Otto Bock 1C63 Triton Low Profile Instructions For Use Manual page 12

INFORMATION
Last update: 2017-01-17
• Please read this document carefully before using the product.
• Follow the safety instructions to avoid injuries and damage to the product.
• Instruct the user in the proper and safe use of the product.
• Please keep this document in a safe place.
1 Preface
The main features of the 1C63 Triton Low Profile carbon fibre foot are the lightweight design and
the unique interconnected functional elements which allow amputees with mobility grade 3 or 4 to
walk easily in everyday life situations including participation in high energy activities.
The 1C63 is designed for use in modular prostheses for patients with different amputation levels.
The combination of spring elements offers the following functional advantages:
• Comfortable heel strike with noticeable plantar flexion.
• Smooth movement of the ankle during mid-stance phase for the natural rollover of the foot.
• Dynamic transition from the stance to swing phase.
• Controlled forefoot response and energy return.
• Compensation for uneven terrain.
• To be used in case of low clearance because of low structural height.
The foot is designed to be used with the footshell. The foam connection cap provides effective
connection between the foot and the cosmetic foam cover.
1.1 Indications for use
The 1C63 Triton Low Profile prosthetic foot is exclusively used for lower limb prosthetic fittings.
1.2 Field of application
Area of application according to Ottobock's MOBIS classification:
1C63 = 21 – 24 cm
Recommended for amputees with Mobility Grade 3 and 4 (unrestricted outdoor walkers
and unrestricted outdoor walkers with particularly high demands).
Approved for patient weight of up to 100 kg (220 lbs).
1C63 = 25 – 30 cm
Recommended for amputees with Mobility Grade 3 and 4 (unrestricted outdoor walkers
and unrestricted outdoor walkers with particularly high demands).
Approved for patient weight of up to 150 kg (330 lbs).
Please refer to the selection chart below to determine the appropriate stiffness required accord-
ing to Ottobock recommendations.
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