How Order Quantity Affects Cost Per Jacket | JIMJACKETS
Learn how order quantity affects jacket manufacturing costs, MOQ, fabric pricing and unit economics. Compare 100, 300, 500 and 1,000 jackets with JIMJACKETS.
Learn how order quantity affects jacket manufacturing costs, MOQ, fabric pricing and unit economics. Compare 100, 300, 500 and 1,000 jackets with JIMJACKETS.
Order quantity affects the cost per jacket because manufacturing expenses, material purchasing costs, production preparation, and other order-related expenses are distributed across different numbers of units.
In general, ordering more jackets can reduce the manufacturing cost per unit because:
Fixed development and production preparation expenses are spread across more jackets.
Larger fabric and accessory purchases may qualify for better material pricing.
Repeated production operations can improve manufacturing efficiency.
Cutting and production planning may become more efficient with larger quantities.
Packaging and shipment arrangements may become more economical per unit.
However, a larger order does not automatically guarantee the lowest overall business cost.
A brand ordering 1,000 jackets may receive a lower manufacturing cost per jacket than a brand ordering 100 jackets, but it also commits more capital, holds more inventory, and assumes greater demand and storage risks.
The best order quantity is not necessarily the largest quantity. It is the quantity that balances unit manufacturing cost, total investment, expected sales, inventory risk, and cash flow.
For JIMJACKETS, the general starting MOQ is 100 pieces per style per color, subject to confirmation according to fabric availability, jacket construction, customization, and project requirements.
If you are planning a new jacket collection, explore our Low MOQ Jacket Manufacturing Services or discuss your production requirements with JIMJACKETS.
The relationship between order quantity and jacket manufacturing cost is one of the most important considerations when choosing a private label jacket manufacturer.
Imagine two clothing brands developing exactly the same bomber jacket.
Brand A orders 100 pieces.
Brand B orders 500 pieces.
Both brands request the same fabric, lining, zipper, labels, construction, and finishing specifications.
Although the products are identical, their quoted manufacturing costs per jacket may differ.
Why?
Because some manufacturing expenses remain relatively stable regardless of the number of jackets being produced, while other expenses change with production volume.
For example, pattern development and certain preparation expenses may be incurred once for a particular production project.
By contrast, fabric consumption, zippers, labels, and sewing operations are generally required for every jacket.
This creates two important cost categories:
These are expenses that may remain relatively stable for a particular production order.
Examples include:
Initial pattern development
Certain production preparation expenses
Some sample development expenses
Certain setup or customization charges
Some artwork or branding preparation expenses
The exact treatment depends on the manufacturer's quotation and whether the expense is charged once, by style, by color, or by production run.
These are expenses that generally increase with the number of jackets produced.
Examples include:
Main fabric
Lining
Insulation
Zippers
Buttons
Labels
Sewing materials
Direct production labor
Individual packaging materials
The relationship between these two cost categories helps explain why larger production quantities can reduce the average manufacturing cost per jacket.
Understanding the basic cost formula makes it easier to evaluate different order quantities.
The simplified formula is:
Average Manufacturing Cost Per Jacket = Total Manufacturing Cost ÷ Total Jackets Produced
For example:
If the total manufacturing cost of an order is $12,000 and the order contains 500 jackets:
$12,000 ÷ 500 = $24 per jacket.
This means the average manufacturing cost is $24 per jacket.
However, a more useful formula separates order-related expenses from variable production expenses.
Average Unit Cost = Variable Cost Per Jacket + (Total Fixed Order Costs ÷ Order Quantity)
This formula demonstrates how fixed expenses are distributed across different production quantities.
Consider a hypothetical jacket manufacturing project with the following assumptions:
Initial development and order-related expenses: $1,200
Variable production cost at 100 pieces: $24 per jacket
Variable production cost decreases slightly at higher quantities due to hypothetical material purchasing and production efficiencies.
The following figures are illustrative only. They are not JIMJACKETS quotations, actual factory pricing, or guaranteed quantity discounts.
The example illustrates two separate effects:
Fixed expenses become smaller per jacket as production quantity increases.
Variable costs may also decrease if larger material purchases or more efficient production arrangements create savings.
However, the second effect is not guaranteed.
If material prices, labor requirements, and production efficiency remain unchanged, the reduction in average unit cost may come primarily from distributing fixed expenses across more units.
Using the hypothetical example above:
At 100 pieces, average manufacturing cost is $36.
