The beginning of Waldan’s interest in watch was when he went with his father to a watch repair to let his pocket watch fixed. His father was told repairing that pocket watch will take time and costs a lot, then his father just refuse to let his watch repair and bring it home. Because of the curiosity of Young Oscar he tried to clean and fixed the watch longing to fix it but it turned out to be disassembled.

Every time he remembers that story he may laugh at it now and that incident was the beginning of his success. To fully accomplish his ambition, Waldan went to Germany to have a further study and at the same time work for some well-known watchmaker in Europe. He acquires his first job at Charles Tissot in Switcherland in 1995.

Before long he was presenting his own watch design for Charles Tissot. His first and original creation was the Tissot Navigator, an automatic watch that exhibits 24 time zones around the world. His creation was patronized by people because of its simple features. Waldan get a chance to work in the famous Rolex collection while he is in Switzerland. He studies the most renowned timepiece with rising interest for their intricate design and accuracy of work. This is the beginning of his interest in antique watches.

A watch has a very complex part and mechanism and easy to loose. It needs proper tools to repair and create a good quality and design. An articulating microscope is best recommended when it comes to watch repair so that the very small components can de seen easily with the aid of an articulating microscope. The use of an articulating microscope is very helpful to watch maker most especially some watches now a day are very small so the pieces inside the watch are also small that it is not enough to be seen by our naked eye. Watch maker really need a flexible articulating microscope to produce a good quality timepieces.

Waldan’s creation made possible because of his further studies, determination in life to achieve his goal and discovering new things that can make his creation different to others with a good quality and design. An articulating microscope helps Waldan to create an accurate timepiece with its complicated and mechanical components. Oscar Waldan has dedicated his life to continue his purpose in life and make people valued his timeless pieces.

Watching a teeth as big as a fist or bigger than that is very amazing. The structure that you can’t see by your naked eye is possible to view by the use of an articulating microscope. By this latest microscope the patients get to see the condition of his teeth and explain to him clearly why this happened. They can also see the result of treatment because this articulating microscope is attached to a television which both patient and surgeon can view.

A better quality of fillings, root canal therapy, implants, alveolectomy, and other complicated procedures which can be done by an articulating microscope gives the patient a confident to smile even more. You will observe that the patient will be more aware of his dental health and they cooperate during treatment because they have an assurance that a better and good out come will be done for them. The use of this operating microscope is in the field of dentistry starts to available in India but just recently it also started in Western Europe and some parts of America. It is required by The American Dental Association to operate microscope for post-graduate training in root canal treatment and now almost endodontist in the USA have their personal microscope or use a microscope to their work. Not only endodontist is obliged to use an articulating microscope. Some field of dentistry is starting to use it, like orthodontists and prosthodontists are beginning to start using a microscope.

It is a very big improvement in the field of dentistry by using a microscope. From the time a microscope was use in dentistry especially in endodontic, the additional canal found in the root of a tooth was called MB2’s and other microscopic structures of canals that was found with the use of a microscope is not impossible to treat well. The chances of failure in root canal therapy are much smaller compare than before.

Some dentist use microscope even in cleaning and scaling of the teeth because there are some areas that are hard to reach by our naked eye and the dentist just assume that it is already clean and later on the patient will just found out that one of his teeth is was already decay due to accumulation of plaque and will wonder how come this happened he always had his cleaning to his dentist regularly. It is better to have a modern technology to be use in the field of dentistry or in all medical fields. A big chance of having a successful operation and treatment can give to the patient. The patient’s confidence and trust to his dentist is increased to see the improvement and changes to his smile.

Although there have been advancement in the field of cancer treatment, surgery is still the foremost option for treatment of cancer. Open operations is commonly practiced and is well established even though effects can be devastating to the patients health. Such as the scenario of; if the surgeon limits the removal of the tumor so that the voice or the nasal breathing will not be affected it may increase the risk of reoccurrence, or if a more extensive operating area is done to the neck it may affect the voice or the nasal, which both requires extensive and expensive treatment.

In this article minimal invasive treatment is recommended in the treatment of cancer particularly in the head and neck area. Entry of the probe for minimal invasive treatment is thru the mouth and with special open distendable laryngoscopes which exposes the cancer and maintain a visible contact throughout the operation. A CO2 laser cutting beam directed with a micromanipulator attached to a surgical articulating microscope. A “special” laryngeal grasping forceps is then used to position the tumor. For easier treatment the tumor is divided into smaller units using a laser beam, wherein each of those units is exposed and removed using laser. To ensure safety for the surrounding unaffected tissue a safety zone is set depending on the size and position of the tumor. The advantage of this type of surgery is that no attempt to close the wound or introduce a flap is need for no such procedure was undertaken before the operation.

