10 Questions You Should to Know about lower limb prosthesis for sale

19 Aug.,2024

 

What You Should Know Before Getting a Prosthetic Leg

What You Should Know Before Getting a Prosthetic Leg

Prosthetic legs, or prostheses, can help people with leg amputations get around more easily. They mimic the function and, sometimes, even the appearance of a real leg. Some people still need a cane, walker or crutches to walk with a prosthetic leg, while others can walk freely.

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If you have a lower limb amputation, or you will soon, a prosthetic leg is probably an option you&#;re thinking about. There are a few considerations you should take into account first. 

Not Everyone Benefits from a Prosthetic Leg

While many people with limb loss do well with their prosthetic legs, not everyone is a good candidate for a leg prosthesis. A few questions you may want to discuss with your doctor before opting for a prosthetic leg include:

  • Is there enough soft tissue to cushion the remaining bone?
  • How much pain are you in?
  • What is the condition of the skin on the limb?
  • How much range of motion does the residual limb have?
  • Is the other leg healthy?
  • What was your activity level before the amputation?
  • What are your mobility goals?

The type of amputation (above or below the knee) can also affect your decision. It&#;s generally easier to use a below-the-knee prosthetic leg than an above-the-knee prosthesis. If the knee joint is intact, the prosthetic leg takes much less effort to move and allows for more mobility.

The reason behind the amputation is also a factor, as it may impact the health of the residual limb. Your physical health and lifestyle are also important to consider. If you were not very active and lost your leg due to peripheral vascular disease or diabetes, for example, you will struggle more with a prosthesis than someone who was extremely active but lost a limb in a car accident.

When it comes to amputation, each person is unique. The decision to move forward with a prosthesis should be a collaborative one between you and your doctor.

Prosthetic Legs Are Not One Size Fits All

If your doctor prescribes a prosthetic leg, you might not know where to begin. It helps to understand how different parts of a prosthesis work together:

  • The prosthetic leg itself is made of lightweight yet durable materials. Depending on the location of the amputation, the leg may or may not feature functional knee and ankle joints.
  • The socket is a precise mold of your residual limb that fits snugly over the limb. It helps attach the prosthetic leg to your body.
  • The suspension system is how the prosthesis stays attached, whether through sleeve suction, vacuum suspension/suction or distal locking through pin or lanyard.

There are numerous options for each of the above components, each with their own pros and cons. &#;To get the right type and fit, it&#;s important to work closely with your prosthetist &#; a relationship you might have for life.

A prosthetist is a health care professional who specializes in prosthetic limbs and can help you select the right components. You&#;ll have frequent appointments, especially in the beginning, so it&#;s important to feel comfortable with the prosthetist you choose.

Rehabilitation Is an Ongoing, Collaborative Process

Once you&#;ve selected your prosthetic leg components, you will need rehabilitation to strengthen your legs, arms and cardiovascular system, as you learn to walk with your new limb. You&#;ll work closely with rehabilitation physicians, physical therapists and occupational therapists to develop a rehabilitation plan based on your mobility goals. A big part of this plan is to keep your healthy leg in good shape: while prosthetic technology is always advancing, nothing can replicate a healthy leg. 

Getting Used to a Prosthetic Leg Isn&#;t Easy

Learning to get around with a prosthetic leg can be a challenge. Even after initial rehabilitation is over, you might experience some issues that your prosthetist and rehabilitation team can help you manage. Common obstacles include:

  • Excessive sweating (hyperhidrosis), which can affect the fit of the prosthesis and lead to skin issues.
  • Changing residual limb shape. This usually occurs in the first year after an amputation as the tissue settles into its more permanent shape, and may affect the fit of the socket.
  • Weakness in the residual limb, which may make it difficult to use the prosthesis for long periods of time.
  • Phantom limb pain could be intense enough to impact your ability to use the prosthesis.

A Note on Phantom Limb Pain

Phantom limb pain, or pain that seems to come from the amputated limb, is a very real problem that you may face after an amputation. About 80% of people with amputations experience phantom limb pain that has no clear cause, although pain in the limb before amputation may be a risk factor.

Mirror therapy, where you perform exercises with a mirror, may help with certain types of phantom limb pain. Looking at yourself in the mirror simulates the presence of the amputated leg, which can trick the brain into thinking it&#;s still there and stop the pain.

In other cases, phantom limb pain might stem from another condition affecting the residual limb, such as sciatica or neuroma. Addressing these root causes can help eliminate the phantom pain.

Your Leg Prosthesis Needs May Change

At some point, you may notice that you aren&#;t as functional as you&#;d like to be with your current leg prosthesis. Maybe your residual limb has stabilized and you&#;re ready to transition from a temporary prosthesis that lasts a few months to one that can last three to five years. Or maybe you&#;ve &#;outwalked&#; your prosthesis by moving more or differently than the prosthesis is designed for. New pain, discomfort and lack of stability are some of the signs that it may be time to check in with your prosthetist to reevaluate your needs.

Your prosthetist might recommend adjusting your current equipment or replacing one of the components. Or you might get a prescription for a new prosthetic leg, which happens on average every three to five years. If you receive new components, it&#;s important to take the time to understand how they work. Physical therapy can help adjust to the new components or your new prosthetic leg.