At 300 pieces, average manufacturing cost is $27.
At 500 pieces, average manufacturing cost is $24.40.
At 1,000 pieces, average manufacturing cost is $22.20.
The difference between 100 pieces and 1,000 pieces is $13.80 per jacket.
However, the 1,000-piece order requires a substantially larger total financial commitment.
The important lesson is that lower unit cost and lower total investment are two different objectives.
A brand should evaluate both before deciding how many jackets to manufacture.
Fabric is often one of the largest material expenses in jacket manufacturing.
The quantity of fabric required depends on:
Jacket design
Fabric composition
Fabric weight
Garment size range
Pattern efficiency
Fabric width
Marker utilization
Cutting waste
Color requirements
When a manufacturer purchases larger quantities of fabric, it may have access to different purchasing arrangements from fabric suppliers.
Some mills and material suppliers offer volume-based pricing, while others maintain relatively stable prices across different order quantities.
For example, a manufacturer sourcing standard polyester fabric from available stock may have more flexibility than a manufacturer sourcing specially dyed nylon or a technical waterproof fabric.
Larger orders may also make it easier to plan fabric consumption and reduce unnecessary purchasing.
However, fabric minimums are not always the same as garment MOQ.
A jacket manufacturer may accept a certain number of finished jackets while a fabric mill requires a separate minimum purchasing quantity for a custom color or material.
How brands can optimize fabric costs:
Choose available fabrics when they meet your product requirements.
Avoid unnecessary custom dyeing.
Standardize fabric specifications across compatible styles.
Confirm fabric width and consumption before bulk production.
Discuss fabric alternatives that maintain the intended product quality.
Explore Custom Jacket Manufacturing to discuss materials and product specifications.
Some manufacturing expenses are associated with preparing a production order rather than producing every individual jacket.
Depending on the project, these may include:
Pattern development
Pattern adjustments
Marker preparation
Production planning
Certain machine or process preparation
Artwork preparation
Specific customization setup
Suppose a particular development expense is $600.
If that expense is allocated across 100 jackets, it represents $6 per jacket.
If it is allocated across 500 jackets, it represents $1.20 per jacket.
The development expense itself has not changed. Only its allocation across the order has changed.
This is one of the clearest explanations for why low-volume custom jacket production may have a higher average unit cost.
However, not every manufacturer allocates every development expense into the bulk unit price. Some charge sampling or pattern fees separately.
Always confirm the quotation structure.
Production efficiency can improve when a factory manufactures a larger quantity of the same jacket style.
A repeated production run may allow the factory to:
Organize sewing operations more efficiently.
Reduce repeated production preparation.
Maintain consistent construction methods.
Plan cutting and assembly more effectively.
Reduce unnecessary changes between different styles.
Improve workflow coordination.
For example, manufacturing 500 identical bomber jackets may allow a more continuous production process than manufacturing five different jacket designs in quantities of 100 each.
This does not mean every large order automatically requires less labor per jacket.
A complicated technical jacket may still require substantial skilled labor, regardless of the order quantity.
The main advantage is the opportunity to organize repeated operations more consistently.
Order quantity may influence the purchasing arrangements for custom jacket accessories.
These components can include:
Zippers
Custom zipper pulls
Metal buttons
Snap fasteners
Woven labels
Care labels
Embroidery
Patches
Printed logos
Hangtags
Custom packaging
Standard accessories may be available in smaller purchasing quantities.
Customized accessories may have their own minimum order requirements.
For example, a custom metal zipper pull may require a separate development process or minimum purchasing quantity.
If a brand orders 100 jackets but needs a large minimum quantity of customized zipper pulls, the unused accessories may become additional inventory or purchasing expenses.
For this reason, brands should evaluate the MOQ of both finished jackets and customized components.
Practical recommendation: Use standard components for less important details and reserve custom accessories for the features that genuinely distinguish your brand.
Learn more about Private Label Jacket Manufacturing.
Cutting efficiency is another factor that can influence the cost per jacket.
During bulk production, fabric is arranged and cut according to production markers and the required size breakdown.
The efficiency of this process depends on:
Fabric width
Pattern shapes
Size distribution
Number of pattern pieces
Fabric direction
Pattern matching
Print or plaid alignment
Cutting layout
Fabric defects
Larger production quantities can provide more opportunities for optimized marker planning.
However, increasing order quantity does not automatically eliminate fabric waste.
