What is a microlot?

In the simplest terms, a 'microlot (Microlots)' refers to selecting the highest-quality beans from a batch that is already performing well.

You can think of it as a differentiation strategy—before entering the market, the better-quality portion is set aside separately to achieve higher returns. On one hand, it caters to the increasingly discerning palates of the single-origin coffee community; on the other, it helps farmers get their beans into the specialty coffee market while establishing their own premium image.

Imagine mixing coffee beans of varying quality together—you can only sell them at a lower price. Isn’t it a pity not to separate out the higher-quality ones?

Methods for 'selecting' microlots

There are many ways to 'select' microlots. For example, due to particularly favorable weather conditions on a given day, the beans harvested that day might be separated from others. Or, if a farmer has superior fertilization techniques, their production might be processed separately from others. It could also involve specifically harvesting only ripe cherries on a given day and then using double the labor to remove impurities and defective beans. It might even be a high-risk experiment, such as deciding whether to plant a different, more flavorful variety or adopt an innovative post-harvest processing technique...

There are no fixed rules or standards for microlots. Instead, it requires continuous experimentation and collaboration to find truly exceptional quality. Ideally, this dedication and pursuit can lead to ongoing improvements in technique and even elevate the entire industry. Of course, no industry is without its 'unscrupulous' individuals who exploit the microlot label to sell 'experimental' products at high prices, shifting the risk to consumers, or who use the microlot label as an excuse to inflate bean prices...

A good product created through collaboration

Microlots are not the result of a producer working alone. Abroad, many large-scale coffee businesses or agricultural technology advisory organizations are using methods like microlots to help farmers improve production quality and access markets. Since microlots are based on the premise of 'achieving better quality,' they require professionals skilled in flavor evaluation—cuppers—to oversee and assess the beans. As for what cupping score qualifies as microlot-level quality or what the specific yield of each microlot should be, these are determined locally and vary by region.

The 'Operation Cherry Red' initiative, launched in 2007, is a prime example. It was driven by Dutch traders providing technology, funding, and flavor testing, while farmers painstakingly selected beans through repeated efforts, uniting everyone’s contributions to produce high-quality results. Initiatives like Operation Cherry Red have also spurred the rise of entire producing regions, such as Sidamo and Guji, making them exemplary cases of the positive impact microlots can have.

Discussions stemming from 'microlots'

This discussion can go further: in reality, whether microlots can become a production model that truly benefits producers and is sustainable in the long term has always been a focus of attention. Maintaining high quality requires frequent, labor-intensive efforts, and the human and material costs involved are frankly not something every producer in every region can afford. From this perspective, microlots are not a method suitable for every producing area.

Moreover, when everyone wants to grow good coffee and be selected for microlots, the gap in technology and information often leaves many farmers unsure how to grow high-quality coffee or how to ensure consistent quality year after year. Therefore, ensuring microlots are not just a 'fluke of luck' but that good techniques can take root and spread within producing regions is a challenge many are currently working to address.

From another angle, many cooperatives choose to mix beans from different members for sale precisely to maintain fairness in external price negotiations and avoid disputes over who sells well and who doesn’t. After all, for producer organizations, cohesion is a critical issue. Additionally, microlot yields typically don’t account for a large proportion, so even though the price is better, they are less likely to become a primary source of profit.

One side seeks better prices, the other seeks better flavor. The optimal balance between the two still requires more time to identify, refine, and validate.

Perhaps we can view microlots as a product of the demands from both production and consumption sides—one side seeks better prices, the other seeks better flavor. Finding the right balance between the two still requires more time to explore, improve, and verify.