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Your IP: 172.71.254.194
2024-05-20 05:05
Article number: 18200200
Ingenious mixing paddle geometry The ingenious mixing paddle geometry ensures optimum mixing. Because the mixing paddle is as close as possible to the bowl, it takes up as much material as possible (A). The design of the mixing paddle ensures that the material is pushed to the bottom against the centrifugal force (B). The material is mixed most thoroughly at the bottom (C). This also creates pressure that along with the vacuum removes any air bubbles from the material.
Integrated overflow guard All bowls have marks to indicate the maximum filling capacity so that incorrect use is virtually eliminated. The bowls also have a collection area above the mixing paddle so that inadvertently overfilling them does not cause a problem. A dual valve prevents penetration of dust or mixing material into the vacuum pump. This valve is easily changed and cleaned in an ultrasonic cleaner and this is the only maintenance required.
Integrated overflow guard All bowls have marks to indicate the maximum filling capacity so that incorrect use is virtually eliminated. The bowls also have a collection area above the mixing paddle so that inadvertently overfilling them does not cause a problem. A dual valve prevents penetration of dust or mixing material into the vacuum pump. This valve is easily changed and cleaned in an ultrasonic cleaner and this is the only maintenance required.
Always use the same mixing bowl for mixing one type of material. Residue from previous mixes can have a detrimental effect (e.g. duplicating silicone will not cure etc.). We therefore recommend using a different bowl for each type of material (plaster, investment, duplicating silicone, alginate).
Mixing bowl, 1000 ml
Article number: 18201020
Ingenious mixing paddle geometry The ingenious mixing paddle geometry ensures optimum mixing. Because the mixing paddle is as close as possible to the bowl, it takes up as much material as possible (A). The design of the mixing paddle ensures that the material is pushed to the bottom against the centrifugal force (B). The material is mixed most thoroughly at the bottom (C). This also creates pressure that along with the vacuum removes any air bubbles from the material.
Integrated overflow guard All bowls have marks to indicate the maximum filling capacity so that incorrect use is virtually eliminated. The bowls also have a collection area above the mixing paddle so that inadvertently overfilling them does not cause a problem. A dual valve prevents penetration of dust or mixing material into the vacuum pump. This valve is easily changed and cleaned in an ultrasonic cleaner and this is the only maintenance required.
Integrated overflow guard All bowls have marks to indicate the maximum filling capacity so that incorrect use is virtually eliminated. The bowls also have a collection area above the mixing paddle so that inadvertently overfilling them does not cause a problem. A dual valve prevents penetration of dust or mixing material into the vacuum pump. This valve is easily changed and cleaned in an ultrasonic cleaner and this is the only maintenance required.
Mixing bowl with paddle, 500 ml
Article number: 18200500
Ingenious mixing paddle geometry The ingenious mixing paddle geometry ensures optimum mixing. Because the mixing paddle is as close as possible to the bowl, it takes up as much material as possible (A). The design of the mixing paddle ensures that the material is pushed to the bottom against the centrifugal force (B). The material is mixed most thoroughly at the bottom (C). This also creates pressure that along with the vacuum removes any air bubbles from the material.
Integrated overflow guard All bowls have marks to indicate the maximum filling capacity so that incorrect use is virtually eliminated. The bowls also have a collection area above the mixing paddle so that inadvertently overfilling them does not cause a problem. A dual valve prevents penetration of dust or mixing material into the vacuum pump. This valve is easily changed and cleaned in an ultrasonic cleaner and this is the only maintenance required.
Integrated overflow guard All bowls have marks to indicate the maximum filling capacity so that incorrect use is virtually eliminated. The bowls also have a collection area above the mixing paddle so that inadvertently overfilling them does not cause a problem. A dual valve prevents penetration of dust or mixing material into the vacuum pump. This valve is easily changed and cleaned in an ultrasonic cleaner and this is the only maintenance required.
Mixing bowl with paddle, 1000 ml
Article number: 18201001
Ingenious mixing paddle geometry The ingenious mixing paddle geometry ensures optimum mixing. Because the mixing paddle is as close as possible to the bowl, it takes up as much material as possible (A). The design of the mixing paddle ensures that the material is pushed to the bottom against the centrifugal force (B). The material is mixed most thoroughly at the bottom (C). This also creates pressure that along with the vacuum removes any air bubbles from the material.
Integrated overflow guard All bowls have marks to indicate the maximum filling capacity so that incorrect use is virtually eliminated. The bowls also have a collection area above the mixing paddle so that inadvertently overfilling them does not cause a problem. A dual valve prevents penetration of dust or mixing material into the vacuum pump. This valve is easily changed and cleaned in an ultrasonic cleaner and this is the only maintenance required.
Integrated overflow guard All bowls have marks to indicate the maximum filling capacity so that incorrect use is virtually eliminated. The bowls also have a collection area above the mixing paddle so that inadvertently overfilling them does not cause a problem. A dual valve prevents penetration of dust or mixing material into the vacuum pump. This valve is easily changed and cleaned in an ultrasonic cleaner and this is the only maintenance required.
Mixing bowl with paddle, 65 ml
Article number: 18206500
Ingenious mixing paddle geometry The ingenious mixing paddle geometry ensures optimum mixing. Because the mixing paddle is as close as possible to the bowl, it takes up as much material as possible (A). The design of the mixing paddle ensures that the material is pushed to the bottom against the centrifugal force (B). The material is mixed most thoroughly at the bottom (C). This also creates pressure that along with the vacuum removes any air bubbles from the material.
Integrated overflow guard All bowls have marks to indicate the maximum filling capacity so that incorrect use is virtually eliminated. The bowls also have a collection area above the mixing paddle so that inadvertently overfilling them does not cause a problem. A dual valve prevents penetration of dust or mixing material into the vacuum pump. This valve is easily changed and cleaned in an ultrasonic cleaner and this is the only maintenance required.
Integrated overflow guard All bowls have marks to indicate the maximum filling capacity so that incorrect use is virtually eliminated. The bowls also have a collection area above the mixing paddle so that inadvertently overfilling them does not cause a problem. A dual valve prevents penetration of dust or mixing material into the vacuum pump. This valve is easily changed and cleaned in an ultrasonic cleaner and this is the only maintenance required.