Some designs require matching stripes, checks, prints, or directional fabric patterns, which may limit cutting efficiency.
Brands should discuss fabric consumption and cutting requirements before approving the bulk order.
The total number of jackets can also influence packaging and transportation expenses.
For example, an order may require:
Individual polybags
Hangtags
Size stickers
Cartons
Carton labels
Export packaging
Freight arrangements
Some packaging expenses increase almost proportionally with the number of jackets.
Other logistics expenses may be distributed across a larger shipment, potentially reducing the transportation cost per unit.
However, freight costs depend on more than quantity.
Important factors include:
Total shipment weight
Total carton volume
Destination
Shipping method
Delivery terms
Freight market conditions
Customs-related expenses
Applicable duties and taxes
A 1,000-piece order may have a lower freight cost per jacket than a 100-piece order, but this depends on the shipment arrangement and whether the larger volume uses transport capacity efficiently.
Always distinguish the factory manufacturing price from the total landed cost.
The way an order is divided across colors and sizes can affect manufacturing arrangements.
Consider a brand ordering 300 jackets.
There are several possible configurations:
300 black jackets
150 black and 150 navy jackets
100 black, 100 navy, and 100 beige jackets
All three orders contain 300 jackets, but their material sourcing and production requirements may differ.
If a manufacturer applies MOQ separately to each style and color, splitting an order into several colors can create additional constraints.
Custom-dyed fabric may also have separate color minimums.
Size distribution matters as well.
A production order containing a balanced size range may have different material consumption and cutting requirements from an order concentrated in a few larger sizes.
Before confirming your order, clarify:
Is MOQ calculated per style?
Is MOQ calculated per color?
Can different sizes be mixed within one color?
Are custom colors subject to additional minimums?
Do custom trims have separate MOQs?
Can existing fabrics be used to reduce sourcing requirements?
JIMJACKETS generally works with a starting MOQ of 100 pieces per style per color, subject to confirmation for each project.
Production quantity can influence how a factory plans its production schedule.
Larger orders may allow a more continuous manufacturing run, while smaller orders may need to be scheduled around other production activities.
Repeat orders can also create opportunities to reuse previously developed specifications.
For example, if a brand has already approved:
Jacket patterns
Size specifications
Fabric selections
Construction details
Logo artwork
Branding placements
A subsequent order may not require the same initial development work.
However, repeat orders are not automatically identical in cost.
Fabric prices, accessory availability, exchange rates, production schedules, and shipping costs can change.
Brands should request updated quotations for each production order.
No. A larger order can reduce the average cost per jacket, but there are situations where the savings are limited or do not occur.
A larger order may offer cost advantages when:
Fabric suppliers offer volume-based pricing.
Standard materials are available in larger quantities.
Fixed development expenses are spread across more units.
Repeated production improves workflow efficiency.
Custom accessories become more economical at higher quantities.
Shipping arrangements use transport capacity more efficiently.
A higher quantity may produce limited savings when:
Fabric prices remain unchanged.
Labor requirements are similar per jacket.
The design is highly complicated.
Additional quality-control requirements are necessary.
The order contains many different colors and styles.
Special materials have fixed purchasing prices.
Production capacity is limited.
The order requires multiple separate production runs.
A manufacturer should not promise a specific percentage of savings simply because the order quantity increases.
The actual savings need to be evaluated against the product specifications and supplier quotations.
There is no universally ideal jacket order quantity.
Different brands have different sales volumes, budgets, inventory strategies, and product launch objectives.
A 100-piece order may be suitable for brands that want to introduce a new jacket design while limiting their initial inventory commitment.
Potential advantages include:
Lower initial inventory investment
Easier demand testing
Reduced exposure to unsold stock
A practical starting point for certain custom projects
An opportunity to collect customer feedback
Potential limitations include:
Higher fixed-cost allocation per jacket
Less purchasing leverage for materials
Potentially higher unit pricing
Less flexibility with specially developed materials
For a startup, a slightly higher unit cost may be acceptable if it helps avoid excessive inventory.
A 300-piece order may suit brands that have some market experience and want a more substantial launch.
Potential advantages include:
More units across which to distribute fixed expenses
Greater production planning opportunities
More inventory for wholesale or online sales
Potentially better material purchasing arrangements
However, a 300-piece order still needs to be evaluated against the brand's actual demand.
A 500-piece order may be suitable when a jacket design has already demonstrated sales potential.
