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INDICATIONS:
▪ Upper limb amputations at the shoulder
TECHNICAL SPECIFICATIONS
TECHNICAL SPECIFICATIONS
Adduction
180º
Flexion-Extension
240º (25 locking positions)
Weight Capacity
23 kg (50 lbs) with prosthesis
Product Weight
290 g
Warranty
2 years
ENDOSKELETAL TUBE INSTRUCTIONS
1.
Insert tube into tube clamp and secure by hand tightening the set screw. (Fig.2A)
2.
Measure and cut to desired length.
3.
Using the provided 0.125" drill bit, drill through the hole in the center of the tube clamp and
through the tube itself. (Fig. 2B)
4.
In the hole you've just created, fully insert the included SS roll pin. This will prevent the tube
from pulling out. (Fig. 2C)
5.
Torque the set screw of the tube clamp to 5 N-m.
CONTRAINDICATIONS:
▪ None known
MOUNTING INSTRUCTIONS (ALL MODELS)
1.
Create room for mounting plate on plaster cast and attach
2.
Pull check socket over cast and mounting plate
3.
Clean off mounting plate for use in attaching shoulder to socket
4.
Place mounting plate into recessed area of check socket
5.
Drill holes for mounting screws
6.
Attach shoulder joint to mounting plate using provided fasteners and torque to 1 N-m (9 in-lb)
7.
Adjust abduction friction to desired level by turning the hex head screw at the top of the yoke clamp.
8.
Humeral Plate can be removed to access wire routing channel. When re-installing plate, torque fasteners 1
N-m (9 in-lb).
MOUNTING INSTRUCTIONS (MECHANICAL)
Position the shoulder joint vertically so that the locking mechanism is pointed distally. If the locking mechanism
is rotated too far clockwise or counterclockwise it will impede the Bowden cable of the remote lock or nudge kit.
(Figure 3A)
Align the shoulder joint vertically when determining the mounting position. (Figure 3B)
Note: Avoid abduction angles that will cause contact with the yoke joint.
AXIS ELECTRONIC LOCK ACTUATOR
Note: Axis Electronic Shoulder Joints are compatible with the Steeper Espire Elbow Pro and Hybrid versions only.
Electronic Lock Actuator Overview
The Axis Shoulder Joint is available with an electronic lock actuator in both exoskeletal and
endoskeletal versions. The shoulder is powered by the Espire Elbow battery and controlled via the
input of choice. It requires an output cable to actuate the lock, which connects to the input board.
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