Lakhasly

reinforcement lay-up for the hip Socket 1.Socket discomfort: Might cause discomfort or sores where the prosthesis attaches.The foot is removed but the heel pad is saved so the patient can put weight on the leg without a prosthesis Symes prosthesis Adv of symes Disadv of symes A Symes prosthesis is a type of lower limb prosthetic device used for individuals who have undergone an amputation at the ankle joint Adv of symes 1.Materials' Properties: Physical

• Physical properties are characteristics of a material related to how it behaves without changing what it's made of.

They include things like how well it conducts electricity, how hot it needs to get before it melts, how much heat it can hold, how much it expands when it gets hot, and whether it's magnetic or not.Metals

• Aluminum, titanium, and stainless steel are metals often used in orthoses and prostheses
• They are chosen because they are strong and durable but not too heavy.Temperability:
• Temperability refers to how well a material can be hardened or softened through heat treatment to achieve desired properties.Cut a piece of Perlon Stockinette (a type of fabric) to the right length based on the size needed (20, 25, or 30 cm).Safety Precautions for Cutting or Tearing Glass Fiber Materials Safety Precautions:
• When cutting or tearing glass fiber materials, do it under a suction hood to prevent small particles from floating in the air.Castability:
• Castability refers to how well a material can be melted and poured into a mold to create a specific shape.Solderability:
• Solderability is how well a material can be joined or bonded with solder (a metal alloy) when heated.Limited ankle movement: Can't move the ankle much, affecting walking on uneven ground.Place a layer of Fiberglass Matting over the lower part of the model where the hip socket sits.Next Step:
• Cut another piece of Perlon Stockinette fabric to the right length.Plastics
• Thermoplastics are types of plastic that can be heated and reshaped.These metals provide the necessary structural support for the devices while being lightweight enough for comfortable use.- It's like how you can change the texture of dough by baking it at different temperatures.2.3.4.2.3.5.2.3.4.2.

reinforcement lay-up for the hip Socket

1. Cut a piece of Perlon Stockinette (a
   type of fabric) to the right length based on
   the size needed (20, 25, or 30 cm).


2. Put half of this fabric over the plaster
   model for the hip socket.


3. Twist the other half over the area where
   the hip socket isn't needed and pull it
   down over the model.


4. Place a layer of Fiberglass Matting over
   the lower part of the model where the hip
   socket sits.

Safety Precautions for Cutting or
Tearing Glass Fiber Materials
Safety Precautions:

• When cutting or tearing glass fiber
  materials, do it under a suction hood to
  prevent small particles from floating in
  the air. These particles can cause itching
  and harm to your eyes and lungs.
  Next Step:


• Cut another piece of Perlon Stockinette
  fabric to the right length.


• Pull the first half of this fabric over the
  lay-up (the materials you've already
  placed).


• Leave the second half of the fabric
  hanging for now; don't pull it down yet.

Plastics

• Thermoplastics are types of plastic that can be
  heated and reshaped.


• Polyethylene and polypropylene are two common
  types of thermoplastics.


• They are popular because they are lightweight,
  tough, and easy to shape.


• Doctors use them to make custom fittings for
  patients because they can mold them to fit the
  patient's body.
  Metals


• Aluminum, titanium, and stainless steel are metals
  often used in orthoses and prostheses


• They are chosen because they are strong and
  durable but not too heavy.

These metals provide the necessary structural
support for the devices while being lightweight enough
for comfortable use.
Carbon fiber

• They're popular because they're very strong but also
  very light.


• Doctors use them to make parts of orthotic and
  prosthetic devices because they provide the needed
  strength without adding much weight.


• So, they're great for making lightweight but sturdy
  supports for people's bodies.
  Materials' Properties:
  Physical


• Physical properties are characteristics of a material
  related to how it behaves without changing what it's
  made of.

They include things like how well it conducts
electricity, how hot it needs to get before it melts,
how much heat it can hold, how much it expands
when it gets hot, and whether it's magnetic or not.
technical quality

1. Castability:

• Castability refers to how well a material can be
  melted and poured into a mold to create a specific
  shape.


• It's like how easily chocolate can be melted and
  poured into a mold to make a chocolate bar.

2. Malleability:

• Malleability is how easily a material can be
  hammered, pressed, or rolled into thin sheets without
  breaking.


• It's like how easily you can flatten out clay with a
  rolling pin.

3. Machinability:

• Machinability is how easy it is to cut, drill, or
  shape a material using machines like lathes or mills.


• It's like how smoothly and easily you can carve
  wood with a sharp knife.

Solderability:

• Solderability is how well a material can be joined
  or bonded with solder (a metal alloy) when heated.


• It's like how easily two pieces of metal can be
  glued together with hot glue.

5. Temperability:

• Temperability refers to how well a material can be
  hardened or softened through heat treatment to
  achieve desired properties.


• It's like how you can change the texture of dough
  by baking it at different temperatures.
  • Safety Equipment
  • Keep a first-aid kit handy for treating small injuries like cuts and burns.
  • Have the right tools to put out fires, including knowing where fire
  alarms are.
  • Know where fire exits are and keep them clear.
  • Get familiar with all safety gear and how to use it

Symes amputation
A Syme amputation is an amputation done through the ankle joint. The foot
is removed but the heel pad is saved so the patient can put weight on the leg
without a prosthesis
Symes prosthesis Adv of symes
Disadv of symes
A Symes prosthesis is a type of lower limb prosthetic device used for
individuals who have undergone an amputation at the ankle joint
Adv of symes

1. Better walking: Helps people walk better and do daily tasks more easily.


2. Improved balance: Gives more stability when standing or moving.


3. Natural look: Looks more like a real leg under clothes, boosting
   confidence.


4. Easy shoe fitting: Makes it easier to find and wear regular shoes.
   Disadv of symes


5. Limited ankle movement: Can't move the ankle much, affecting walking
   on uneven ground.


6. Socket discomfort: Might cause discomfort or sores where the prosthesis
   attaches.