Our Manufacturing Facility
Process control is how we protect your brand. From raw material inspection to final container loading, we build measurable quality into every stage of production.
Certifications & Compliance
We meet the strict compliance requirements of the North American, European, and Australian markets.
Quick Audit Request
Use this quick brief to request an audit, live tour, or pre-shipment review.
Advanced Machinery & Workshop
Precision starts with the right tools. We continuously upgrade the production lines to handle complex designs, heavy-duty fabrics, and airtight waterproof requirements.
- CNC Fabric Cutting: Automated laser and blade cutting ensures zero-tolerance precision on pattern dimensions.
- RF Welding Machines: 20+ high-frequency welding stations for seamless, 100% waterproof dry bags and coolers.
- Computerized Pattern Sewing: Programmable stitching for complex logo embroidery, MOLLE webbing, and reinforced bar-tacks.
- Testing Lab: In-house needle detectors, tensile strength testers, and hydrostatic pressure testing machines.
Strict Quality Control (AQL 2.5/4.0)
Quality isn't inspected at the end; it's built into the process. We follow a 4-step QA protocol.
Quality Checklist & Resources
Download our standard operating procedures and templates to align with your purchasing team.
Factory Risk-Control Matrix
We control the most common failure points with clear checkpoints before they become shipment issues.
| Risk Point | Typical Issue | Control Action | Verification |
|---|---|---|---|
| Incoming fabrics | Color/shade mismatch | Lab dip + lot ID control | IQC report + swatch signoff |
| Logo process | Position drift / density inconsistency | Placement templates + first-piece approval | Inline image checks |
| Assembly line | Dimension drift / seam defects | Hourly IPQC checkpoints | Tolerance logs + rework records |
| Packing & shipment | Mixed labels / carton errors | SKU packing list reconciliation | OQC checklist + carton photos |
Ready to audit our production base?
We welcome third-party inspections (SGS, TUV, Intertek) and video tours via WhatsApp/Zoom. Let's discuss your production standards.
How our production is organised
Production is organised as a controlled programme across our production team, our SGS-verified production base and our vetted partner facilities. The core operating footprint includes 7 production lines, 149 machines, 137 people and our 4,950 m² SGS-verified production floor, with monthly capacity of 200,000 units.
Capacity alone does not determine where a style runs. Before line allocation, the team reviews material behaviour, seam construction, hardware, branding method, process sequence, quality risks and the approved delivery plan. A structured style with reinforced load points requires a different balance of cutting, preparation and sewing than a soft promotional item. The approved sample and bill of materials therefore become the basis for line setup rather than relying on a generic product description.
Our production team converts the programme file into material controls, operation instructions and inspection checkpoints. Incoming materials are matched to approvals before cutting. The first completed units are reviewed before normal line flow, and in-process findings are fed back to the responsible operation. Packing begins only after the product and presentation requirements are confirmed.
Our vetted partner facilities are used for approved specialist processes or capacity routing where their equipment and process controls fit the programme. Artwork, colour references, test requirements and acceptance standards travel with the work package. The project owner retains coordination of approvals, records and handovers, so the buyer receives one traceable programme rather than disconnected production steps.
Each production release has defined prerequisites. Materials and components must be available and matched to the controlled bill of materials; artwork and branding references must be approved; the sample status must be clear; and open technical comments must have an owner. If a prerequisite remains unresolved, the effect on the line plan and shipment milestone is made visible rather than hidden inside an optimistic schedule.
Line briefing connects the technical file to actual operations. The team reviews critical measurements, seam allowances, reinforcement points, component orientation, branding position and known workmanship risks with the responsible production and quality personnel. Visual references are used where written instructions could be interpreted in different ways. Findings from the first article are then used to adjust the operation method or checkpoint before normal flow.
Traceability is scaled to the programme and buyer protocol. Material identification, bundle or batch control, inspection status and packing records create a practical link between the released specification and completed goods. The objective is not paperwork for its own sake; it is to show what was approved, what was checked and who is responsible for an open action.
