Introduction To Frozen Dough Technology

After working for years in the frozen dough industry, supplying frozen products to bakeries, cafes and restaurants, I had the chance and the pleasure to get quite a lot of experience in the production of good quality frozen dough. A good quality frozen dough product is a product which, after having been frozen for up to 6 months, still comes out of the oven as beautiful, appetising, attractive to the eyes and tasty as a fresh product. So it gives me a great pleasure to share with you some of the secrets about frozen dough production.

First don’t get mixed up with “Retarded Dough System” and “Frozen Dough Technology”. Those are two different ways of processing the dough, the first one is very simple and the second one is very much more elaborate.
– The Retarded Dough System is just normal dough that we place in a normal freezer, to be used up at a later time, may be 1, 2, or 3 days later. This dough loses some of its performance capability during the freezing process and cannot be kept frozen for more than a few days only. This is just a convenient process that we can use in some short term situations.
– The Frozen Dough Technology on the other hand is a very detailed and specific way of processing the dough, that enable the user to get the optimum performance out of the dough which has been frozen for a longer period of time. This period of time could be from just a few weeks to a few months; 6 months being regarded as a maximum for a live dough containing yeast. This is exactly what this article is all about.

First, how many kinds of frozen dough processes can we differentiate?
1) Ready to Prove Frozen Dough, good for most yeast dough and puff pastry as well.
2) Ready to Bake Frozen Dough, recommended especially for croissant and Danish pastry items.
3) Part Baked Frozen Dough, good for bread items, not recommended for croissant, Danish pastry items, and sweet bread and bun items.
4) Full Baked Frozen Dough, good for sweet bread/bun and soft roll, not recommended for bread, croissant, Danish pastry and puff pastry items.
5) Raw Frozen Dough Ready to Bake (Proving in the oven), not available yet, new technology still under intense research and development.

Critical points to succeed in frozen dough preparation
1) Make sure that the fermentation process does not start at any stage during the production.
To achieve that: one must control the temperature of the dough during all the different stages of the process, from the very beginning (mixing) to the very end (proving baking).
Ideally dough temperature must not exceed 16C (61F) during the mixing, dividing and filling of the products.
After the blast freezing procedure the ideal storage temperature is from -18C (64F) TO -22C (72F).

2) To keep the dough temperature under 16C (61F), at all time during processing, is the most difficult part and to achieve this goal we need to:
a) Keep the room temperature at between 16C (61F) and 20C (68F).
b) Use cold flour. Before use, the flour should be stored in a chiller (+4C) (39F).
c) Use cold water from a chiller or a water cooler.
d) Replace 25% of the liquid used (water/milk) with ice flakes. Or if ice flakes are not available the use of icy cold water (+2C) (35F) is recommended.
e) Work the dough straight away from the mixer without or with as little rest as possible between the different stages.
f) Freeze the dough, after shaping and filling, as fast as possible and this is when we need a blast freezer to freeze the product very fast up to the core. Why do we need to freeze the dough as fast as possible? The answer is: To bring the temperature deep inside the products to around -8C (17F) to -15C (5F) very fast, around 10 to 30 minutes, depending of the size of the products. This way the ice crystals formed during the freezing process are very small and do not damage the dough structure. If the freezing process is too long (from 3 to 6 hours with a conventional freezer) the crystals formed inside the dough are very big and will damage the yeast and the gluten structure. Then in this case the product will be very long to prove and will not rise to its maximum desired size, this is typically a low quality frozen dough.

Now looking at each kind of frozen dough processes one by one, we can say that for bread items the part baked system is the best and gives very good results. For croissant and Danish pastry items (as well as bread items) the ready to bake system gives outstanding results, but demands strict supervision, good equipment and premise.

Regarding the ingredients used in the production of frozen dough, they are almost the same as for the normal type of dough except two slight differences.
First, the yeast. Instant yeast and fresh yeast are both good to use but we always have better results with fresh yeast, products are faster to prove with more oven spring as well. Also when it comes to the quantity of yeast used, we have to increase it quite a lot (up to 2 to 3 times the normal quantity) to compensate of the yeast dying during the freezing process.
Second, the dough/bread improver used should be a special kind of improver for frozen dough only. There are many brands available on the market.

