全球采购中的MOQ正在改变：小批量、多SKU需求如何重塑制造模式？

MOQ不会消失，真正发生变化的是：

MOQ正在从一个固定数字，变成与材料、SKU、换线、包装和订单规模联动的商业模型。

中国智能制造基础仍在继续扩大。官方数据显示，截至2025年初，中国已建设超过3万家基础级智能工厂、1,200家先进级和230家卓越级智能工厂。

数字化和自动化提高了制造柔性，但并不意味着“小订单没有额外成本”。

一、为什么MOQ存在？

生产一个产品通常需要：

• 调机；
• 换模；
• 采购材料；
• 首件确认；
• 检验；
• 包装。

这些准备成本不会随着订单数量线性下降。

因此：

数量越小，每件产品承担的准备成本越高。

二、多SKU正在改变传统MOQ

例如：

• 5种颜色；
• 4种尺寸；
• 3种包装；

就形成60个SKU。

如果每个SKU MOQ都是1000件：

总订单=60,000件。

客户可能根本不需要这么多库存。

因此采购正在增加两个概念：

Total Order MOQ

和

Per-SKU MOQ

例如：

总MOQ 10,000件

每SKU最低300件

这比单纯规定每个SKU 5,000件更适合多品种业务。

三、小批量最大的成本是Changeover

柔性制造的难点通常不是：

“机器能不能生产？”

而是：

• 换模需要多久；
• 换色需要多久；
• 材料MOQ是多少；
• 包装MOQ是多少；
• 每次首检成本是多少。

因此小批量生产首先是生产组织能力。

四、Stellar四层MOQ模型

Sample MOQ

用于样品和工程验证。

Market Test MOQ

用于市场测试。

Standard MOQ

进入常规生产经济区间。

Volume Tier

规模生产价格区间。

例如：

不同层级对应不同单价。

五、买家应该如何谈MOQ？

不要简单问：

Can you lower your MOQ?

更有效的是告诉供应商：

• 首批数量；
• 年度预测；
• SKU数量；
• 后续订单计划。

然后谈：

阶梯MOQ＋阶梯价格。

MOQ真正管理的是：

制造成本、买家库存风险和市场验证风险之间的平衡。

未来更有竞争力的工厂，不一定MOQ最低，而是能够支持：

Sample → Small Batch → Multi-SKU → Mass Production

平滑扩张。

MOQs are not disappearing; what is truly changing is this:

MOQs are shifting from a fixed number to a business model linked to materials, SKUs, changeovers, packaging, and order volume.

China's foundation for smart manufacturing continues to expand. Official data shows that as of early 2025, China has established over 30,000 "basic-level" smart factories, 1,200 "advanced-level" smart factories, and 230 "excellence-level" smart factories.

While digitalization and automation have increased manufacturing flexibility, this does not mean that "small orders come without extra costs."

I. Why do MOQs exist?

Producing a product typically requires:

• Machine setup;
• Mold changes;
• Material procurement;
• First-article inspection/approval;
• Quality inspection;
• Packaging.

These setup costs do not decrease linearly with order volume.

Therefore:

The smaller the quantity, the higher the setup cost borne by each unit.

II. Multi-SKU scenarios are changing traditional MOQs

For example:

• 5 colors;
• 4 sizes;
• 3 packaging types;

...results in 60 SKUs.

If the MOQ for each SKU is 1,000 units:

Total order = 60,000 units.

The customer may not need that much inventory at all.

Consequently, procurement strategies are increasingly incorporating two concepts:

Total Order MOQ

and

Per-SKU MOQ

For example:

Total MOQ: 10,000 units

Minimum per SKU: 300 units

This approach is better suited for high-variety businesses than simply mandating an MOQ of 5,000 units per SKU.

III. The biggest cost in small-batch production is the changeover

The challenge in flexible manufacturing is usually not:

"Can the machine produce it?"

But rather:

• How long does a mold change take?
• How long does a color change take?
• What is the material MOQ?
• What is the packaging MOQ?
• What is the cost of each first-article inspection?

Therefore, small-batch production is primarily a test of production organization capabilities.

IV. Stellar's Four-Tier MOQ Model

Sample MOQ

For samples and engineering validation.

Market Test MOQ

For market testing.

Standard MOQ

Entering the economic range for routine production. ### Volume Tier

Price ranges based on production scale.

For example:

Different tiers correspond to different unit prices.

V. How Should Buyers Negotiate MOQ?

Don't simply ask:

Can you lower your MOQ?

It is more effective to provide the supplier with:

• Initial order quantity;
• Annual forecast;
• Number of SKUs;
• Follow-up order plan.

Then negotiate based on:

Tiered MOQ + Tiered Pricing.

What MOQ really manages is:

The balance between manufacturing costs, buyer inventory risk, and market validation risk.

In the future, the most competitive factories won't necessarily be those with the lowest MOQs, but rather those capable of supporting:

Sample → Small Batch → Multi-SKU → Mass Production

and enabling smooth, scalable growth.