Line layout and capacity
The 7 production lines are planned around product construction and operation balance. Daily output is set after the approved sample has been broken into operations and a pilot run confirms the practical takt. This avoids presenting an invented universal rate for styles with very different complexity.
| Line type | Suitable categories | Takt and daily-capacity approach |
|---|---|---|
| Structured bag line | Laptop bags, school bags and styles with padding, panels or reinforcement | Operation-balanced takt; daily target confirmed from the approved pilot run |
| Soft bag line | Tote bags, lightweight travel organisers and simple fabric constructions | Continuous-flow takt where material and branding processes are stable |
| Travel and gym line | Travel bags and gym bags with multiple compartments, webbing and hardware | Section-based balance with checkpoints before major assemblies are closed |
| Insulated construction line | Cooler bags and related styles requiring insulation layer control and sealed components | Process-limited takt based on lamination, welding or seam requirements |
| Small-product line | Cosmetic bags, wallets and compact accessory programmes | Batch or cell flow according to component size and branding sequence |
| Special-process cell | Artwork application, embroidery, welding and controlled component preparation | Scheduled to feed the main line without bypassing approval checks |
| Finishing and packing line | Thread trimming, cleaning, metal detection where required, presentation and carton packing | Release-paced flow matched to final inspection and shipping-mark approval |
The combined monthly capacity is 200,000 units. A programme reservation is confirmed against style complexity, material readiness, approved sample status and the live calendar; it is not calculated by dividing total capacity evenly across lines.
Equipment overview
The equipment mix supports cutting, sewing, specialist joining, branding, finishing and verification. The 149-machine total is considered together with operator skill, attachments, maintenance status and the product route; a machine count by itself does not guarantee a stable process.
| Equipment category | Purpose |
|---|---|
| Automatic cutting system | Digitally controlled cutting for consistent panel shape, nesting and repeatability |
| Computerised sewing machine | Programmable stitch patterns for repeated reinforcement and defined operation control |
| Double-needle sewing machine | Parallel seams where spacing, appearance and structural consistency matter |
| Post-bed sewing machine | Access around shaped panels, piping, edges and three-dimensional assemblies |
| Ultrasonic welding equipment | Joining or sealing compatible synthetic materials for specified constructions |
| Printing equipment | Approved artwork application with controlled position, colour reference and curing checks |
| Embroidery equipment | Repeatable stitched branding based on an approved digitised artwork file |
| Needle detector | Detection control for applicable finished-product and buyer protocols |
| Tensile test stand | Controlled pull checks for handles, straps, seams or fitted components against the programme method |
| Finishing and inspection stations | Measurement, visual review, cleaning, presentation checks and packing verification |
Critical settings and approved references are established during development or the first-article stage. Preventive maintenance and pre-use checks support consistency, while process-specific records provide evidence when a buyer protocol calls for documented verification.
Quality gates
Quality control is divided into gates so a problem can be contained close to the operation that created it. The approved sample, bill of materials, measurement points, workmanship criteria, artwork and packing specification form the common reference.
| Gate | Control focus | Release evidence |
|---|---|---|
| First article inspection | Construction sequence, dimensions, seam appearance, reinforcement, branding position, hardware and function | FAI record and authorised release before normal line flow |
| In-process quality control | IPQC patrol checks at risk operations, with findings isolated and corrected at the responsible stage | Patrol record, defect disposition and corrective feedback |
| Final inspection | Workmanship, measurements, function, labelling, assortment, packing and carton marks | ISO 2859-1 sampling result at AQL 2.5, or AQL 1.5 when agreed |
| Third-party inspection | Independent review against the purchase order, approved sample and buyer checklist | Inspection report from the buyer's nominated inspection body |
A failed gate is not treated as a paperwork exception. Affected goods are identified, the cause is reviewed, corrective work is verified and release status is updated. When testing is required, the sampling point and laboratory evidence are linked to the relevant material or finished product rather than filed as a generic document.
Defect information is used to control recurrence. The team distinguishes an isolated repair from a process condition that can affect the remaining lot. For a process issue, containment can extend to work in progress and completed goods, followed by verification of the corrective method. Release occurs only when the defined gate is satisfied and the programme record reflects the disposition.
Audit and certification
System, social and product evidence are reviewed according to scope. ISO 9001 supports quality-management governance, while ISO 14001 addresses environmental-management controls. amfori BSCI and Sedex SMETA provide recognised social-audit frameworks for covered facilities and reporting periods.
Document review includes the named site, audit or certificate scope, issuing body, report date, validity period and any corrective-action status. A certificate is not assumed to cover every material, process or location. Product-level evidence is separately matched to the approved specification and destination-market requirement.
Buyer-nominated third-party inspection is welcome. SGS, Intertek, Bureau Veritas (BV) and TÜV may be appointed to inspect against the purchase order, approved sample, packing requirements and agreed ISO 2859-1 sampling plan. The buyer or appointed body should issue the checklist and booking instructions early enough for access, sample selection and report review to fit the shipment plan.