Hopefully this article has given you some useful things to think about before you start mixing the dough and I really hope you enjoyed this introduction to the process of frozen production.

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Meant for ardent image lovers, Martofimages.com has come up with a great assortment of Indian images. India is a beautiful country that truly symbolizes Unity in Diversity through its varied traditions, manners, habits, tastes and customs. Each and every region of the country portrays something unique. Mart of Images has attractively captured this distinctive feature of India in its different high resolution pictures. You can browse this online tour and enjoy Indian images pertaining to wide ranging fields, such as art & craft, shopping, leisure & lifestyle, fashion & entertainment, health, culture, fun, sports, transport, religion, animals and birds, nature, science & technology, business, education, and concepts & ideas.

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Veinlite Is Leader In Transilluminator Technology For Vein Imaging And Venous Access

Veinlite is highly regarded in the industry as the leader in transilluminator technology for Vein Imaging. The side-transillumination method is where a bright ring of light is placed on the skin and focused under the skin to form a virtual light source below the skin. This virtual light source is like having a bright light bulb under the skin that moves with the Veinlite. Therefore, uniform transillumination of the skin is made possible almost anywhere on the skin. An opening in the Veinlite devices provides access to the vein while imaging it for faster and accurate vein access. The unique design of the Veinlite devices blocks the vein and stretches the skin for easier access.

The innovative Veinlite products using Transilluminator Technology for Vein Imaging and Venous Access include the following:

Veinlite PEDI is the smallest pocket Veinlite for vein imaging and access in babies, newborns and neonates. An innovative snap-on adapter converts this to a through the body transilluminator for finding veins in neonate limbs. It has 12 dual color LEDs and uses a disposable lithium battery.

Veinlite EMS is an affordable pocket Veinlite for general vein access. This device is perfect for finding veins in adults and children. It has 16 dual color LEDs and uses two AA batteries. The new Veinlite EMS works well in assisting with vein imagining and access regardless of the lighting conditions or the color of the patients skin. Its simple operation and easy to follow instructions makes it a breeze even for the technologically challenged. The durable and lightweight light performs effective vein imaging even in near abusive situations.

Veinlite LED is the brightest and best pocket Veinlite for vein access and sclerotherapy. This device has 24 dual colored LEDs and a lithium rechargeable battery. It comes with pediatric adapter and a light shield. The new Veinlite LED is the most powerful pocket transilluminator available today for vein imaging prior to vein access or for consultation with patients prior to varicose vein treatment. Its unique C-shaped design and side-transillumination method creates uniform lighting for vein imaging anywhere on the body. Use of two scientifically selected LED colors, orange and red, permits visualization of veins in light or dark pigmented skin. The Veinlite LED is also used for standard through-the-body transillumination in children, babies and neonates. Solid-state LEDs used in the Veinlite LED create almost no heat.

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Get Your Hands Comfortable With Touch Technology

Today, Touch screen technology is very famous in the areas of computers along with a phone where the work of the hands is totally replaced by mouse along with pen and fingers. It is the best way to improve the human along with computer interactions. Apart from that in computer world this technology has replaced the mouse along with keypads which are used in the computer world.

There are four types of Touchscreen Technology which includes:-

Resistive Technology This technology is best in offering resolution along with durability part which is further used in different applications along with environments. In resistive technology you will find 2 types of technology one is Matrix one and another one is Analogue one. This technology is played best part in a cost effective field along with durability part.

Capacitive Technology- In this type of technology you will find the touch pad which is having the electrodes of two layer grid which is connected to integrated circuit which is placed on the back side of the pad. As this is mounted with 2 layer grid the upper part is vertical electrodes and the lower layer is horizontal electrodes. The integrated circuit measures the mutual capacitance of both the horizontal along with vertical electrodes when the human finger is placed on the intersection part.

Surface Acoustic Wave Technology- With this type of technologyyou will come across with more advanced screen. This technology is having 2 transducers which are doing the work of transmitting along with receiving on the axis of X and Y panel of the touch. In this Technology glass is used which is called Reflector. It involves the simple process where the controller sends the important information/signals to the transmitting transducer which is turn is received by the receiving transducer who will convert the information/signals into ultra-sonic waves which is turning emits to the reflector which is placed on the edge of the panels. This technology is best in terms of image clarity along with the best light transmission.

