Commercial Candle Making Equipment in India

No automated machines: what a commercial line actually is

Say it plainly first. CSI does not list any automated candle-making machine — nothing that doses wax into jars on its own, places wicks, or moulds pillars automatically. What CSI lists for production is melting capacity, pouring tools, a cordless mixer and fixtures. That makes a CSI-equipped commercial line a manual line: people weigh, scent, pour and wick, and the equipment makes each of those steps faster and more consistent.

That is not a lesser version of commercial production. For a business pouring tens to a few hundred candles in a session, a manual line with the right fixture count is flexible in a way automation is not: a scent change is a clean pitcher, not a flushed machine, and a new jar is a new holder, not a re-tooled filler. The trade-off is labour, and the rest of this guide is about spending that labour where it moves the most candles. When automation starts to make sense, and what people usually mean by "candle machine", is covered in candle-making machines for small businesses.

Start from the melt: candles per melt

Every number on a commercial line flows from the melt. The Electric Wax Melter (Imported) is listed as 10 kgs capacity and 20 kgs capacity. Divide those grams by the wax in one candle and you have the size of every batch the line will handle. For the series standard — a 200g candle at an 8% fragrance load, which is 184g of wax and 16g of oil — the arithmetic is below, with a 3% planning allowance for spills, top-ups and the wax left in pitchers.

A full melt is a planning maximum, not a rule. Many commercial makers melt less than capacity for a particular scent or wax. The point is that whatever you melt, the grams decide the candles, and the candles decide everything else. The choice between the 10 kg and 20 kg sizes, including holding temperatures for different waxes, is worked through in the professional wax melter guide.

The commercial line, costed

Here is a complete manual line for each melter size, built so one full melt can be scented, poured and wicked in a single session. It uses two scenting stations — each with its own scale, thermometer, mixer and pitcher — because, as the next section shows, scenting is where a commercial session spends most of its hands-on time. Wick positions are sized to one full melt, rounded up to the listed pack sizes.

Two readings of that table matter. The 20 kg line costs ₹7,470 more, and ₹2,750 of that difference is not the melter at all — it is the extra 55 wick positions a bigger melt demands. And per candle of melt capacity the bigger line is cheaper, ₹349.11 against ₹559.89, but only if you actually pour full 20 kg melts. Consumables sit on top: at ₹2.50 a wick sticker, each full melt uses ₹135 of stickers for 54 candles or ₹270 for 108, and the 40-sticker sheet (₹100) is the in-stock size, so that is two or three sheets per melt.

Where the time goes: an illustrative session

No CSI page states throughput for a whole line, and it would be wrong to invent one. What can be done honestly is a worksheet: list each hands-on step, attach a time assumption, and see which step dominates. The assumptions below are illustrative only — replace every one with your own timings from a trial melt. What matters is not the exact minutes but the shape: which stage takes the biggest share, and therefore where the next rupee of equipment or the next pair of hands should go.

On those assumptions, scenting in pitcher loads is 51.7% of the hands-on session, more than wick prep, pouring and finishing combined. The reason is volume: a 600 ml pitcher (the stated capacity) is a sensible carrying vessel, but at an assumed two candles per trip, a 108-candle melt is 54 separate weigh-and-blend cycles. That is why the costed line has two scenting stations. With two people each running a station, the elapsed scenting time roughly halves — 135 minutes of work finished in about 67.5 — while the melter, which is the expensive part, sits unchanged.

Pouring vessels and wick positions

Once wax is scented, two things cap how fast it becomes candles: how the wax gets into the jars, and how many jars are ready to receive it. Pouring vessels set the rhythm. Wick positions set the ceiling, because every jar in a run needs a held wick until the wax sets, so a line with 25 holders can only pour 25 jars before it waits.

Cure space: the constraint nobody budgets

A commercial line does not end at the pour. Soy container candles are commonly cured for 14–21 days before they are burn-tested or sold, and every candle you pour sits on a shelf for that long. That turns daily output into standing inventory, and standing inventory needs shelving, floor space and a room that stays out of direct sun. CSI does not sell shelving; this is simply the arithmetic every commercial line has to face before the melter is ordered.

Work it through for your own plan: candles per day × pour days per week × cure weeks. If you cannot shelve 1,620 candles, a 20 kg melt every weekday is not your line, whatever the melter can do. Fewer melts per week, a shorter cure for scent families that settle faster (as covered in how cure time changes the smell of different fragrance families), or a 10 kg melter are all legitimate answers. Cure space is also cash: every candle on the shelf is wax, oil, wick and jar you have paid for and not yet sold.

Plan your commercial line in six steps

Frequently asked questions