DYNADAPT™
F10
Instruction for use
IFU-01-036, Rev. A
F10 Dyn Adapt Steeper Group
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DynAdapt™ – F10 Instructions for use for prosthetists Read before use |
IFU-01-036 Rev. A 2023-02 |
Pass on § 12, 13, 14, 15, 16, 17 and 18 of these instructions to the patient.
INCLUDED ITEMS
| Part description | Part number | Included / Sold separately |
| DynAdapt Foot with regular toe | F10-00-0xAyy-RU* | Included |
| DynAdapt Foot with sandal toe, right | F10-00-0xAyy-SR* | |
| DynAdapt Foot with sandal toe, left | F10-00-0xAyy-SL* | |
| Black Spectra® sock | SO-NPS-200zz-00* | Suitable sock included |
| Stiffening bumpers | KIT-00-1137U-00 | Included |
| Foot Shell Removal Tool | ACC-00-10300-00 | Sold separately |
| Foot shell with regular toe (no cap) | FTC-3M-1 | Sold separately (see catalogue) |
| Foot shell with sandal toe (no cap) | FTC-2M-1 |
* x = Category, yy = Size (see table §3), zz = Size
DESCRIPTION
DynAdapt™ is an energy-return prosthetic foot consisting of:
- A carbon keel
- A carbon sole plate
- A male pyramid connection
- A Spectra® sock
Available with regular toe or right or left sandal toe and delivered with a set of elastomer stiffening bumpers.
PROPERTIES
| Side | Right or Left | ||
| Size | 22 to 25 cm | 26 to 28 cm | 29 to 31 cm |
| Sandal toe option | Yes | Yes | No |
| Weight* | 550 g / 1.2 lbs | 628 g / 1.4 lbs | 790 g / 1.7 lbs |
| Build height* | 155 mm / 6.1″ | 166 mm / 6.5″ | 178 mm / 7.0″ |
| Heel height | 10 mm / 3/8″ | ||
*Based on sizes 23, 26, 29, cat. 4, with foot shell, Spectra sock and 10 mm heel height
This device has been tested according to ISO 10328 for a maximum patient weight up to 166 kg for 2 million cycles.
| Selection of foot category based on patient’s weight and activity level | |||||||||||
| Weight*) | lbs | 100-115 | 116-130 | 131-150 | 151-170 | 171-195 | 196-220 | 221-255 | 256-285 | 286-325 | 326-365 |
| kg | 44-52 | 53-59 | 60-68 | 69-77 | 78-88 | 89-100 | 101-116 | 117-130 | 131-147 | 148-166 | |
| Activity level |
Low | 1 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 |
| Moderate | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | ||
| High | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | |||
*) Body mass limit not to be exceeded (ISO 10328)
MECHANISM OF ACTION
During the strike phase, the sole and heel store energy, which they return in the middle of the stance phase. This property creates the impetus enabling the forefoot to accumulate energy and return it upon the step completion.
INTENDED USE/INDICATIONS
This medical device is supplied to healthcare professionals (prosthetists), who will train the patient in its use. The prescription is drawn up by a doctor who assess the patient’s ability to use the device.
This device is for multiple use on a SINGLE PATIENT. It must not be used on another patient.
INSTRUCTIONS FOR USE
This device is intended to be integrated in a custom-made external lower limb prosthesis to ensure the function of the foot in patients with unilateral or bilateral lower limb amputation and/or congenital limb deficiencies.
This device is indicated for patients with moderate activity level (K3) for walking and physical activity without excessive overload.
Maximum weight (load carrying included): 166 kg / 365 lbs (See table §3)
CLINICAL BENEFITS
- Walking comfort
- Reduction of joint impacts
- Stability on variable terrain
- Possible walking on uneven ground
ACCESSORIES AND COMPATIBILITY
An appropriate foot shell must be mounted on the foot module (refer to our catalogue).
The foot includes a male pyramid connection designed to be compatible with standard female pyramid connectors (see our catalogue).
ALIGNMENTS
Bench Alignment
Before installing the prosthesis on the patient:
- Align the foot module in plantar/dorsal flexion, by inserting the foot (with foot shell) into the shoe to account for the heel height
- Align the socket in adduction/abduction, to ensure an appropriate angle in the frontal plane
- Align the socket in flexion/extension, to ensure an appropriate angle in the sagittal plane
- Adjust the position of the socket so that the load line falls to the anterior dome of the pyramid (see illustration)
Dynamic Alignment
To optimize roll-over from heel to forefoot, adjust the following variables:
- Foot position in the anterior/posterior plane
- Plantar/dorsal flexion
- Heel flexibility
The dynamic alignment is performed in accordance with good professional practices.
ASSEMBLY
The DynAdapt is pre-assembled and consists of a foot module, a Spectra sock and a foot shell. After dynamic alignment, tighten the pyramid adjustment screws according to the specifications of the connector manufacturer. Secure pyramid adjustment screws with a thread locking adhesive (i.e., Loctite 242).
