There’s a fair bit of pressure, once a product starts selling well, to make more of it, faster. Gwen’s Garden has deliberately stayed on the slower side of that decision, and it’s worth explaining why.
What an infusion actually is
At its simplest, an oil infusion is just dried plant material sitting in oil long enough for the oil to take on something of the plant’s character. It sounds basic because it is basic — it’s one of the oldest methods in herbal preparation, and it hasn’t really been improved on, just sped up by other people.
Why speed changes the result
There are quicker ways to get a plant-infused oil: heat it hard and fast, or use solvents to extract what you want in minutes rather than hours. Both work, in the sense that you end up with an oil that smells and looks the part. But a fast extraction and a slow one aren’t really the same product wearing different labels — they behave differently, and they come from a genuinely different process.
A slow infusion — gently warmed for 12 to 18 hours — gives the plant material time to actually transfer into the oil in a more complete way, rather than just the fastest-releasing compounds.
Why that means staying small
This is really the crux of it: a slow method doesn’t scale the way a fast one does. You can’t rush fourteen hours by adding more equipment — you can only run more small batches, one after another. Choosing the slow infusion method was, in effect, choosing to stay small-batch. It’s not a marketing decision; it’s just the direct consequence of the process.
What this means for you as a customer
Small batches mean less consistency in the sense that no two batches are ever perfectly identical — plant material varies a little season to season, which is normal and expected. But it also means closer attention at every stage: nothing moves forward to the next tin until the last one’s right, because there’s no volume forcing the pace.
The trade-off, honestly
Small-batch production costs more, in time and in price, than it would if Gwen’s Garden switched to faster methods. That’s a genuine trade-off, and it’s one made deliberately, on the basis that the slower process gives a better result — not because slower automatically means better in every case, but because in this particular case, it does.