Potential advantages include:
Greater opportunities for material purchasing efficiencies
More consistent production planning
Better inventory availability for established sales channels
Potentially lower fixed development cost per unit
The main consideration is whether the brand can sell the additional inventory within its planned selling period.
A 1,000-piece order may be appropriate for established brands, wholesalers, retailers, and businesses with predictable demand.
Potential advantages include:
Potentially improved unit economics
Greater production continuity
Better opportunities for volume purchasing
More inventory for multiple distribution channels
However, the financial commitment is much higher.
Brands should consider working capital, storage, sales velocity, seasonal changes, and potential markdowns before placing a large order.
The correct order quantity should be based on business data rather than the desire to obtain the lowest possible factory quotation.
Start with realistic demand.
Consider:
Existing sales history
Website traffic and conversion rates
Wholesale customer commitments
Seasonal demand
Marketing plans
Customer feedback
Product launch forecasts
If a new jacket design has never been tested, avoid assuming that a large quantity will sell quickly.
Determine how much capital your business can allocate to the order without affecting other important operations.
Include:
Manufacturing expenses
Sample and development expenses
Shipping
Import-related charges
Warehousing
Marketing
Fulfillment
Working capital reserves
A lower unit cost does not necessarily justify spending more than your business can comfortably finance.
Consider how quickly the jackets are expected to sell.
A winter jacket collection may have a limited seasonal selling window.
A basic transitional jacket may have a longer selling period.
Your order quantity should reflect the product's expected sales cycle.
Some brands prefer smaller initial orders followed by additional production after evaluating sales performance.
This approach may involve a higher initial unit cost, but it can reduce the risk of holding too much unproven inventory.
Before using this strategy, confirm:
Repeat-order MOQ
Material availability
Fabric color consistency
Repeat production lead times
Whether the same accessories can be sourced again
Whether the approved pattern and specifications can be reused
Do not compare manufacturers only by the price per jacket.
Evaluate the complete cost structure, including inventory, transportation, import expenses, and potential unsold stock.
For additional guidance on managing inventory and cash flow, consult the U.S. Small Business Administration's business management resources.
One of the biggest mistakes new clothing brands make is assuming that a lower factory price automatically means a better business decision.
Consider this example:
Brand A orders 100 jackets at a hypothetical manufacturing cost of $36 per unit.
Brand B orders 1,000 jackets at a hypothetical manufacturing cost of $22.20 per unit.
Brand B receives a lower manufacturing cost per jacket.
However, it must also finance a much larger inventory commitment.
If the additional jackets do not sell as expected, the brand may face:
Unsold inventory
Storage expenses
Cash flow pressure
Seasonal markdowns
Changing fashion trends
Working capital constraints
Reduced flexibility for new collections
A brand can have a lower production cost per unit and still achieve a weaker financial result if too much capital is tied up in slow-moving stock.
The U.S. Small Business Administration also emphasizes the importance of inventory turnover and cash flow forecasting when planning business purchases.
Read its guidance on business KPIs, inventory turnover, and cash flow.
The smartest purchasing strategy is to minimize the total business risk, not simply the factory unit price.
Negotiating a better jacket manufacturing quotation does not necessarily mean demanding the lowest possible price.
A more effective approach is to understand which specifications and purchasing decisions influence the quotation.
Ask the manufacturer to evaluate several realistic order quantities.
For example:
100 pieces per style per color
200 pieces per style per color
300 pieces per style per color
500 pieces per style per color
This helps you understand how the quotation changes as quantity increases.
The manufacturer should explain whether the difference comes from fabric purchasing, production efficiency, fixed-cost allocation, or other factors.
If several jackets can use the same lining, zipper, or compatible accessories, standardization may simplify purchasing.
However, do not compromise essential product performance merely to reduce material variety.
Custom labels, embroidery, hardware, patches, and packaging can make a jacket more distinctive.
But each customization requirement should have a clear purpose.
Prioritize the branding details that matter most to your customers.
A complete tech pack helps manufacturers understand the intended product.
Include:
Jacket measurements
Fabric composition
Fabric weight
Lining specifications
Color references
Construction details
Zipper specifications
Pocket designs
Logo placement
Label requirements
Size breakdown
Packaging requirements
Clear specifications make quotations easier to compare and reduce the risk of misunderstandings.
If you expect to reorder successful jacket styles, discuss future production requirements from the beginning.
A stable product specification and a realistic reorder plan can help both the brand and manufacturer plan materials and production.
