Zippy Edibles
All Field Notes

Field Note

What it actually takes to manufacture food that works

Two stories from the factory floor. The gluten-free pasta that kept falling apart until we cracked the process, and the roasting problem that taught me you can optimise at the margins but you cannot out-engineer physics.

By Sarthak Singhal, Director · 2026-06-16

The gluten-free pasta that kept falling apart

The first customer who asked us to make chickpea pasta did not stick around. Our early batches fell apart in the pot. That failure is what forced us to invest in a dedicated gluten-free process instead of treating it as a tweak on the wheat line.

The fix was heat treatment, using it to build the structure that gluten normally provides on its own. Once the starch did the job gluten usually does, the pasta held together through cooking instead of turning to mush. We now run about 10 MT/day of gluten-free capacity across brown rice, chickpea and maize, and some of it ships to the UAE.

The roasting problem I couldn't out-engineer

A different product, a different wall. We spent months and something like five lakh rupees of trials trying to roast a product while holding on to yield, before I accepted what any physics student could have told me on day one.

Roasting means heat above 100 degrees, and above 100 degrees water leaves. The moisture has to go for the roast to develop, and every kilo of moisture you lose is weight you cannot sell. So we tried to cheat it. Fluidised bed roasters, steam pre-cooking, humidity-controlled chambers, temperature profiles adjusted dozens of times, all hunting for some clever window where we got the roast without the loss.

Some of it half worked. We could claw back two or three percent of moisture, but then the colour went pale, or the texture went soft, or the crispness just was not there, and quality is the one thing we will not trade. It took me embarrassingly long to see that we were not hitting a process limit. We were hitting thermodynamics. You can work around physics at the margins. You cannot beat it. So I stopped fighting the constraint and started designing within it: optimise for quality first, treat the moisture loss as the cost of doing it right.

Why these are the actual job

Neither of these is a glamorous story. No launch, no campaign, just a process that did not work until it did, and a constraint I had to stop arguing with. But this is the actual job. The hard part of affordable food in India is not the idea, it is the manufacturing: starting from the spec and the price the buyer will accept, then changing the process until the math closes, and knowing the difference between a problem you can engineer past and a law you have to design around.

That is the same discipline behind everything we make, from pasta and vermicelli to soya chaap. If you want the longer version of why I think manufacturing, not branding, is the real bottleneck, it is here.

Frequently Asked Questions

Can you make gluten-free pasta that does not fall apart in the pot?+
Yes. The challenge is replacing the structure gluten normally provides. We use heat treatment so the starch builds that structure, which is what stops gluten-free pasta turning to mush. We run about 10 MT/day across brown rice, chickpea and maize, with some volume exported to the UAE.
Why does roasting reduce yield?+
Roasting needs heat above 100 degrees, and above that water evaporates. The moisture has to leave for the roast to develop, and every kilo lost is sellable weight gone. You can optimise at the margins, but you cannot beat the thermodynamics, so we optimise for quality and treat the moisture loss as the cost of doing it right.
Is gluten-free pasta automatically lower quality?+
Not if the process is built for it. The real test is whether it holds texture through cooking. Ours is engineered to hold together rather than disintegrate, which is the part that takes dedicated process development rather than a flour swap.

About the author

Sarthak Singhal is a director of Zippy Edibles, writing from the manufacturing side of the business. Before food, he was a mixed-signal and analog chip-design engineer (Intel, Analog Devices) and studied engineering at Georgia Tech. Connect on LinkedIn →

Building something protein-positioned?

We are the line behind the brands. If you are stuck on who actually makes it at an Indian price point, that is the conversation we like having. Pilot trials available.