What is the advantage of microsurgery over open surgery? The article elaborates, wherein the tumors in the head and neck never grow as a homogeneous sphere and that they follow the surrounding micro anatomy. For this type of procedure an articulating microscope is always needed. The article further states, microscopes, or articulating microscopes provide a new and improve way of viewing invasive interaction between each individual tumor and its surroundings. An articulating microscope has the ability to position in an instant without the need of moving the base. And most articulating microscope has the provision for video display and recording (through a computer) of the surgery. This ability of an articulating microscope gives not only the surgeon but also the assistant an advantage of improving the viewing of the affected area, exposure of the procedure, such as proper suction and the operation itself.

The article also contain on the role of minimal invasive transoral surgery, and further development and findings on how it may make a difference in the field of cancer treatment.

The surgeries described in this article are used in different stages of the treatment. More often one or more of these surgical procedures may be used to confirm if tumor is dangerous (known as a malignant tumor), surgery during treatment and post operative procedure to assure tumor will not reoccur. As listed in this article a surgery is required to diagnose the type of tumor by removing whole or piece of the tumor. Next removal of the whole tumor or remove as much as possible, this will possibly slow down the growth of the brain tumor and succeeding treatment, such as chemotherapy may be applied. If a tumor cannot be removed completely, surgery might be advised. Even if a small tumor is only removed this will still help in the treatment, as this will either be easier for radiotherapy or chemotherapy. It is easier to treat a smaller tumor than a bigger one. Depending on the stage and the type of the brain tumor will dictate the success of the operation.

Brain tumor surgeons/doctors are called neurosurgeons. During the operation the neurosurgeon will have a team at his side to help, assist and do other procedure. The team led by the neurosurgeon may have another neurosurgeon as a consultant. An Ear, Nose and Throat (ENT) specialist / surgeon may also be available.

In a complex surgery such as a brain removal tumor surgery the doctor will require the patient to undergo a CT scan or MRI scan. Both this can will help determine the exact location of the tumor. Either of this two scan will precede a biopsy. A biopsy will show exactly what type of brain tumor the patient has.

Craniotomy is next discussed in the article, which is the most common type of operation for a brain tumor. The procedure requires cutting out flap of bone from the skull which gives the surgeon an opening of the skull to the brain.

All microsurgery requires a high powered articulating microscope. This articulating microscope gives the surgeon the ability to take a closer look at the brain tissue during the operation. This allows the surgeon to precisely locate and operate a brain tumor with the use of high powered articulating microscope. An articulating microscope or a high powered microscope used in surgery usually has an articulating arm that allows easy positioning of the scope for easy observation. As all sophisticated microscope a high powered articulating microscope has video capability for recording purposes.

When a brain tumor blocks the normal circulation of fluid around the brain and spinal cord a shunt is needed to drain the fluid and relieve the pressure inside the head. Ultrasonic aspiration is the removal of tumor by breaking up using sound waves. Using sound waves breaks the tumor into small pieces then sucks the pieces as well. Neuroendoscopy a minimal invasive surgery uses an endoscope to probe through the brain. There are other available treatments for brain tumor and more are being discovered as technology progresses.

Dr. Peter Kotschy is a strong advocate of preventive, periodontology as well as minimal invasive dentistry, as such he has been using microscopes for preventive operations, periodontal and restorative procedures, endodontic, and prosthodotic work, enabling for a precise removal of secondary caries which was difficult before microscopes were introduced. What are the advantages of a microscope, first we have to look at the disadvantages. Conventionally, a decaying tooth is treated and filled with amalgam. This procedure is without certainty and complete caries control cannot be assured. It is a fact that a 100% caries control is impossible and a secondary caries will likely occur. In a secondary caries, it is actually a residual of primary caries, this are caries which were not completely removed. Although in the field of amalgam filling advancements have been made on the improvement of the type of amalgam filling, a tightly sealed amalgam cannot assure a secondary caries will not develop. Thus the article states, if we were able to completely remove primary caries will then be able to prevent further residual decay from spreading.

