Why 3DO? Our mission is to fix a mechanical engineering problem with a mechanical engineering solution. Our technologically advanced custom orthotics are manufactured specifically for each individual's feet and take into account many biomechanical factors that are often overlooked because of the complexity involved in capturing this data. We measure pressure points on the bottom of the feet along with the body's weight distribution (which can tell if one leg is longer than the other). We also analyze the feet in motion through a computer gait analysis. Most importantly, our advanced computer program captures all this information three dimensionally. Exams are simple to perform. The entire process takes less than three minutes from start to finish Clear, simple intuitive diagnostic screens and step-by-step instructions walk the tester and the patient through the entire process Customize the custom orthotics in seconds with just a few clicks Orders are transmitted instantly via the internet Static weight-bearing imaging is a baseline that most people achieve 100% of the time with little variance. It is simple to do and requires no technique. Data is reproducible and consistent time after time, day after day, 24 hours a day, seven days a week. Medical records are encrypted for security and safety. Three levels of back redundancy insure data will never be lost. 3DO is more accurate Using the 3DO system drastically reduces orthotic return rates. Traditional orthotic return rates vary from 17-25% using plaster casting. 3DO return rates hover around 1%. Here are some of the reasons why: There is vast discrepancy in palpation and alignment of the Sub Talar and Midtarsal joints when performing neutral suspension foot casting. This causes consistent errors in manufacturing. Neutral joint alignments can be altered by how the patient is positioned during the casting process. Application of enough plaster thickness is extremely important. If the cast thickness is too thin, distortion of the foot alignment commonly occurs. Drying of the cast is also a problem. The doctor has to hold the foot in its corrected position long enough to enable good forefoot to rear foot alignment, or distortion of forefoot to rear foot occurs. If the cast is removed too early, the alignment of the foot can be disrupted. Improper vertical balancing of the negative cast during positive plaster pour can offset rearfoot to forefoot alignment and creates considerable error. Inadequate suction bladder pressure can create plastic gapping on positive cast. Packing and protecting the negative cast during shipping can also be a considerable problem. Many casts are altered or crushed by shipping. Ordering and proper prescription documentation is another constant problem between the doctor's office and the production laboratory. Making sure the proper orthotic is ordered to filling out the order form can also create confusion and final product to footwear application.

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