Peak-season overflow, used only when the buyer has agreed it in writing and the partner has passed the same inspection standard
Whether an order runs on our floor or with a partner, the governing documents do not change. The same tech pack applies, no bulk starts without an approved counter sample, and the same inspection standard is executed before release.
Visiting the Floor
We encourage visits: a specification conversation held in front of the bench where the bag will be built resolves in an hour what email can take a week to settle. The process below runs from first contact to the written note that follows.
- Send proposed dates and the programme reference to service@junyuanbags.com or through WhatsApp; we confirm a window against the production calendar
- Share a non-disclosure agreement if the design is unreleased; we sign before any drawing or tech pack is opened
- Agree an agenda in advance: which line groupings matter, which style you want to see built, and whether material or hardware records should be pulled
- Walk the sequence in production order: material store and incoming inspection, cutting, splitting and skiving, sewing lines, assembly, finishing, in-line QC, final inspection and packing
- Meet the programme manager for your account and, where relevant, the pattern cutter and the QC lead assigned to your style
- Receive a written note afterwards covering observations, capacity availability for your season, and any specification questions raised on the day
Visitors should expect trade conditions rather than a showroom: work in progress on the benches and inspection reports on the table. Buyers auditing against frameworks such as ISO 9001 or ISO 14001 will recognise the document structure; where a specific protocol is required, we align to it in advance.
Inspection and Verification on the Floor
Inspection is not a single event at the end of a run. It is distributed across the process, so that a defect is found at the operation that created it rather than in a finished carton. The final random inspection is the last gate, not the only one.
AQL 2.5 is often misread as an allowance of 2.5 per cent defective goods. It is an acceptance threshold applied to a defined sample under ISO 2859-1, with critical, major and minor defects counted separately. Stating the sampling scheme and the inspection level in full is what makes a result traceable to a rule rather than an opinion.
The First Forty-Eight Hours of a New Style Transfer
A style reaching the Quanzhou production floor is not handed to a line and started. It arrives as a tech pack, and for roughly two days it belongs to a small group rather than to any line. Gaps uncovered during those hours are inexpensive: an unstated skive note or a missing stitch density costs one email. The same gap found at first article costs a week, because the leather has already been cut to the wrong tolerance.
- Technical review of the pack against the engineering book; anything unbuildable is raised with the buyer before materials are called in.
- Bill-of-materials check against stock on the floor and against the tannery lot list held for that programme.
- Method study: operation sequence, machine eligibility and estimated cycle minutes recorded per operation.
- Trial set-up on the target line, usually producing two or three shells before any approval sample is cut.
The output of those two days is not the sample itself but the method sheet that will later govern the run. Buyers aligning development work with their own calendars usually ask for the trial shells to be shipped alongside the approval sample, so the inside construction can be judged beside the exterior rather than inferred from a description.
Buyers arriving with a physical reference rather than a written pack are common, and the building of the pack from that reference is ordinary development work. It simply adds an extra cycle to the timeline, most often 6–10 working days for the first sample, extending to 12–15 where a unique frame, moulded component or custom hardware development has to run alongside it.
Two omissions account for most first-day queries. The first is stitch density, which buyers reasonably assume is self-evident and which then governs how every panel goes together. The second is tolerance: with no band stated, whatever arrives is technically compliant, and the argument is simply postponed to the moment it becomes expensive.
A pack sent in its own format rarely causes difficulty. A spreadsheet, a marked-up reference drawing or a photographed sample turned inside out are all accepted, because clarity matters more than convention. A rough note in the right place beats a polished document that never says how the lining attaches.
Machine Park: Calibration and What It Costs to Skip
The floor runs 149 machines, and every one of them drifts. A needle plate that has lost its alignment will not pierce cleanly on a 1.6 mm skive; a press that has lost a millimetre of travel changes how a rivet sets. Calibration is therefore treated as scheduled work with a record attached, not as a repair activity that waits for a complaint.
| Machine group | Typical share of the park | Review interval | What the record carries |
|---|---|---|---|
| Lockstitch and post-bed sewing | the largest share across all seven lines | Weekly operator check, monthly technician check | Needle plate alignment, feed timing, thread tension verification |
| Clicking and skiving presses | cutting department only | On every die change plus weekly | Die condition, skive depth against a gauge block |
| Splitting and thickness setting | cutting department only | Weekly | Thickness tolerance across three readings per hide lot |
| Edge finishing and creasing heads | finishing department | Daily at start of shift | Head temperature, wheel condition, applied pressure |
These records are what allow a defect to be traced to a machine rather than to a person, and they are why tolerance disputes usually resolve within a day. A visitor is welcome to ask for the current record of any machine they pass; the request is ordinary on this floor and needs no advance arrangement with a supervisor.
