Garlic Root and Stem Cutting: How to Save Labor with One Machine

After garlic is harvested and cured, growers still have an important job before cleaning, grading, and packing: removing the roots and stems.

For a small garlic farm, this work can be done by hand. However, when thousands of bulbs need to be processed, manual trimming can quickly become one of the most time-consuming tasks in post-harvest processing.

Many growers therefore look for a simple solution:

Can one machine cut both the garlic roots and stems at the same time?

Yes. The HGRC-600 Garlic Root and Stem Cutter is designed specifically for this purpose.

Why Is Manual Garlic Root and Stem Cutting So Time-Consuming?

Garlic bulbs often need to be trimmed before they enter the cleaning, grading, or packing process.

Traditionally, workers may need to:

  1. Pick up each garlic bulb.
  2. Cut the dried roots.
  3. Cut the stem.
  4. Inspect the bulb.
  5. Repeat the process thousands of times.

The work itself is relatively simple, but it is repetitive and labor-intensive.

When harvest volumes increase, the problem becomes more obvious. A farm may have enough capacity to harvest garlic quickly, but manual root and stem cutting can create a post-harvest bottleneck.

This is why mechanizing this step can make a significant difference.

One Machine for Both Root and Stem Cutting

One of the main advantages of the HGRC-600 Garlic Cutter is that it can cut the garlic roots and stems in the same operation.

Instead of using separate equipment or having workers perform two cutting steps manually, the machine combines both processes into one workflow.

This helps reduce:

  • Manual trimming work
  • Processing time
  • Repetitive labor
  • Garlic handling between operations

For commercial garlic growers, combining two operations into one can make the post-harvest process much more efficient.

HGRC-600 Garlic Cutter

Suitable for Large Garlic Bulbs

Garlic varieties can vary considerably in bulb size. Some growers have relatively small bulbs, while others regularly harvest large bulbs measuring around 3 inches in diameter or more.

This raises another important question:

Can the machine handle large garlic bulbs?

The HGRC-600 Garlic Root Cutting Machine is designed to process garlic bulbs up to approximately 8 cm (3.15 inches) in diameter.

This makes it suitable for many commercial garlic varieties, including growers whose bulbs are around 3 inches in diameter.

If your garlic bulbs are larger than 8 cm, we recommend confirming the actual bulb size with us before ordering. This helps ensure the machine is suitable for your crop.

110V or 220V: Easier for Different Markets

Power supply is another practical consideration when purchasing agricultural machinery.

Different farms and countries use different electrical standards. A machine that requires an unsuitable voltage can create unnecessary installation problems.

The HGRC-600 garlic root and stem cutting machine can be configured for 110V, making it suitable for farms and processing facilities with a 110V power supply.

A 220V configuration is also available, depending on the customer’s requirements.

Before ordering, growers should confirm the voltage available at their processing location so the machine can be supplied with the appropriate configuration.

Reduce the Labor Burden During Harvest Season

Harvest season is already one of the busiest periods of the year.

Workers may need to handle:

  • Harvesting
  • Curing
  • Root cutting
  • Stem cutting
  • Cleaning
  • Sorting
  • Packing

If root and stem cutting is performed completely by hand, the workload can quickly increase as production grows.

By introducing the HGRC-600 garlic stem cutting machine, growers can mechanize this repetitive step and allow workers to focus on other tasks that require manual inspection and handling.  The goal is not simply to replace workers.

It is to help the same team process more garlic in less time.

A Practical Step Toward Garlic Processing Automation

For farms that are beginning to scale up, a fully automated garlic processing line may not always be necessary.

Sometimes, the best place to start is with the most repetitive operation.

A garlic root and stem cutter can be an effective first step because it addresses a clear labor problem without requiring a complete change to the entire processing workflow.

The HGRC-600 garlic stem cutter can work as a standalone machine and can also be integrated into a broader garlic processing system.

For example:

Harvest → Curing → Root & Stem Cutting → Brush Cleaning → Sorting → Packing

Each stage can then be gradually mechanized as the farm grows.

Why Choose the HGRC-600 Garlic Root and Stem Cutter?

The HGRC-600 is designed around the practical needs of garlic growers and processors.

One operation for two cuts

Cut both the roots and stems in the same processing step.

Suitable for large bulbs

Handles garlic bulbs up to approximately 8 cm (3.15 inches) in diameter.

110V available

The machine can be configured for 110V, making it suitable for markets and farms using this power supply.

Reduce repetitive labor

Mechanize one of the most repetitive jobs in garlic post-harvest processing.

Improve workflow

Prepare garlic more efficiently for subsequent cleaning, grading, and packing.

Suitable for growing farms

A practical choice for growers who are moving from manual processing toward mechanized garlic production.

Final Thoughts

Garlic processing does not always need to become fully automated overnight.

For many growers, the first step is simply to eliminate the most repetitive manual work.

Cutting roots and stems is a good example. When thousands of garlic bulbs need to be processed, doing this job by hand can consume considerable time and labor.

The HGRC-600 Garlic Root and Stem Cutter combines root and stem cutting in one operation, supports 110V or 220V configurations, and can handle garlic bulbs up to approximately 8 cm in diameter.

For garlic farms looking to process more bulbs with the same workforce, it can be a practical step toward a faster and more efficient post-harvest workflow.