Location:Home>News>New Solutions>How to Make a Hydraulic Fruit Press

How to Make a Hydraulic Fruit Press

time:2023-07-28 views:(点击 110 次)
[Article Summary]:Processing fruits grown on household plots can be made much faster using a hydraulic press. Such an instrument does not require special tools and ca……

Processing fruits grown on household plots can be made much faster using a hydraulic press. Such an instrument does not require special tools and can even be constructed by hand.

The key element in fruit juicers is a perforated basket into which crushed fruit (pulp) or berries can be placed to produce juice, with pressure applied by either screw or hydraulic car jack to squeeze juice from them.

Basics

Hydraulic fruit presses are an efficient and durable device perfect for those interested in home-crafted juice, cider or wine production. Their efficient yet durable design preserves vitamins while extracting a rich aroma for high yield juice production. In order to protect yourself from mildew, mold, dust or insects accumulating between uses it's vital that the press remains clean and sterilized between uses - the easiest way is regular washing/rinsing using hot water (preferably using detergent as well if desired) with regular rinsing using hot water scalding hot water wash/rinse cycles can ensure its proper hygiene between uses!

There are various designs of hydraulic fruit presses on the market. While some use mechanical designs, others use an electro-hydraulic mechanism powered by electricity and hydraulics to achieve similar results as manual fruit presses. Mechanical models tend to be cheaper and simpler to build than their hydraulic counterparts but do not produce as much juice quickly.

One of the most commonly used hydraulic fruit presses utilizes an elastic barrel-membrane as a pressure-generating mechanism. When filled with high pressure water from an ordinary tap, the membrane expands when saturated, forcing liquid through holes in a basket where crushed apples and berries are placed to squeeze out juice into storage trays.

Another type of hydraulic fruit press utilizes drainage frames constructed from solid wood, connected by an upper frame that holds the jack and can be installed from either below or above according to user preference. For optimal use, this jack should have an estimated capacity of 2-3 thousand kilograms in order to withstand the pressure produced by a hydraulic press.

Both types of hydraulic fruit presses require regular care and attention in order to remain functional. Their frames should remain clean, while individual parts should be washed and rinsed after every use to remove any trace of juice or pomace that remains. Furthermore, it is advisable to regularly hose down any areas where debris builds up or where insects congregate - this will keep insects at bay!

Materials

Hydraulic presses consist of a container with drilled holes where raw materials are stored, as well as special filter envelopes to capture juice that flows during pressing. Often made out of wood, such as this device allows it to withstand high-pressure environments.

As part of a proper juice production plan, it is also advised to pre-grind raw materials into more compact forms in order to achieve higher juice yields. This can be accomplished either manually or using a hydraulic grater; the latter option being more efficient but the former being convenient when there is ample time available to prepare a sufficient quantity of juice before consumption.

There are various kinds of hydraulic units on the market, such as mechanical and pneumatic units. While mechanical units tend to be cheaper and simpler to make, they do not produce as much pressure compared to hydraulic ones which use compressors; these latter units can create up to 20 tons of pressure which are sufficient to produce high-quality juice.

If you want to build your own hydraulic press, the first step should be gathering all of the materials for it. Aside from the frame itself, other essential items include a car jack and juice-collection container. When building the frame itself, only solid and weather-resistant wood should be used; fasteners such as nails or screws may cause it to fracture under heavy strain.

Assembling the frame requires considering the height of both tray and bucket. To accommodate for this, build the frame taller than actual bucket and tray for easier reach by the jack; additionally it may be beneficial to include additional feet so gravity reset can easily reset after pressing down on it.

Design

Hydraulic presses for fruit and berries are devices designed to quickly create large volumes of juice without much effort. Their basic design consists of a perforated basket into which crushed fruits or berries are placed, in order to squeeze the juice from them. Once this process begins, its piston can be lowered by turning a handle until enough juice extrudes through holes in the basket into a special tray and later transferred into another container.

Hydraulic presses come in many designs, but for home use the ideal model should not require electricity and be made of strong yet lightweight materials like stainless steel or plastic. Furthermore, it should be easy to transport and store. There are two primary types of hydraulic presses: manual and belt. Manual hydraulic presses are popular as they're easy to operate while taking up minimal space - even one person can operate one! However, belt models have much greater production rates with up to 4,500 kilograms being produced per hour!

To create an affordable DIY hydraulic fruit press, it is necessary to purchase or build a frame which serves as the basis of the device. Oak or beech wood should be chosen as strong bases. Attention should be paid to its strength as the device will come under intense pressure when the jack is lowered; for added stability three pieces of square pipe should be welded directly below both frames on either side, followed by boards or OSB boards laid across these legs for support.

Hydraulic presses without using jacks as their means of producing force typically utilize an elastic barrel-membrane as its force-generating mechanism. When this membrane comes into contact with water supplied from conventional tap networks at 1.5-2 atmosphere pressure, it expands. As it does so, the membrane presses onto crushed apples or other fruit that have been crushed until its juices come pouring out onto a tray below.

Installation

Hydraulic fruit presses are frequently employed to extract juice from apples, but they can also be used to process berries, grapes and other fruits. Small-scale producers will find this device extremely convenient as it enables large volumes of fruit to be processed quickly; and in comparison with manual devices for extracting juice it also proves extremely efficient.

Hydraulic fruit presses consist of two primary parts: a container and barrel. The container should have perforations large enough to enable easy juice extraction from its perforations cylinder; then placed on a pallet made of boards or slats for support.

Once the container is full, a hydraulic jack is used to pressurize it with force: 1-5 tons is more than enough force to extract juice from many apples at the same time.

For optimal frame construction, it is wise to select wood that can withstand large forces without cracking under heavy loads. Nailing or screwing down nails could act like wedges that split the wood under huge loads; bolts may be better and should be fastened in the center of each wooden slat for fastening purposes.

An elastic barrel-membrane can also serve as an effective mechanism that provides the required pressure for devices such as these. When expanded, this membrane acts on raw material which has been folded into a basket form, and liquid flows out through holes on its walls into storage trays.

Squeezing force in this case is provided by either an internal screw, similar to those found in mangle rollers, or by something resembling mangle rollers inserted into the barrel. Unfortunately, however, this device is only intended for commercial use and thus costs quite a lot.

Additionally, small hydraulic devices for household use also exist; while these models tend to be cheaper than their industrial counterparts, their productivity remains high; on average they produce around 1.7 liters of juice in five minutes!


Link to this article: https://www.ihydraulicpress.com/nsn/4056.html

Hot Articles

Latest News