Operators carry the authority to stop a station. If the feed marks or skips on the third unit rather than the thirtieth, the stop is the cheapest possible outcome, because several hundred identical parts are usually still waiting for the same operation. Nobody on this floor has ever been asked to justify stopping for a genuine defect.
Predictability is the genuine product here. A maintained machine does not merely avoid faults; it removes variation, so the thousandth unit matches the hundredth and nobody has to argue about whether anything has drifted quietly over the course of a long run.
Consumables deserve equal discipline. Needles dull quietly and reveal themselves by marking finer leathers long before they break, so they are changed on a count rather than on failure. The same holds for cutting dies: a tired edge produces a slightly different component dimension, which surfaces later as a fit problem nobody traces back to the tool.
Downtime is scheduled rather than absorbed. Machines step offline on a rotating basis during lower-pressure weeks, on the sensible assumption that equipment failing inside a peak carries a far higher cost than equipment serviced slightly early.
Where the 137 People Actually Sit
Headcount figures flatten a great deal. The 137 people working across the seven lines are distributed by function, and the distribution shifts slightly between a structured shell-building season and a softer plain-panel season because those two families of work demand different hands at different times.
Two of those groups matter more than their size suggests. Quality personnel here do not report into the line they inspect — if the same supervisor owned both throughput and release, pressure at month end would quietly rewrite the standard. And the planning group is the one that decides whether a 35–50 day bulk window quoted to a buyer is genuinely schedulable against the other commitments already held.
Movement between the construction families is not automatic. An operator who is fast and reliable on plain panels may need two or three shifts before that same reliability carries over to structured work, so transfers are made deliberately and the plan reflects the retraining interval rather than assuming it away.
Seasonality is handled by moving people rather than by hiring them. A structured programme absorbing capacity during peak weeks draws trained operators from lighter construction families for the operations they already perform well, which protects both output and the agreed standard through the busiest months of the year.
Experience is not evenly distributed either. On operations demanding judgement — hide selection, matching paired panels, handling delicate satin or lambskin — the operator's eye still decides the outcome, which is why those tasks are rarely rotated even when simpler ones move freely for scheduling reasons.
Training follows the same logic. New operators begin where a mistake shows immediately and costs little to correct, moving inward only once consistency holds over several weeks. For a buyer the effect is steadier quality through a season of rising volume, which is usually when less disciplined floors start to struggle.
Correspondence runs in English, while the work itself is coordinated through documented drawings rather than verbal instruction.
Absence is planned for rather than reacted to. The schedule assumes a proportion of the floor will be unavailable on any given day, which is why quoted dates rarely collapse because one person was away unexpectedly.
Traceability Records After the Shipment Has Sailed
Most questions about a delivered order arrive weeks later, long after the trays have been cleared. A retail partner notices a shade difference between two lots, or a consumer claim arrives about a fastener. Whether those questions can be answered depends entirely on what was written down during the run rather than after it.
| Record | Retention approach | What it answers later |
|---|---|---|
| Component lot list | logged per carton group against the packing sheet | which plating batch or lining roll shipped in which cartons |
| Hide and leather lot map | linked to the cutting allocation of the week | why one batch reads firmer in the hand than another |
| Inspection reports | written against AQL 2.5 under ISO 2859-1 | the basis on which that particular shipment was released |
| Retained reference unit | kept from the shipment itself, stored away from light | the physical comparison a claim can be measured against |
Where an enquiry cannot be answered from paper alone, the retained unit becomes the reference point. Standard terms are T/T with 30% as deposit and 70% before shipment, and standard delivery runs 35–50 days after sample approval, so schedules generally align with whatever traceability routine the buyer's own compliance team requires. Enquiries reach the coordination team at service@junyuanbags.com.
Retained units are strictly physical references, so they are deliberately stored away from the light that changes their colour. Where a buyer runs regional warehouses, we usually suggest splitting the retained set between the origin and the destination so that a claim can be measured against a unit held under similar conditions rather than against one that has aged differently in transit.
