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Model of nervous system helps in studying general view of the peripheral
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In addition to the well-known ORTHObones
PREMIUM, the high-quality training bone,this 3B Scientific model is an alternative, for your workshops. Our
workshop bones meet the following requirements:
• Anatomically accurate
• Realistic haptics
• Simple handling
• Two-component structure
• Excellent results
• Fantastic value for money
The new ORTHObones STANDARD have a hard cortical bone and softer, spongy bone (spongiosa).
The two-component structure ensures particularly realistic haptics and appearance of these workshop bones.
The surface of the ORTHObones STANDARD is not as rigid as that of
ORTHObones PREMIUM and is therefore more suitable for carrying out
medullary nailing, for example. Overall, mechanically manipulating the
new ORTHObones STANDARD is easier.
In workshops in which basic skills or surgical methods and correct
handling of implants are ofparticular importance, the benefi ts of
ORTHObones STANDARD are particularly evident. Furthermore, ORTHObones
STANDARD are anatomically accurate, making them a cost-eff ective
alternative to traditional demonstration models.
AREAS OF APPLICATION
As a surgeon or orthopedist, the 3B Scientific® ORTHObones will enable you to optimise your skills.
Practise new techniques to perfection, and regularly test your ability
to carry out common techniques. Regardless of whether you specialise in
fractures to arms or legs, maxillofacial surgery or pelvic implants,
ORTHObones STANDARD offer a cost-effective and anatomically correct
range of workshop bones. You will be perfectly prepared for treating
your patients!
Manufacturers of medical implants, endoprostheses and similar products
can also take advantage of ORTHObones STANDARD in a range of ways.
First, you can test and optimise the ORTHObones STANDARD during the
development phase, at low cost. Second, workshop and presentation
participants will see how your products behave in realistic situations
and will get a feel for how they can be used.
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In addition to the well-known ORTHObones
PREMIUM, the high-quality training bone, this 3B Scientific model is an alternative, for your workshops. Our
workshop bones meet the following requirements:
• Anatomically accurate
• Realistic haptics
• Simple handling
• Two-component structure
• Excellent results
• Fantastic value for money
The new ORTHObones STANDARD have a hard cortical bone and softer, spongy bone (spongiosa).
The two-component structure ensures particularly realistic haptics and appearance of these workshop bones.
The surface of the ORTHObones STANDARD is not as rigid as that of
ORTHObones PREMIUM and is therefore more suitable for carrying out
medullary nailing, for example. Overall, mechanically manipulating the
new ORTHObones STANDARD is easier.
In workshops in which basic skills or surgical methods and correct
handling of implants are ofparticular importance, the benefi ts of
ORTHObones STANDARD are particularly evident. Furthermore, ORTHObones
STANDARD are anatomically accurate, making them a cost-eff ective
alternative to traditional demonstration models.
AREAS OF APPLICATION
As a surgeon or orthopedist, the 3B Scientific® ORTHObones will enable you to optimise your skills.
Practise new techniques to perfection, and regularly test your ability
to carry out common techniques. Regardless of whether you specialise in
fractures to arms or legs, maxillofacial surgery or pelvic implants,
ORTHObones STANDARD offer a cost-effective and anatomically correct
range of workshop bones. You will be perfectly prepared for treating
your patients!
Manufacturers of medical implants, endoprostheses and similar products
can also take advantage of ORTHObones STANDARD in a range of ways.
First, you can test and optimise the ORTHObones STANDARD during the
development phase, at low cost. Second, workshop and presentation
participants will see how your products behave in realistic situations
and will get a feel for how they can be used.
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3B Biomechanical Test Blocks
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Use to test implants and devices
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Train the evaluation of bone density
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Simulate different sets of characteristics, i. e. bone density and cortical thickness
Bone density: 10 – 30 PCF (Pounds per Cubic Foot)
The solid rigid polyurethane foam is available in 4 different densities: 10, 15, 20 and 30 PCF.
Cortical thickness: 1 – 3 mm
The cortical shell is simulated by a dense plate on top of each block.
Its density is 40 PCF and three different thicknesses (1, 2 or 3 mm) are
available for each foam density option.
Dimensions:
CP1: 1 mm cortical thickness: 9.5 x 4.5 x 3.1 cm
CP2: 2 mm cortical thickness: 9.5 x 4.5 x 3.2 cm
CP3: 3 mm cortical thickness: 9.5 x 4.5 x 3.3 cm
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3B Biomechanical Test Blocks
-
Use to test implants and devices
-
Train the evaluation of bone density
-
Simulate different sets of characteristics, i. e. bone density and cortical thickness
Bone density: 10 – 30 PCF (Pounds per Cubic Foot)
The solid rigid polyurethane foam is available in 4 different densities: 10, 15, 20 and 30 PCF.
Cortical thickness: 1 – 3 mm
The cortical shell is simulated by a dense plate on top of each block.
Its density is 40 PCF and three different thicknesses (1, 2 or 3 mm) are
available for each foam density option.
Dimensions:
CP1: 1 mm cortical thickness: 9.5 x 4.5 x 3.1 cm
CP2: 2 mm cortical thickness: 9.5 x 4.5 x 3.2 cm
CP3: 3 mm cortical thickness: 9.5 x 4.5 x 3.3 cm
|
3B Biomechanical Test Blocks
-
Use to test implants and devices
-
Train the evaluation of bone density
-
Simulate different sets of characteristics, i. e. bone density and cortical thickness
Bone density: 10 – 30 PCF (Pounds per Cubic Foot)
The solid rigid polyurethane foam is available in 4 different densities: 10, 15, 20 and 30 PCF.
Cortical thickness: 1 – 3 mm
The cortical shell is simulated by a dense plate on top of each block.
Its density is 40 PCF and three different thicknesses (1, 2 or 3 mm) are
available for each foam density option.
Dimensions:
CP1: 1 mm cortical thickness: 9.5 x 4.5 x 3.1 cm
CP2: 2 mm cortical thickness: 9.5 x 4.5 x 3.2 cm
CP3: 3 mm cortical thickness: 9.5 x 4.5 x 3.3 cm
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