We did not set out to design a candle frame. We set out to make better candles.

Working with existing frames exposed recurring mechanical problems—design shortcuts that led to inconsistent candles and constant frustration. Most frames use round shafts, allowing rings to rotate under load and drift out of alignment over time. The result is crooked candles. Cast rings often suffer from poorly formed wick notches that fail to hold wicks securely, slowing stringing and introducing errors, while set screws gradually damage shafts and strip threads. Over time, rings tilt, candle lengths diverge, and burn behavior becomes inconsistent due to uneven wick tension. Adjustments require tools, narrow steel shafts flex during stringing, and capacity is constrained by imprecise geometry.

If we wanted truly consistent handmade taper candles, we needed a different system. So we built one.

Our shaft is CNC-machined with a square profile to eliminate rotational movement. Rings are laser-cut with precision measured in thousandths of an inch and feature meticulously designed wick notches that secure wicks and simplify stringing between concentric rings. Instead of set screws, rings are anchored with dual rigid, lightweight L-brackets. Height adjustment is achieved through half-inch incremental holes machined directly into the shaft, using stainless-on-stainless hardware with no threads cut into the aluminum frame itself. After initial assembly, top-ring adjustments require no tools thanks to carefully selected hand-actuated hardware.

For candlemakers working with smaller-diameter wax vats, we shed the two outer rings and packed more wick notches onto the core ring—supporting up to 18 1/4-inch candles—while maintaining spacing and control. For thicker candles, fewer notches can be strung to increase spacing. The shaft is made from thick, rigid aircraft-grade aluminum rather than narrow steel, preventing flex during stringing and preserving consistent wick tension and candle geometry. Our standard shaft supports candle lengths up to 16.5 inches—compared to roughly 12 inches in typical competing designs—and the perforated shaft supports current and future accessories as production scales.

At a certain point, it became clear this was not a minor improvement but a fundamentally different architecture. That's why we patented it.

If the frame is imprecise, the candles will be too. This frame is engineered as a long-term instrument, built to hold alignment, resist wear and support evolving workflows over years, even decades, of use. Once you work with a frame that does not rotate, flex, drift, or degrade with adjustment, the difference is unmistakable.

If you are serious about the consistency and quality of your candles, this is the frame everything else will be measured against.

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