Juicing Ginger: Why Most Juicers Fail (And What Actually Works)

Ginger is a fibrous rhizome with a woody structure and long, tough fibers. That makes it:

• Mechanically demanding: fibers tangle and put uneven loads on augers and screens.
• Low in free liquid compared with many fruits and vegetables, so juicers must work harder to separate liquid from fiber.
• Highly abrasive: repeated processing of dense roots shortens the life of parts designed for general juicing, especially plastic juicing screens.

Note that young (baby) ginger is significantly juicier and less fibrous than fully mature rhizomes — so choice and freshness matter a lot. Young ginger is harvested earlier (often ~6 months) and gives higher moisture content and easier extraction.

From practical tests and dozens of real-life cases (including our distributors and customers,) the common failure patterns are:

• Small/mid-range centrifugal and cheap slow juicers: auger jams and motors overloaded after modest volumes, leading to damage.
• Premium vertical juicers: can manage small quantities of ginger mixed with other ingredients. Plastic screen verticals can wear down over time due to the abrasiveness of ginger, leading to lower yield and more fiber in the juice.
• Premium horizontal juicers (e.g. Sana 707 / Sana Supreme 727): perform better than verticals, especially in mixed recipes. But screens and plastic parts can develop fatigue cracks over time if juicing ginger only.
• Sana 929 Ultimate (solid stainless steel juicing parts): far more durable and delivers higher yield; still not indestructible and requires correct preparation and moderation for long life.

From our own testing, it took us seven minutes to juice 1 kg of fresh, properly prepared ginger when using the Sana 929 Ultimate.

Key points and evidence:

• Manufacturer guidlelines: Manufacturers of premium vertical juicers state their products can juice ginger with other produce if the ginger is cut into small (0.5 cm) pieces.  Vertical juicers tend to be space-efficient and handle softer produce well. However, manufacturers often point out that high-quality horizontal models produce stronger yields for very fibrous items like ginger because of differing auger geometry and the way screens interact with fiber.
• User experience: many users routinely make ginger shots with both types of juicers - but they recommend cutting ginger into small thin slices cuts and pulsing or alternating with softer produce to avoid overload.  Technique and quantity matter. 
• Comparative reviews: general reviews of vertical vs horizontal masticating juicers note that horizontals give better results for dense, fibrous roots while verticals perform better with softer produce. Real tests (and manufacturer notes) suggest horizontals edge out verticals for fibrous roots, but a well-built vertical still does an acceptable job if ginger is prepared correctly and used with other ingredients.

Practical implication: If you regularly juice ginger, the only model we recommend (beyond industrial extractors) is the Sana 929 Ultimate. If you use ginger as part of mixed juices or small daily shots, the Sana 707 and 727 horizontal juicers can work provided you follow preparation and usage best practices.

1. Choose the right ginger:  Choose young / baby ginger when possible - smoother skin, higher moisture, less fiber. If you can’t find young ginger, select firm, plump rhizomes with no shrivelling.
2. Clean but don’t over-peel: Lightly scrub and remove dirt; peeling is optional for young ginger. For mature ginger you may peel if desired.
3. Cut into small pieces:  Slice into ~0.5 cm (5 mm) thin slices or small chunks. Larger pieces overload the feed and stress the auger.  This is critical!
4. Work in small batches:  Don’t flood the machine with large volumes of pure ginger. Feed small amounts and alternate with softer produce (apple, carrot) every now and then to clear fiber and lubricate the screen.
5. Use the correct screen:  If your machine has fine/coarse screens, choose the coarse screen to start.  This will yield less juice, but is not as likely to clog as the fine screen.
6. Monitor machine temp & fatigue: If parts get very hot or start to strain, stop and allow a short cool-down. Track cumulative time per session (for heavy use, schedule rest intervals).