Location:Home>News>New Solutions>How to Make Your Own Hydraulic Juice Press

How to Make Your Own Hydraulic Juice Press

time:2023-07-01 views:(点击 114 次)
[Article Summary]: The Welles Juice Press (commonly referred to as the People’s Juice Press) extracts nutrient-rich juice from fruit and vegetables by pressing……

how to make your own hydraulic juice press

The Welles Juice Press (commonly referred to as the People's Juice Press) extracts nutrient-rich juice from fruit and vegetables by pressing (squeezing) pulp, an approach believed to release extra vitamins and enzymes that would otherwise 'adhere' to pulp fibers and thus be left behind by traditional juicing machines.

Basics

Hydraulic juice presses are devices used for extracting juice from fruits and vegetables, similar to centrifugal juicers. Their main difference from centrifugal is that they do not generate heat during their operation - meaning the nutrients remain undamaged while producing better tasting juice.

Hydraulic juice presses work by pressing fruit or vegetable mash through a linen bag or cloth-lined tray at high pressure, thought to release extra nutrients and enzymes that might otherwise remain attached to pulp left behind by traditional juicing machines. Furthermore, these presses produce plenty of juice which makes them an excellent option for restaurants and on-demand juicing operations.

There are various hydraulic juice presses on the market. One popular model is the Welles Juice Press, available for less than $500 and ideal for anyone interested in exploring cold-pressed juice. Another choice is JASNA Hydraulic Juice Press which costs more at over $1000 but produces incredible amounts of juice.

A juice press is easy to maintain, with its pulp collected in a reusable juice pouch that is easily detachable from the machine and removable from your kitchen counter. Furthermore, this pouch can also be used to store your finished juice in the fridge and ensure fresh and healthy results!

A hydraulic juice press can be used with many foods, from soft fruits like watermelons and oranges, berries, citrus fruits like apples, pears, and pomegranates as well as herbs and leaf vegetables to make juice from grape rinds - providing a nutritious beverage that boosts health! It is a fantastic way of producing health-promoting beverages!

Materials

Are you searching for an additional level of nutrition and health in your juicing experience? Look no further than a hydraulic juice press! This machine uses high pressure to press juice out from pre-crushed produce. In contrast to centrifugal juicers which spin at high speeds while producing heat, hydraulic presses use no spinning or heating and ensure that you receive all of the vitamins and minerals from every sip of juice produced.

Start building your hydraulic juice press with just a few basic materials! First, construct the frame. This should include a base the width of a baking tray with bucket on top as well as two vertical beams the same height. Build and attach a car jack to this frame, making sure its height allows it to fit under your bucket correctly; play around with its dimensions to find what best works in terms of space and setup considerations.

As soon as your hydraulic juice press is completed, it should be ready for production of hundreds of bottles of cold pressed juice per day - perfect for juice bars, health food stores, cleansing facilities or small to medium juicing operations. Plus it provides the ideal way to extract maximum nutrition from all your favorite fruits, vegetables, grasses, herbs and nuts!

Hydraulic juice presses are superior at protecting the nutrients found in juice. They offer both higher juice yield and more nutrient retention than any other juicing machine - including centrifugal and masticating models. Indeed, one recent lab test of Norwalk Juicing Equipment outperformed both leading masticating juicers as well as powerful hydraulic presses by 35% in terms of yield yield and retention of nutrients in their juice.

Design

This DIY project is the first-of-its-kind to utilize hydraulic pressure to extract juice from raw fruits and vegetables, similar to centrifugal juicers but using less energy and no added heat. Furthermore, using this method allows the preservation of nutrients without their being destroyed due to heat or oxygen exposure.

JASNA's Juicing Machine is an impressive feat of engineering. Designed to be user-friendly and clean-friendly, its hydraulic action creates pulp free juice which can be used in drinks or recipes alike.

Hydraulic juicers feature a two-stage hydraulic pressing system that uses no electricity or generates waste, and feature a double-stage hydraulic pressing system with no electricity usage or waste generation. At first stage, raw produce is cut, shredded and ground into "mash", an essential step called trituration that prepares produce for juice extraction by breaking down fibers that hold nutrition. Once trituration has completed, cloth-lined bags or trays filter out pulp before the second stage begins where extreme pressure (up to 6,000 PSI) exerted upon mash to extract juice while simultaneously extracting maximum nutrients as possible from it all at once!

Make your own homemade hydraulic juice press! All it requires is a bucket or other large container to act as the "jacket" for the machine, with tight fitting sides so no liquid escapes. Underneath this jacket should be an extra bucket or pan to collect any juice that drains through, which will then drain into a final collection tray and collection tray for final collection tray collection tray collection once juice extrusion has reached desired level and removed for emptying into bowl or glass containers.

Hydraulic press juicers were first popularized by Dr. Norman Walker as part of his holistic approach to healthful living. He advocated juicing as part of his program of cleansing the colon, diet and body detoxing to restore and sustain vitality in patients. Dr. Walker's Norwalk model hydraulic juicer stands as an outstanding example; this two-stage machine was tested and passed the Gerson Institute standards for alternative cancer therapy treatments.

Assembly

Hydraulic juice presses are an effective way to extract more juice from pulp. By compressing and forcing out any extra vitamins, minerals, or enzymes that adhere to its fibers, a hydraulic press can extract up to 50% more juice from shredded produce pulp than traditional juice extraction methods can do alone.

Hydraulic press juicers differ from centrifugal juicers in that they use thousands of pounds to squeeze pulp through a sieve and extract its juice, creating maximum nutrition yield with minimal oxygen contamination and flavor loss. They allow juice storage up to three days while still maintaining high levels of nutrition and taste retention.

To use the Welles Juice Press, start by placing shredded produce in the lower bucket, wrapping a cloth around it and placing it into the upper bucket with its drip tray on top. Next, you must jack up the handle until both the juicing plate and drip tray come into contact and squeeze together, forcing juice out from pulp fibers through pressing cloth onto drip tray before ultimately being collected by final collection bucket (not included).

Starting a juicing business? This machine is an excellent option to consider! Capable of processing 20 to 40 gallons daily, making operation simpler even for one operator. Cleaning and assembly are straightforward - perfect for single operator operation!

Another alternative is the Norwalk Juicer 290, although more costly than traditional commercial juicers it outshines both in terms of nutrient retention and efficiency in terms of juice yield compared to Masticating and Centrifugal Juicers in lab tests. It outperformed both by 35%.

The Norwalk is a two-stage machine that first crushes, then presses produce for juice production. This method preserves more nutrients intact than centrifugal spinning machines and gives a healthier and superior tasting product. Ideal for commercial kitchens, commissaries, juice bottling facilities and cider production lines alike as it meets FDA, USDA, NSF and CE food safety regulations.


Link to this article: https://www.ihydraulicpress.com/nsn/3806.html

Hot Articles

Latest News