Spectra® sock
A Spectra sock is included to protect the foot shell and minimize noise. It must be placed on the foot module before mounting the foot shell.
Foot shell
To install and remove the foot shell, use the foot shell removal tool to prevent damage of the foot module.
Never remove the foot from the foot shell by pulling manually. This could damage the foot.
ADJUSTMENTS
The heel stiffness at foot loading can be adjusted using the stiffening bumpers. The bumpers may be temporarily attached using the pre-applied adhesive in the location indicated in the table below. The recommended location will stiffen the heel of about 1 category. If necessary, move the bumpers anteriorly (stiffer) or posteriorly (softer) to get the desired stiffness. For permanent placement, clean off the pre-applied adhesive with acetone and adhere bumpers using cyanoacrylate glue.
| Foot size (A) | Distance from the rear end of the sole (B) |  |
| 22-25 cm | 29 mm / 1,14″ | |
| 26-28 cm | 35 mm / 1,4″ | |
| 29-31 cm | 48 mm / 1,9″ |
TROUBLESHOOTING
| CONCERN | SYMPTOM | SOLUTION |
| Heel too soft | • Foot flat occurs too rapidly • Toe feels excessively stiff • Knee hyperextension |
• Shift socket anteriorly in relation to the foot • Attach stiffening bumpers. See section 10 above for installation details |
| Heel too hard | • Rapid knee flexion, instability • Heel to toe progression too fast • Lack of energy return sensation |
• Shift socket posteriorly in relation to the foot • Verify appropriate foot module category |
| Foot module too stiff | • Flat spot in rollover motion at slow cadences | • Consider a lower category foot module |
| Foot module too soft | • Clicking noise at initial contact • Excessive toe deflection with high impact activity |
• Consider a higher category foot module |
WARNINGS
In case of damaged packaging, check the integrity of the device.
Never use the foot without a foot shell.
Never loosen the pyramid fastening screws.
The patient must inform their prosthetist if they gain or lose significant weight.
Always use the foot with a sock and shoe. Failure to adhere to this advice may cause product failure, as well as serious injury.
Make sure that the foot and inside of the foot shell are free of impurities (e.g., sand). The presence of impurities causes the graphite parts to wear out. Clean the foot according to the instructions (see §16).
After swimming, using in water or if splashed by a liquid, the foot must be cleaned (see §16).
If the patient notices any abnormal behavior or feel any changes in the characteristics of the device (noise, play, excessive wear…), or if the device has received a severe impact, they should stop using the device and consult their prosthetist.
Failure to follow the instructions for use is dangerous and will void the warranty.
CONTRAINDICATIONS
Use for a patient whose maximum weight (load carrying included) may exceed 166 kg / 365 lbs
Use for activities associated with a risk of significant impact or excessive overloading
SIDE EFFECTS
There are no known side effects directly associated with the device.
Any serious incident that has occurred in relation to the device should be reported to the manufacturer and to the competent authority of the Member State in which the user is established.
MAINTENANCE AND CONTROL
The foot module must be inspected by the prosthetist at least every six months. Inspections at shorter intervals are required if the user is more active.
The Spectra sock and the foot shell must be replaced by the prosthetist at regular intervals, depending on the patient’s level of activity. If these parts are damaged, it can lead to premature foot wear.
The lifetime of the foot depends upon the patient’s level of activity.
CLEANING
Remove the foot shell and the Spectra sock, clean the foot with clear water and neutral soap and dry carefully.
The foot shell can be cleaned with a damp cloth or sponge.
ENVIRONMENTAL CONDITIONS
Temperature range for use and storage: -20 to 60°C
Relative air humidity: no restrictions
Water-resistant: the device is resistant to occasional immersion and splashes.
DISPOSAL
The foot is made of carbon fiber composite, epoxy, PU polymers, titanium, and stainless steel. The device and its packaging must be disposed of in accordance with local or national environmental regulations.
DESCRIPTION OF THE SYMBOLS
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Manufacturer |  |
Identified risk | |
CE marking and year of 1 st declaration |
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Authorized representative in the European Union | |
Single patient, multiple use |
REGULATORY INFORMATION
This product is a CE-marked medical device and is certified as conforming with Regulation (EU) 2017/745.
PROTEOR USA3 Morgan
Irvine, CA 92618 – USA
+1.855.450.7300
support@proteorusa.com – www.proteorusa.com
PROTEOR SAS6 rue de la Redoute
21850 Saint-Apollinaire – France
+33 3 80 78 42 42
cs@proteor.com – www.proteor.com
Documents / Resources
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PROTEOR F10 Dyn Adapt Steeper Group [pdf] Instruction Manual F10 Dyn Adapt Steeper Group, F10, Dyn Adapt Steeper Group, Steeper Group, Group |