Anko - Sanko US10

• Packaging of loose leaf tea into pyramid-shaped tea bags for retail.
• Production of herbal infusions and fruit teas in a distinctive bag format.
• Creation of specialty coffee bags for single-serve brewing.
• Packaging of granular food products requiring precise dosing and an aesthetic bag shape.

Typical capacity

For this class of equipment, output commonly ranges from 40 to 80 bags per minute, depending on product and bag size.

Power supply

Units of this type typically operate on a 3-phase electrical supply, commonly 400V, 50Hz in industrial settings.

Bag material compatibility

These machines are generally designed for heat-sealable filter paper or biodegradable mesh materials suitable for pyramid bags.

Filling accuracy

Precision volumetric or gravimetric filling systems are typically integrated to ensure consistent product weight per bag.

Footprint

The physical footprint for a pyramid tea bagging machine, including ancillary equipment, commonly requires a dedicated area of several square metres.

Maintenance requirements

Regular cleaning, lubrication, and inspection of wear parts are typically required to maintain optimal performance and extend machine lifespan.

• What kind of products can a Sanko US10 typically package?

  The Sanko US10 is primarily designed for packaging loose leaf tea, herbal infusions, and similar granular products into pyramid-shaped tea bags.

• What is the typical output speed for a machine like the Sanko US10?

• Are spare parts readily available for Sanko machines?

• What kind of installation requirements does this machine typically have?

• Can this machine produce different bag sizes?

Filling machines remain sought-after on the secondhand market due to their durability and long operational lifespan. Buyers typically value models from established manufacturers known for robust construction. When purchasing used units, inspectors should verify seal integrity, calibration accuracy, and maintenance history, as these directly affect product consistency and line efficiency. Common strengths include straightforward mechanical design facilitating repairs and adaptability to different container sizes. Reliability and minimal downtime are frequently cited priorities among processors seeking cost-effective production solutions.

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