Where material claims or restricted-substance controls apply, the programme may also review REACH (EC 1907/2006), California Proposition 65, CPSIA, OEKO-TEX Standard 100 or GRS evidence as relevant. Requirements should be defined before sample approval so the selected materials and document route are aligned from the start.
What a visit covers
A planned visit follows the actual control flow rather than presenting isolated equipment. The route can be adjusted to your programme and confidentiality requirements.
Review the intended product, approved status, production schedule and visit scope.
See receiving, identification, approval matching, storage and issue records for programme materials.
Follow pattern control, panel cutting, component preparation and bundle identification.
Observe operation breakdown, workstation instructions, attachments and in-process handling.
Review approved branding, embroidery, welding or other relevant process controls.
Examine FAI, IPQC, defect control, measurement and final-inspection records.
Check cleaning, presentation, assortment, labelling, carton marks and release status.
Record observations, open actions, owners and the evidence needed for closure.
Buyer representatives and nominated third parties are welcome to conduct a facility audit or programme inspection with an agreed agenda. Advance scheduling protects confidentiality, confirms access to relevant records and ensures the right technical owners are available.
Share your product, quality protocol, preferred visit scope and target schedule. We will align the agenda with the relevant production and quality stages.
Frequently Asked Questions
How much monthly output can your production planning reserve for one programme?
Planning reserves against style complexity, material readiness and the live calendar rather than dividing 200,000 monthly units evenly. Our 4,950 m² SGS-verified production floor and 7 production lines are scheduled after the pilot run confirms takt, and you receive dated milestones for line start, inspection and booking.
How are the seven production lines allocated between different constructions?
Allocation follows construction: structured bags, soft bags, travel and gym builds, insulated items, small products, a special-process cell and finishing. Our production team reviews material behaviour, seam type, hardware and branding method before assigning one of 7 production lines, then confirms the daily rate from a pilot run rather than a generic average.
What equipment sits behind the 149-machine count on your verified floor?
The count covers automatic cutting, computerised and post-bed sewing, ultrasonic welding, printing and embroidery equipment, plus needle detectors and tensile test stands. Machine count alone proves nothing. Our production team pairs the 149 machines with operator skill, maintenance status and the approved process route for your style.
Which sampling standard governs the final inspection of a finished lot?
Final inspection follows ISO 2859-1, equivalent to ANSI ASQ Z1.4, at general inspection level II. The standard acceptance basis is AQL 2.5, with critical defects at 0, major at 2.5 and minor at 4.0, and a written report is issued before shipment release is requested from us.
How are defects classified during a final inspection at AQL 2.5?
Defects are grouped by severity: critical failures affecting safety or function, major faults a customer would reject, and minor workmanship issues. At AQL 2.5 with level II sampling, critical is accepted at 0, major at 2.5 and minor at 4.0, and a failed lot is contained and re-verified.
Which social compliance audits can be arranged for a covered facility?
Social review can reference amfori BSCI and Sedex SMETA reports for covered facilities and reporting periods, alongside ISO 9001 for quality governance and ISO 14001 for environmental controls. Each document is checked for named site, scope, issuing body, report date and any open corrective action before submission.
Can I appoint SGS, Intertek or Bureau Veritas for pre-shipment inspection?
Yes. Buyer-nominated inspection is welcome, and SGS, Intertek, Bureau Veritas and TUV may inspect against your purchase order, approved sample and packing list. Issue the checklist and booking instructions early so sample selection and report review fit the 35-50 day production window and the agreed ISO 2859-1 sampling plan.
What does a scheduled production visit cover from start to close-out?
A visit follows the real control flow across our 4,950 m² SGS-verified production floor: programme briefing, material control, cutting and preparation, line execution, special processes, quality records, finishing and packing, then a close-out discussion. Advance scheduling confirms access, protects confidentiality and puts the right technical owners in the room.
How is restricted substance evidence verified for the European market?
European programmes are reviewed against REACH (EC 1907/2006) restricted substance lists, with declarations or laboratory reports matched to the current material and substance list. OEKO-TEX Standard 100 input evidence can support textile claims, and requirements are fixed before sample approval so testing cost appears in the quotation.
How is metal detection controlled on finished goods before packing?
Where a buyer protocol requires it, finished goods pass a needle detector before packing, and any alarm triggers isolation and re-check of the affected batch. The result is recorded with the packing record so the lot released to ISO 2859-1 at AQL 2.5 carries its detection evidence too.