This technology is recommended for Amusement Parks along with ATMs, financial and banking institutions where the work is on a daily basis.
You can also come across with 4-wire touch screens which is famous for high quality along with a cost effective method used in many applications. The otherfeatures of4-wire touch screentechnology is

Fast response in case touched by any object

Benefits of liquid resistance

Quality in services

Benefits of low cost method

Nowadays many phones along with computer companies are making the use of resistive technology because of its main features in the computer along with phone world. Thus it makes the touch screen technology very effective.

The Advanced Technology Of The Toshiba Tablet Pc

Product Overview: The Toshiba Tablet PC

Featuring the latest advances in computer technology, the Toshiba Tablet PC is a notebook style computer designed to allow interactive writing on the screen. Touch-screen technology enables users to write with either a stylus or a digital pen. Eliminating the need for a standard mouse and keyboard makes the Toshiba Tablet PC a real asset for executives on the go. For easy access and presentation capability, the Toshiba Tablet PC includes a swivel screen that can be turned out or in depending on the needs of the user. With all the power of a regular notebook PC and the advanced touch-screen capabilities, it represents the future of computer technology.

Features Available on the Toshiba Tablet PC

Just as with standard notebooks, the Toshiba Tablet PC can be customized to include the features that will be most applicable to each user. Selecting the options that will provide the most benefit allows for greater overall value. In addition to the normal applications available, the Toshiba Tablet PC can include:

* Versatile RAM Memory Original and expansion memory can be added as necessary.
* Wi-Fi Capability Get connected to the internet anywhere without the hassle of wires and dial-ups.
* Bluetooth Connectivity Allows for optimum use of Bluetooth devices and synchronization.
* Flash Memory Drive Increases the amount of mobile memory in your PC.
* Toshiba Custom Utilities Created specifically for Toshiba PCs, utility software enables you to monitor and repair your system.
* Dual-Axis Accelerometer Automatically detects the screen position and adjusts the visual accordingly.
* Docking Capability Makes working with a Toshiba Tablet PC as simple to operate as any desktop PC.

Toshiba Tablet PC Models

Toshiba offers several models of their popular tablet PCs. Finding the right Toshiba Tablet PC is a matter of determining the power and utilities you most need. Tablet PCs range in price depending on the model and accompanying features. Some of the most popular models include:

* Toshiba Portege M200 Series – One of the most desired tablet PCs on the market, the Portege M200 series contains everything you from a notebook and tablet PC. Features on the Portege series:

+ 1.5GHz Pentium Processor

+ 256MB Expandable RAM Memory

+ 40GB Hard Drive

+ 12.1 Display Screen

+ 2 USB 2.0 and VGA ports

+ Network Connectivity: 10/100 Ethernet, Modem or Wi-Fi

+ Storage: PC Card Type 1, SD Slot

+ Weight: 4.4Lbs

* Toshiba Satellite R15 Series – A step up from the Portege model, the Toshiba Satellite R15 Series gives you even more power for your applications. Features on the Satellite R15 Series:

+ 1.7GHz Pentium Processor

+ 256MB Expandable RAM Memory

+ 40-80GB Hard Drive

+ 14.1 Display Screen

+ 3 USB 2.0 and VGA, FireWire

+ Network Connectivity: 10/100 Ethernet or Modem

+ Storage: DVD Double Layer Drive

+ Weight: 6.1Lbs

* Toshiba Tecra M4 Series – The top-of-the-line in tablet PCs, the Toshiba Tecra M4 Series supplies advanced power, memory and application capabilities for a complete tablet PC package. Features of the Tecra M4 Series:

+ 1.73Hz Pentium Processor

+ 256MB Expandable RAM Memory

+ 80GB Hard Drive

+ 14.1 Display Screen

+ 2 USB 2.0 and VGA, FireWire, S Video Ports

+ Network Connectivity: Gigabit Ethernet, Modem or Fast IR

+ Storage: DVD Double Layer Drive

+ Weight: 6.2Lbs