Check capacity for your season
Send your tech pack, target volumes and delivery window. We will confirm what is available on the Quanzhou floor, advise where a partner facility is the better route, and outline the sampling and bulk schedule that follows.
Requests arrive in predictable patterns: a retailer questioning a shade difference, a customer reporting a fastener failure, or an internal audit asking for evidence behind a claim made two seasons ago. Each is answerable within a working day when lot records exist, and largely unanswerable when they do not.
Buyers occasionally request records nobody thought to capture at the time. Where that happens the honest answer arrives quickly, usually alongside a suggestion for capturing the same evidence on the next order instead.
Frequently Asked Questions
How large is your production floor in Quanzhou?
The floor covers 4,950 square metres and is SGS-verified. It is located in Quanzhou, Fujian, and houses cutting, splitting and skiving, sewing, assembly, finishing, inspection and packing under one roof. The figure describes the production area alone; material storage and the sample room sit alongside it.
How many people work on the floor?
137 staff work across the operation, covering cutting, sewing, assembly, finishing, inspection, packing and the sample room. Line teams are assigned by construction family, so a structured programme is handled by operators who run that type of work routinely rather than by a general pool.
What does a capacity of 200,000 pieces a month mean for my order?
It is the rated throughput across all seven lines under a standard style mix, not a guarantee that any single order of that size can be absorbed immediately. Your actual delivery date depends on construction complexity, material and hardware lead times, colourway count and what is already booked. We quote committed capacity, not rated capacity.
Can I visit the production floor before placing an order?
Yes. Send proposed dates and the programme reference by email or WhatsApp and we will confirm a window against the production calendar. If your design is unreleased, send a non-disclosure agreement first and we will sign before any drawing is opened. Visits run in production order, from material release through to packing.
What does SGS verification of the floor cover?
SGS verification covers the existence and stated characteristics of the operation: floor area, headcount, line and machine count and rated capacity, checked by a third party rather than asserted by us. It is a verification of facts about the facility, not a product certification. Buyer-appointed audits and their own inspection protocols are also welcomed.
Do you place work with production partners outside your own floor?
Occasionally, and only for processes the floor does not hold, such as moulded shells, injected components, specialist plating or certificated recycled-textile runs. Buyers are told which facility is running their programme before bulk begins, and the same tech pack, approval gate and AQL 2.5 inspection standard apply wherever the work is placed.
What inspection standard applies to goods leaving the floor?
Final inspection is random sampling to AQL 2.5 under ISO 2859-1, single sampling, general level II, with critical, major and minor defects counted separately. In-process checks run at cutting, sewing, assembly and finishing beforehand. Buyer-appointed inspectors may attend, and reports are shared in full.
Can the floor handle hardware-intensive or structured constructions?
Yes. One grouping handles locks, turnlocks, plated frames and riveted structures, with additional fitting and torque checks at assembly. These builds consume more minutes per piece than soft constructions, so they need earlier slot booking, and hardware lead time frequently sets the earliest start date rather than the sewing schedule.
How far in advance should I reserve capacity for a season?
As early as the volume is indicative rather than final. Bulk runs 35 to 50 days after sample approval, and sampling takes six to ten working days, or twelve to fifteen for complex constructions. Material and hardware decisions taken at sample approval are what allow that window to be protected against other programmes.
What happens if a programme grows beyond the volume originally planned?
Additional volume is booked against what remains in the calendar. Where the floor is full, we say so and offer either a later window or a partner facility held to the same specification and inspection standard, with the choice left to the buyer.
Who operates the Quanzhou floor and how long has the operation been running?
The programme is coordinated by QUANZHOU JUNYUAN BAGS, whose trade roots reach back to 2004 and whose company was founded in 2014. Day-to-day floor management, machine calibration and release authority sit with the Quanzhou team, while partner capacity elsewhere is held to the same governing document as the floor itself.
Can I see a machine calibration record during a visit?
Yes, and the ask needs no special arrangement. Sewing machines and clicking presses carry their own review records, and any visitor can request the current entry for a machine they pass on the walk-through. It is the fastest way to understand how a defect gets traced to equipment rather than to an operator.
What can still be traced once a shipment has reached our warehouse?
Component lot lists, the leather lot map used for cutting that week, the inspection report written against AQL 2.5 under ISO 2859-1, and a retained reference unit from the shipment. Those four records are usually enough to answer a shade difference or a fastener claim without reopening the order.