Microscope assisted precision dentistry (MAP dentistry), is one of the field in medicine were an articulating microscope is needed. Considering that dentistry as the article states, is one of the medical specialty with the most demanding precision standards. Microscopes have evolved from fixed type to articulating microscope types. Articulating microscope has the advantage of mobility. With an articulating arm, the articulating microscope can shift from one position without moving the entire equipment. Like most microscope in the field of surgery, articulating microscopes have video attachment capability wherein videos or images can be seen from an external monitor. The use of microscope assisted precision dentistry (MAP dentistry) is not only challenging but also time consuming, but considering the breakthrough in oral health surgery; in caries control, Dr. Peter Kotschy recommends the use for endodontic treatment and all other dental work in the fight to control caries.

Evidence of clarity enhancing treatments include laser drilling, which leaves behind trails on the surface of the diamond, when viewed sideways under an articulating microscope. A very small white dot can be seen trailing from the top of the gemstone. This simply means that the imperfections have been removed and the diamond has been previously treated. Another method, one that requires magnification of a jeweler’s loupe or an articulating microscope because it is invisible to the naked eye, is called fracture filling. Jewelers use this to fill in very minute cracks with a clear substance. Fracture filling, however, is temporary. Some repairs and cleaning can dislodge, erode or stain the filler. Also, there may appear to be flashes of color when the diamond is rotated. Trapped air bubbles from the filling may also be apparent. As advised by the Gemological Institute of America, the GIA, a fracture filled diamond is not the best buy, especially if it is for an engagement ring or a piece of jewelry that will be worn continuously, because the filling is not permanent.

It is essential to buy diamonds from a reputable dealer or jeweler, one that is honest about the enhancements that were done to treat the diamond. Remember that treatments appear to make the diamond better than it really is. There is nothing wrong with purchasing a treated or enhanced diamond, as long as you know what those treatments are and the price you pay for it is appropriate. But before anything else, make sure you are knowledgeable about you want and how much you are willing to pay for it. Diamonds deserve the time and the effort to be acquired. This is why a diamond so often signifies eternity. Shopping for a diamond is a lot like selecting a life-long partner

Evidence of clarity enhancing treatments include laser drilling, which leaves behind trails on the surface of the diamond, when viewed sideways under an articulating microscope. A very small white dot can be seen trailing from the top of the gemstone. This simply means that the imperfections have been removed and the diamond has been previously treated. Another method, one that requires magnification of a jeweler’s loupe or an articulating microscope because it is invisible to the naked eye, is called fracture filling. Jewelers use this to fill in very minute cracks with a clear substance. Fracture filling, however, is temporary. Some repairs and cleaning can dislodge, erode or stain the filler. Also, there may appear to be flashes of color when the diamond is rotated. Trapped air bubbles from the filling may also be apparent. As advised by the Gemological Institute of America, the GIA, a fracture filled diamond is not the best buy, especially if it is for an engagement ring or a piece of jewelry that will be worn continuously, because the filling is not permanent.

It is essential to buy diamonds from a reputable dealer or jeweler, one that is honest about the enhancements that were done to treat the diamond. Remember that treatments appear to make the diamond better than it really is. There is nothing wrong with purchasing a treated or enhanced diamond, as long as you know what those treatments are and the price you pay for it is appropriate. But before anything else, make sure you are knowledgeable about you want and how much you are willing to pay for it. Diamonds deserve the time and the effort to be acquired. This is why a diamond so often signifies eternity. Shopping for a diamond is a lot like selecting a life-long partner

As the name implies, natural stones are derived from the earth and contains a miracle mixture of minerals and elements that make precious stones like diamonds so rare and valuable. Simulated stones are manufactured to depict the magnificence of the real stones, with the help of technology, chemistry and skilled creators. Technology like the articulating microscope, which is often used in research laboratories to study cells, tissue and blood is a helpful piece of equipment in jewelry making and gemstone simulation. The flexibility and mobility of the articulating microscope allow for the easy manipulation and visualization of very small objects. Imagine trying to place a delicate piece of gemstone onto a section of jewelry without having to strain the eyes or the back to see the piece properly. This is where the articulating microscope, with other handheld tools, comes in to make the work of the jeweler more efficient and precise. Articulating microscopes are also known to be used in the delicate vocations of watch and circuit board repair, engraving, art restoration and the creation of dental braces.

