Process and equipment in sterilization. Tool preparation and presoak *We prep all implants used in any given procedure by placing them under running water.

Process and equipment in sterilization

Process and equipment in sterilization

Tool preparation and presoak

Tool preparation and presoak

*We prep all implants used in any given procedure by placing them under running water for about 30sec.

*Then we presoak all implants in a chemical bath until the tools are ready to be placed inside the hydrim.

Presoak Optim 33 TBPresoak Optim 33 TB

Surface Disinfectant Optim 33 TB

Surface Disinfectant Optim 33 TB

The HydrimThe Hydrim*After the first two steps

of tool processing, the hydrum can be useful for the following :

*It eliminates the potential dangers and disaster which can arise in tool scrubbing.

*It cuts down a large amount of time the operator must be in contact with any potential biohazard

*The Hydim also has a dry cycle which ensures your tools are clean and dry before being bagged and sterilized.

*After the first two steps of tool processing, the hydrum can be useful for the following :

*It eliminates the potential dangers and disaster which can arise in tool scrubbing.

*It cuts down a large amount of time the operator must be in contact with any potential biohazard

*The Hydim also has a dry cycle which ensures your tools are clean and dry before being bagged and sterilized.

How the hydrim pulls debris from the toolsHow the hydrim pulls debris from the tools

Cassette and Chamber Autoclaves

Cassette and Chamber Autoclaves

*What are the differences in gravity displacement autoclaves.

*Such as Type N, Type S, and positive displacement.

*What are the benefit and drawbacks?

*What are the differences in gravity displacement autoclaves.

*Such as Type N, Type S, and positive displacement.

*What are the benefit and drawbacks?

Gravity displacement autoclaves or Type N.Gravity displacement autoclaves or Type N.

*These autoclave our the most commonly used in the tattoo and piercing community.

*The name refers to the way air is removed from the chamber.

*This design of autoclave generally has a heating element in the bottom of the autoclave chamber, along with a fill hole that transfers water from a reservoir to the autoclave chamber.

*The benefit of this type of autoclave is it's simplicity along with being very cost effective.

*These autoclave our the most commonly used in the tattoo and piercing community.

*The name refers to the way air is removed from the chamber.

*This design of autoclave generally has a heating element in the bottom of the autoclave chamber, along with a fill hole that transfers water from a reservoir to the autoclave chamber.

*The benefit of this type of autoclave is it's simplicity along with being very cost effective.

Positive Pressure Displacement Autoclave

Positive Pressure Displacement Autoclave*The positive pressure

displacement autoclave improves on the design of a gravity displacement autoclave by creating the steam in a separate internal unit or "steam generator”

*The steam needed to displace air builds in a separate chamber which opens the check valve and a pressurized burst of steam enters the autoclave chamber, this resulting in a higher percentage of air from the chamber which decreases autoclave cycle times.

*Drawbacks high initial cost and a smaller chamber or cassette

*The positive pressure displacement autoclave improves on the design of a gravity displacement autoclave by creating the steam in a separate internal unit or "steam generator”

*The steam needed to displace air builds in a separate chamber which opens the check valve and a pressurized burst of steam enters the autoclave chamber, this resulting in a higher percentage of air from the chamber which decreases autoclave cycle times.

*Drawbacks high initial cost and a smaller chamber or cassette

Negative pressure displacement

Autoclaves or Type S

Negative pressure displacement

Autoclaves or Type S*The negative pressure displacement

unit is able to achieve a highest "Sterility Assurance Level" (SAL)

*The main difference in this type of autoclave: is when the chamber is closed a vacuum pump removes all the air form the chamber and then the pressurized steam is injected into the chamber.

*These also have filtered dry cycles which allows for the packages to completely dry before entering ambient air.

*Drawbacks size of unit and high initial cost

*The negative pressure displacement unit is able to achieve a highest "Sterility Assurance Level" (SAL)

*The main difference in this type of autoclave: is when the chamber is closed a vacuum pump removes all the air form the chamber and then the pressurized steam is injected into the chamber.

*These also have filtered dry cycles which allows for the packages to completely dry before entering ambient air.

*Drawbacks size of unit and high initial cost

Aquastat and Condensation Cubes

Aquastat and Condensation Cubes

• The Aquastat is used to turn tap water into distilled water, while the Condensation Cubes neatly dispose of the waste water from the back of the Statim

• Both are relatively cheat and have a great upside.

• Simple construction so very durable

• Both are self-contained units meaning no wiring and just a little plumbing for the cubes

• The Aquastat is used to turn tap water into distilled water, while the Condensation Cubes neatly dispose of the waste water from the back of the Statim

• Both are relatively cheat and have a great upside.

• Simple construction so very durable

• Both are self-contained units meaning no wiring and just a little plumbing for the cubes

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