About Screw Type Juice Extractor
Used for the process of cracking down the hard surface of the fruits and vegetables in the perfect order, this Fruit type juice extractoris always used in the production units for the same purpose. This Fruit type juice extractoris made from best in class material which is inherited from the trusted sources of this space. It can be easily installed at any targeted locations without problems. The delivery of the same is done as per the requirement of the client at suitable rates.
Product Details
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Machine Capacity(Kgs./ Hour )
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10 to 250 Kgs./ Hour
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Condition
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New
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Material
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Stainless Steel
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Power Source
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Electric
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Frequency
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50-60 Hz
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Corrosion Resistance
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Yes
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Maximum Juice Yield for Industrial NeedsThis screw-type juice extractor is designed to achieve a juice recovery rate up to 75%, optimizing productivity for beverage plants and fruit processing factories. The advanced auto pomace discharge and cold-press extraction ensure maximum retention of flavor and nutrients, making it ideal for commercial applications requiring high throughput and consistent quality.
Durable and Safe ConstructionConstructed entirely from corrosion-resistant 304-grade stainless steel, this extractor is built for longevity and hygiene. The overload and emergency stop safety protections ensure secure operation in demanding environments. Its low maintenance design, coupled with easy access to parts, minimizes downtime and boosts long-term reliability.
Effortless Cleaning and MaintenanceThe cleaning process is simplified with manual or automatic water spray options, enabling quick turnaround between operations. The separate pulp and juice outlets also reduce clogging and mess, further streamlining maintenance. Regular upkeep is minimal, making this extractor a cost-effective choice for busy facilities.
FAQs of Screw Type Juice Extractor:
Q: How does the screw-type juice extractor operate for commercial juice production?
A: The machine continuously processes fruits or vegetables by feeding them into a stainless steel screw press. The screw crushes and squeezes the produce, separating juice and pulp efficiently with high yield while discharging pomace automatically, ensuring smooth, uninterrupted operation in industrial settings.
Q: What fruits and vegetables can be processed with this extractor?
A: This juice extractor is designed for adaptability, capable of processing a wide variety of fruits and vegetables, including apples, oranges, carrots, leafy greens, and more. The inlet size is customizable to accommodate different raw material sizes and shapes.
Q: When is manual or automatic cleaning required, and how is it performed?
A: Cleaning can be performed either manually or using the integrated automatic water spray system. Manual cleaning is typically done during scheduled maintenance, while the automatic function is suitable for quick rinses between shifts, maintaining hygiene and performance with minimal downtime.
Q: Where is this machine best installed in a processing facility?
A: As a standalone unit, the extractor is suitable for installation in dedicated juice production departments of fruit processing factories or beverage manufacturing plants. It occupies a compact footprint and aligns seamlessly with existing production lines for continuous operation.
Q: What are the benefits of the separate pulp and juice outlets?
A: Having distinct outlets for pulp and juice minimizes cross-contamination and cleanup efforts, ensuring pure juice extraction. This design simplifies waste handling and keeps the production process efficient and organized.
Q: How is safety ensured during operation?
A: Safety mechanisms include overload protection and an emergency stop feature. These systems prevent damage to the equipment and enhance operator safety, making it suitable for long, heavy-duty industrial operation.
Q: What makes maintenance low and efficient on this extractor?
A: The extractors design utilizes durable stainless steel and provides easy access to key components, which simplifies inspection, cleaning, and part replacement. This reduces labor and time requirements for routine maintenance, keeping the machine running smoothly over extended periods.