In between natural and simulated gemstones are laboratory grown gemstones. But these aren’t just mere copies of the real thing. The scientists make these stones with the same molecular components as the natural stones as much as possible. Using simulated or laboratory grown stones are widely accepted nowadays, by both manufactures and consumers alike. There are a few simple reasons why this is being done.

First of all, a real diamond will cost an arm and a leg. Not many people can afford the real thing. The popularity of simulated diamonds has soared over the years, mainly because they are readily available and not too costly for the average person to purchase. It also looks as good as the real thing. The quality of laboratory and simulated gemstones can also be predetermined, allowing for the rich, deep colors of colored gemstones to be achieved. With natural stones, the colors may be difficult to define. Moreover, for jewelry enthusiasts, size matters. The bigger, the flashier, the better. This is easily done with simulated and laboratory grown gemstones. With natural stones, it is often tricky to determine the size after it has been cut. A person can also acquire several simulated pieces of jewelry for a fraction of what one single piece of jewelry with the real gemstone will cost.

Evidently, these factors will base on the personal preferences of the lucky jewelry recipient. There are those who can pull off wearing big and flashy simulated stones, while there are those who refuse to wear anything but the real thing.

Damage to your collectibles may remain to be unseen with the naked eye until it may be too late. An articulating microscope helps to identify any damage to your collectibles. Art restorers in museums and art galleries use this kind of flexible articulating microscope to repair art pieces that may be difficult to repair without adequate magnification. With the mobility of the articulating microscope, the cleaning, restoring and repairing of art is made easier. This holds true not only for paper collectibles, but also for artifacts, sculptures and paintings that prove to be priceless collections of museums and private collectors.

So what if it is too late and your precious collectibles has already been exposed to harmful environment or stored inappropriately? With art pieces like sculptures and antiques, these are remedied easily by bringing the pieces to experts who, with the genius use of technology and chemicals, will repair and clean your pieces and make them look brand new, or as new as they can possibly get. With paper articles and paintings however, the process is a lot more difficult and challenging. Not only can paper articles can be cleaned and repaired, it needs to be restored. There are people who are educated and trained for the sole purpose of restoring art pieces. The article states some examples of such pieces that have benefited from this kind of restoration. These pieces of often historical value have been admired and valued, sold and resold, for generations.

It is a general opinion that historic art pieces, whether made from paper or any other material, should be properly stored, repaired and if needed, restored by those who are experts in the field. But for those of us who try to hold on to moldy and fungi infested photographs of our childhood days that have been stored badly, it isn’t entirely up to us to try to restore them. The evidence of those days may be long gone, but the memories will eternally remain within our minds. Which is more important to you?

Braces are simply defined in dentistry as an appliance that is wired or fixed to the teeth with the purpose of straightening them. Braces have evolved during the times, depending on the type of technology used to create them. The articulating microscope, for example, has helped reform braces. The type of articulating microscope essential in the construction of dental braces is the one with the mobile stand, which makes it easier to maneuver in any kind of workspace. This kind of articulating microscope allows for the flexibility and portability in medical research as well, pertaining to cells, drugs and tissue examination. Not only is the articulating microscope a crucial element in the production of dental braces and other wire instruments, it is also a valuable equipment to have in the research laboratory. It is ideal mainly because it allows craftsmen, scientists and researchers to work with very small objects easily and accurately.

Now that we have the tools to make dental braces smaller and less conspicuous, the notion of braces being equated with being a nerd or a social outcast is fast disappearing as well, with the use of braces in family-oriented TV shows like the Brady Bunch, The Cosby Show and Mr. Belvedere. A-list stars like Tom Cruise, Ashley Judd and Gwen Stefani have been known to wear braces in their adulthood, giving off the idea that braces are fun and hip in this generation. Music videos, European TV shows and even athletes are sporting dental braces. Daughters of former presidents like Amy Carter and Chelsea Clinton had braces while their fathers were presidents. British royalty like Prince Harry has been photographed countless times in his teens with dental braces.

Turn on your TV and you’ll find that braces nowadays are not just the standard dull metal gray, but can be seen in an array of colors. Thanks to handy equipment like the articulating microscope, dental braces are constructed to be less obvious. So rather than whine about them and complain that you stand out because you have a mouth full of metal, think of dental braces in a positive light. While you have them, you can play around with the colors to match your outfits. When you eventually have them removed, you’ll have a set of perfect straight teeth guaranteed to make you look like a movie star. So smile and keep on smiling!