MOQ and ideal order quantity are related, but they are not the same.
MOQ stands for Minimum Order Quantity.
It is the minimum number of units a manufacturer is willing or able to produce under specified conditions.
For jacket manufacturing, MOQ may be calculated by:
Style
Color
Fabric
Production run
Custom component
Special construction
JIMJACKETS generally works with a starting MOQ of 100 pieces per style per color.
The applicable quantity should always be confirmed according to the specific jacket design, fabric, accessories, and customization requirements.
The ideal order quantity is the amount that makes commercial sense for your business.
It depends on:
Expected sales
Manufacturing cost
Inventory investment
Storage capacity
Product life cycle
Cash flow
Reorder lead time
Market demand
For example, a manufacturer may accept 100 jackets as the starting MOQ, but a particular brand may determine that ordering 200 or 300 jackets is more appropriate after evaluating its sales forecast.
MOQ determines the minimum production commitment. Ideal order quantity determines the purchasing decision that best fits your business.
For more details, read our guide to Minimum Order Quantity Explained for Jacket Suppliers.
JIMJACKETS is a China-based jacket manufacturer specializing in OEM, ODM, private label, and custom outerwear production for global fashion brands.
We understand that different businesses have different purchasing requirements.
A startup launching its first bomber jacket may have very different inventory needs from an established retailer preparing a seasonal collection.
Our jacket manufacturing services support projects involving:
Custom jacket development
Private label jacket manufacturing
OEM jacket production
ODM product development
Fabric and accessory sourcing
Pattern development
Sample production
Custom branding
Bulk jacket manufacturing
Quality inspection
Customized packaging
Our product categories include:
Bomber jackets
Denim jackets
Leather jackets
Varsity jackets
Baseball jackets
Puffer jackets
Down jackets
Windbreakers
Fleece jackets
Quilted jackets
Outdoor jackets
Workwear-inspired jackets
For qualifying jacket projects, our general starting MOQ is 100 pieces per style per color.
Actual production requirements depend on the materials, construction, customization, and sourcing conditions.
Explore our Private Label Jacket Manufacturing Services or browse our Custom Jacket Collection.
To evaluate your order quantity and prepare a useful manufacturing quotation, please provide the following information.
Tell us whether you want to manufacture bomber jackets, denim jackets, leather jackets, windbreakers, puffer jackets, or another outerwear style.
Provide your preferred quantity per style and per color.
If you are still comparing production options, you can request quotations for multiple quantities.
Share your preferred fabric, composition, weight, lining, insulation, and finishing requirements.
If you are unsure about the exact materials, explain your intended quality and retail positioning.
Provide the expected size range and quantities for each color.
This helps evaluate fabric consumption and production requirements.
Explain whether you require woven labels, embroidery, printing, patches, custom zipper pulls, hangtags, or branded packaging.
A complete tech pack is helpful, but you can also start with sketches, photographs, an existing sample, or product references.
If possible, share your target manufacturing budget per jacket and intended delivery schedule.
This information helps evaluate whether the proposed specifications and order quantity are commercially realistic.
A higher order quantity can reduce the average cost per jacket because certain fixed expenses are distributed across more units. Larger orders may also create opportunities for material purchasing and production efficiencies. Actual savings depend on the jacket design, materials, and manufacturing arrangements.
Smaller orders may have higher unit costs because development, preparation, and other order-related expenses are spread across fewer jackets. Small quantities may also offer less purchasing leverage for fabrics and customized accessories.
It may. A 500-piece order can benefit from lower fixed-cost allocation and potentially better material or production arrangements. However, the actual difference depends on the product specification and manufacturer's quotation.
No. Some costs may decrease with quantity, but material prices, labor requirements, construction complexity, and other expenses may remain unchanged. A larger order also increases inventory investment and financial exposure.
The basic formula is total manufacturing cost divided by the number of jackets produced.
A more detailed formula is:
Average unit manufacturing cost = Variable cost per jacket + (Total fixed order costs ÷ Order quantity).
This helps explain the relationship between order quantity and fixed-cost allocation.
Manufacturing cost covers the agreed factory production scope. Landed cost may additionally include freight, insurance, customs-related expenses, applicable import duties, taxes, and other delivery expenses.
A suitable starting quantity depends on the brand's budget, expected demand, product complexity, and manufacturer's MOQ. New brands often prioritize limiting inventory risk while testing their products. JIMJACKETS generally works with a starting MOQ of 100 pieces per style per color, subject to project confirmation.
