Static Alignment; Dynamic Trial Fitting - Ottobock 1C10 Terion Instrucciones De Uso

Perform the alignment and assembly of the prosthetic components in the
alignment apparatus according to the following specifications:
Heel height:
Effective heel height (shoe heel height – sole thickness of fore­
foot) + 5 mm
Frontal alignment:
Alignment reference line on a–p markings of the connection
cap/footshell (see fig. 1)
Sagittal alignment:
Alignment reference line on m–l markings of the connection
cap/footshell (see fig. 1)
Connect the prosthetic socket and prosthetic foot using the chosen
adapters.
Be sure to follow the adapter instructions for use during adjust­
ment and installation.
Sagittal alignment:
Determine the centre of the prosthetic socket with the 50:50
gauge.
Align the prosthetic socket centrally to the alignment reference line.
Socket flexion:
Residual limb flexion of the patient + 5°
Observe the abduction or adduction position.
TF bench alignment
► Observe the information in the prosthetic knee joint instructions for use.

5.1.3 Static Alignment

• Use the L.A.S.A.R. Posture for static alignment optimisation of the pros­
thesis, if available.
• If necessary, the alignment recommendations (TF modular leg pros­
theses: 646F219*, TT modular leg prostheses: 646F336*) may be
requested from Ottobock.

5.1.4 Dynamic Trial Fitting

• Adapt the prosthesis in the sagittal plane (AP) and in the frontal plane
(ML) by making angle or slide adjustments so that correct heel contact,
smooth roll-over and optimal weight transfer onto the contralateral side
are ensured.
• With transtibial amputees, make sure that physiological knee flexion is
achieved in the stance phase.
16 | Ottobock
Bench alignment process