The bubble-forming technique (or Vacuum-forming) is an excellent method to pull clear check sockets that are crystal clear and silky prosthetic lines.
In this step-by step video prosthetics near me tutorial in this video tutorial, we’ll guide you through the fundamental procedure for forming a bubble to make a good liner or socket prosthetic. Starting with the preparation of the mold positive until the actual process of forming bubbles.
Learn important tips and tricks to achieve the best results with the thermoplastic sheets from Orfitrans.
You can directly access the YouTube video.
Before you begin
The method for forming bubbles works for all Orfitrans materials. However, dependent on the type of sheet you select the oven settings may differ slightly. Find the proper heating duration and temperature with this helpful overview:
This instructional video can be used as a reference for bubble-forming sheets of Orfitrans. When you adhere to our guidelines and guidelines, you’ll be in a position to pull the perfect sockets repeatedly.
Once you’ve made your prosthetic socket with Orfitrans and are ready to put it together, you must finish it to ensure it’s a seamless and fitting. Find out our most effective methods for finishing your thermoplastic socket.
High-temperature orthoses provide long-term and solid support for people suffering from persistent or chronic Orthotics near me ailments. Their robust and long-lasting features ensure maximum comfort and stability.
Drape-forming is the manufacturing technique of choice when it is used to create long-lasting orthoses using thermoplastics that are high-temperature.
In this tutorial this guide, we will provide a fundamental overview of the process of creating an orthosis drape by using Orfitrans Excel. First, let’s take a some look at the distinctions between high-temperature thermoplastics and low-temperature thermoplastics.
Low-Temperature and. Thermoplastics with high-temperature
Low-temperature (LTTP) or high-temperature thermoplastics (HTTP) are suitable to fabricate orthotic devices, but what are the distinctions between them?
Of course it is true that the temperature at which the material is activated or heated is the main distinctive factor that differentiates both types of materials. Low-temperature thermoplastics (LTTP’s) (e.g. Orfit Classic, Aquafit NS, Orfilight) are able to be heated up to 65degC (149degF) in contrast to high-temperature substances (HTTP’s) ( Orfitrans) are activated with a temperatures of between 130degC (266degF) between 160 and 160degC (320degF). The LTTP’s are heated using an hot water bath (splint pan) or dry heater while HTTP’s need an infrared oven or convection oven.
Due to the extremely high activation temperatures of HTTP’s due to the high activation temperatures of HTTP’s, the orthotic manufacturing procedure differs than the LTTP’s. Low-temperature thermoplastics are able to be moulded directly on the patient. High-temperature thermoplastics, however, on contrary, require to be molded using a model of the patient’s extremity. Therefore, the creation of this model will be an additional step in the manufacturing procedure.
Orthoses with high temperatures are ideal for longer-term wear or permanent wear and lower-temperature thermoplastics are intended for fitting immediately and for short-term treatments, particularly to be used immediately following injuries or surgeries.