Maximatic EFD-1010 instruction manual Fruit Drying Chart, Preparation & Pretreatment of Fruits

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PREPARATION & PRETREATMENT OF FRUITS:

Almost all fruits are suitable for drying at home, but some fruits will require more drying time than others; the guidelines offered in this manual will help you get started. Some fruits might not be suitable for drying all year round, so it will be helpful to learn which fruits are in season and experiment with those first.

Preparation:

Wash fruits well and remove any bruised or overripe portions. Peel if desired. Larger fruits may be halved. If pieces of fruit vary in size, they may be sliced 3/8” to ½” thick for more even drying. Smaller fruits such as grapes and cherries may be dried whole. Remove pits or stones from fruits such as prunes, cherries, apricots, etc. Fruits that have been artificially waxed to prevent moisture loss should always be peeled. Peeling is optional with other fruits. Dried pear skins tend to be grainy, and peach peels are a little fuzzy.

Most fruits can be placed directly on the drying rays as they are prepared…pineapples, grapes, strawberries, prunes, etc. However, apples apricots, peaches and pears turn brown when the cut surface are exposed to the air, due to oxidation and the continuous reaction of enzymes, these fruits may be pretreated to slow this browning and to prevent loss of vitamins A an C, but your attention is called to the cautions set forth below, which are for your protection. If you are drying these fruits, and you intend to pre-treat them, cut pieces can be prevented from browning while they are being prepared by keeping them in a holding solution until you have sufficient fruit to pre-treat.

Pretreatment:

Below are listed several optional methods of pretreatment. You need not pre-treat food in order to dry it. However, pretreatment often makes food look better, increases the shelf life and can even enhance the nutritional value of some foods. Experiment with both treated and untreated food in your storage to see which will best suit your needs. Remember, proper storage is critical to the quality of the stored product, whether treated or untreated.

Natural Pre-Dips:

Use pineapple or lemon juice as a natural alternative to other pretreatments to reduce browning. Slice fruit directly into juice. Remove promptly (about 2 minutes) and place on trays. Fruits may also be dipped in honey, spices, lime or orange juice, jello powders or sprinkled with coconut to give them a snappy dried flavor. Use your imagination and make your own flavorful dip.

Sodium Bisulfite:

Ask for food-safe, (USP) grade only. Dissolve 1 teaspoon of sodium bisulfite in one quart of water. Prepare small amounts of fruit and dip for 2 minutes in the solution. This helps prevent loss of vitamin C and maintains a bright color.

Sodium bisulfite is available in most pharmacy/drug stores.

Popping Backs:

When drying fruit halves, especially apricots, it has been suggested that popping the back (“inside out”) will speed the drying time. This is true, but it also results in the loss of the nutritional juices to the bottom of the dehydrator. Instead, cut each half in half again to give the end product more nutritional value, a brighter color, and faster reconstitution capabilities .

FRUIT DRYING CHART..

FRUIT

PREPARATION & PRETREATMENT

ESTIMATE TIME

Apples

Wash, and peel if desired. Cut in halves

22-24 hours

 

and remove core, then cut into chunks or

 

 

slice. Can be pretreated with a little

 

 

lemon juice to prevent browning.

 

 

 

 

Apricots

Wash, cut in halves and remove pit. Cut

30-35 hours

 

further into quarters, if desired.

 

 

 

 

Bananas

Peel and slice. Can be pretreated with a

22-24 hours

 

little lemon juice to prevent browning.

 

 

 

 

Cherries

Wash and remove pit

22-24 hours

 

 

 

Coconut

Drain milk, crack and remove coconut.

24-30 hours

 

Pat dry and cut into ¼” thick chunks.

 

 

 

 

Figs

Wash and remove stems. Cut into halves

22-24 hours

 

or quarters (dry skin side up)

 

 

 

 

Grapes

Wash and remove stems. Leave whole.

23-25 hours

 

 

 

Papaya

Wash and peel. Cut into large or small

30-35 hours

 

chunks, as desired.

 

 

 

 

Peaches

Wash, cut in halves and remove pit. Cut

35-42 hours

 

further into quarters, if desired.

 

 

 

 

Pears

Wash, and peel if desired. Cut in halves

28-32 hours

 

and remove core, then cut into chunks or

 

 

slices. Can be pretreated with a little

 

 

lemon juice to prevent browning.

 

 

 

 

Pineapple

Remove core and cut into chunks, or slice

22-25 hours

 

into wedges.

 

 

 

 

Prunes

Wash, cut in halves and remove pit. Cut

30-35 hours

 

further into quarters, if desired.

 

 

 

 

Strawberries

Wash and leave whole, cut in halves or

12-15 hours

 

slice.

 

 

 

 

*Approximate times are offered as guidelines only. Drying time may vary, depending on quality and quantity of fruits be dried.

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Contents Limited WARRANTY* ONE 1 Year WarrantyImportant Safeguards Parts & Features First USE & Operation Polarize Plug & Short Cord SafetyVegetable Preparation & Pretreatment Estimated Time Vegetable Drying ChartPreparation & Pretreatment of Vegetables Fruit Preparation & Pretreatment Estimate Time Fruit Drying ChartPreparation & Pretreatment of Fruits Helpful Hints Meat Drying PreperationOther Dryable Items Food Storage MaintenancePackaging Storage Conditions

EFD-1010 specifications

The Maximatic EFD-1010 is a cutting-edge device that has garnered considerable attention in the realm of precision dispensing technology. Designed for various industries, including electronics, automotive, and medical applications, the EFD-1010 stands out for its versatility and reliability.

One of the main features of the Maximatic EFD-1010 is its advanced microprocessor control, which allows for precise and consistent dispensing of fluids. This feature is essential for tasks that require high accuracy, such as circuit board assembly and intricate adhesive applications. The device can handle a wide range of materials, including low and high viscosity adhesives, sealants, and other fluids, making it a valuable tool for any production line.

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In terms of technology, the EFD-1010 employs a state-of-the-art positive displacement pump system. This system ensures that each dispense is uniform and repeatable, which is crucial for quality assurance in manufacturing processes. Additionally, the system is designed to minimize waste, allowing for more economical use of dispensing materials.

The EFD-1010 also features a compact design, which makes it easy to integrate into existing production setups without requiring extensive modifications. Its portability allows manufacturers to deploy the device across multiple workstations as needed, enhancing workflow efficiency.

Moreover, the device incorporates safety features that protect operators during use. Automatic shutoff mechanisms and protective enclosures work together to reduce the risk of accidents, making it a safe choice for high-paced production environments.

In summary, the Maximatic EFD-1010 is an innovative and versatile dispensing solution that combines advanced technology, user-friendly operation, and safety features. Its ability to handle various materials with precision makes it a crucial asset for any manufacturer aiming to enhance productivity and quality in their production lines. With the EFD-1010, companies can confidently meet the demands of modern manufacturing while ensuring consistent results and minimizing waste.