This depends on the manufacturer's MOQ rules. If the MOQ is 100 pieces per style per color, splitting 100 jackets across several colors may not satisfy the minimum for each color. Confirm the requirements before finalizing your order.
Generally, different sizes can be included in a production order, subject to the manufacturer's size breakdown requirements. The quantity and material consumption for each size should be confirmed.
It depends on the manufacturer's policy and the material sourcing requirements. Some manufacturers calculate MOQ per style, while others require a minimum quantity for each style and color. Always request written confirmation.
Yes. Larger material purchases may qualify for volume-based pricing, depending on the fabric supplier. Standard stock fabrics may offer more flexibility than custom-dyed or specialized technical materials.
Manufacturers have different production capacities, sourcing arrangements, machinery, product specializations, and supplier relationships. Jacket construction, fabric availability, customization, and production planning also influence MOQ.
Yes. A manufacturer may offer competitive pricing at a relatively small MOQ if it has efficient production planning, available materials, suitable sourcing arrangements, and a streamlined development process. However, smaller orders may still have higher fixed-cost allocation per unit.
It can improve labor efficiency when larger orders allow more continuous production and repeated operations. However, labor requirements per jacket may remain similar for complicated designs or specialized construction.
Larger cutting runs may create more opportunities for efficient marker planning and fabric utilization. However, fabric width, pattern design, size distribution, fabric direction, and print matching remain important factors.
It can, depending on the shipping method, shipment volume, weight, destination, and transport arrangement. A larger shipment may use transport capacity more efficiently, but the total shipping expense will usually be higher.
They may. Previously developed patterns, approved specifications, and established material selections can reduce certain development and preparation requirements. However, fabric prices, labor, and other production conditions may change.
Not automatically. A startup should evaluate its available capital, expected sales, inventory risk, and product demand. A higher unit cost on a smaller initial order may be commercially preferable to holding excessive unsold inventory.
Ask manufacturers to quote the same jacket specifications at several quantities. Compare fabric, lining, accessories, construction, branding, quality control, packaging, shipping scope, and payment terms. This makes the differences in unit pricing easier to understand.
Yes. You can share your jacket design and request an evaluation of different order quantities, subject to project feasibility. Providing the same material and construction specifications for each quantity helps make the comparison meaningful.
It depends on your product strategy. One larger production run may simplify manufacturing and material planning. Several smaller styles may offer more variety but can introduce additional development and sourcing requirements.
Yes. Different colors may require separate fabric sourcing, dyeing, color approval, and material planning. Custom colors can have additional purchasing requirements.
Potentially. You can optimize fabric choices, simplify unnecessary construction details, standardize accessories, improve technical specifications, and reduce avoidable sample revisions. The actual savings depend on the project.
Provide your jacket design, estimated quantity per style and color, fabric requirements, size breakdown, branding specifications, reference images or tech pack, and target delivery schedule.
Compare several production quantities against your expected sales, manufacturing costs, total inventory investment, cash flow, and potential reorder requirements. The best quantity is the one that supports healthy unit economics without creating unnecessary inventory risk.
A lower cost per jacket looks attractive on a quotation.
But your brand does not make money by collecting the cheapest factory invoices. It makes money by developing products customers want, managing inventory intelligently, and maintaining a healthy balance between manufacturing investment and sales demand.
At JIMJACKETS, we believe the right production quantity should be determined by your jacket design, material requirements, brand positioning, and commercial objectives.
Whether you are testing your first 100-piece jacket order, planning a 300-piece collection, or preparing a 1,000-piece production run, we want to understand what you are trying to achieve before discussing how your jackets should be manufactured.
Send us one jacket design and three possible order quantities.
Tell us whether you are considering 100, 300, or 500 pieces per style and color.
We can review the same product specifications across your proposed quantities and discuss the factors that may influence the manufacturing cost per jacket, material requirements, and production feasibility.
Instead of guessing how much you should order, make your next purchasing decision with a clearer understanding of the numbers.
Your next successful jacket collection should be measured by more than how cheaply you manufacture it. It should be measured by how intelligently you invest in every piece.
Let's calculate a smarter production plan for your brand.
JIMJACKETS — Your Custom Jacket Manufacturing Partner in China
Website: https://www.jimjackets.com/
Private Label: https://www.jimjackets.com/private-label
Email: jimmy@garmentvendor.com
WhatsApp: +86 158 2020 8308