Prosthetic Leg Technology Is Always Evolving

There are always new developments in prosthetic limb technology, such as microprocessor-driven and activity-specific components.

  • Microprocessor joints feature computer chips and sensors to provide a more natural gait. They may even have different modes for walking on flat surfaces or up and down the stairs.
  • There are also specialized prosthetic legs for different activities, such as running, showering or swimming, which you can switch to as needed. In some cases, your everyday prosthetic leg can be modified by your prosthetist to serve different purposes.
  • Osseointegration surgery is another option. This procedure involves the insertion of a metal implant directly into the bone, so there is no need for a socket. The prosthetic leg then attaches directly to that implant. While this procedure is not right for everyone and is still under study, it can provide improved range of motion and sensory perception.

It&#;s important to remember that you&#;re not alone in navigating the many different prosthetic leg options. Your care team will help you weigh the pros and cons of each and decide on the ideal prosthetic leg that matches your lifestyle.

Johns Hopkins Comprehensive Amputee Rehabilitation Program

Having the support of a dedicated team of experts is essential when recovering from the amputation of a limb. At Johns Hopkins, our team of physiatrists, orthotists, prosthetists, physical and occupational therapists, rehabilitation psychologists and other specialists works together to create your custom rehabilitation plan.

Learn more about our amputee rehabilitation program

Lower Limb Prostheses - Policy Article (A)

Article Text

NON-MEDICAL NECESSITY COVERAGE AND PAYMENT RULES

For any item to be covered by Medicare, it must 1) be eligible for a defined Medicare benefit category, 2) be reasonable and necessary for the diagnosis or treatment of illness or injury or to improve the functioning of a malformed body member, and 3) meet all other applicable Medicare statutory and regulatory requirements. Information provided in this policy article relates to determinations other than those based on Social Security Act §(a)(1)(A) provisions (i.e. &#;reasonable and necessary&#;).

Lower limb prostheses are covered under the Medicare Artificial Legs, Arms and Eyes benefit (Social Security Act §(s)(9)). In order for a beneficiary's lower limb prosthesis to be eligible for reimbursement, the reasonable and necessary (R&N) requirements set out in the related Local Coverage Determination must be met. In addition to meeting the benefit policy, there are specific statutory payment policy requirements, discussed below, that also must be met.

GENERAL:

A repair is a restoration of the prosthesis to correct problems due to wear or damage.

An adjustment is any modification to the prosthesis due to a change in the beneficiary's condition or to improve the function of the prosthesis.

The following items are included in the reimbursement for a prosthesis and, therefore, are not separately billable to Medicare under the prosthetic benefit:

  • Evaluation of the residual limb and gait

  • Fitting of the prosthesis

  • Cost of base component parts and labor contained in HCPCS base codes

  • Repairs due to normal wear or tear within 90 days of delivery

  • Adjustments of the prosthesis or the prosthetic component made when fitting the prosthesis or component and for 90 days from the date of delivery when the adjustments are not necessitated by changes in the residual limb or the beneficiary's functional abilities.

Payment for Prostheses Provided During a Medicare Part A Covered Hospital Stay

Payment by Medicare Part A for a prosthesis provided to a beneficiary for use during a Medicare Part A covered hospital stay is eligible for inclusion in the payment for the hospital stay if the following criteria (1 and 2) are met:

  1. The prosthesis is provided to a beneficiary during the inpatient hospital stay; and,

  2. The beneficiary uses the prosthesis for reasonable and necessary inpatient treatment or rehabilitation.

In this situation, a claim must not be submitted to the DME MAC.

Payment by the DME MAC for a prosthesis delivered to a beneficiary, not for use during a Medicare Part A covered hospital stay, is eligible for DME MAC coverage if the following criteria (1 &#; 3) are met:

  1. The prosthesis is reasonable and necessary for a beneficiary after discharge from a hospital; and,

  2. The prosthesis is delivered to the beneficiary no more than two days prior to discharge to home; and,

  3. The prosthesis is not used for inpatient treatment or rehabilitation.

Payment for Prostheses Provided During a Medicare Part A Covered Skilled Nursing Facility (SNF) Stay

Payment by Medicare Part A for a prosthesis provided to a beneficiary, described by codes L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, and L, for use during a Medicare Part A covered SNF stay is eligible for inclusion in the payment for the SNF stay if the following criteria (1 and 2) are met:

  1. The prosthesis is provided to a beneficiary during the SNF stay; and,

  2. The beneficiary uses the prosthesis for reasonable and necessary treatment or rehabilitation.

In this situation, a claim must not be submitted to the DME MAC.

Claims (other than for the above HCPCS codes) for a lower limb prosthesis provided to a beneficiary during a Medicare Part A covered SNF stay (see below), and claims for any lower limb prosthesis provided to a beneficiary during a non-covered Medicare Part A SNF stay, are to be submitted to the DME MAC.

Payment by the DME MAC for a prosthesis delivered to a beneficiary during a Part A covered SNF stay is eligible for DME MAC coverage if:

  1. The prosthesis is reasonable and necessary for a beneficiary&#;s use during the Medicare Part A covered SNF stay; and,

  2. The prosthetic components are classified as major category III codes under the SNFs consolidated billing.


ADJUSTMENTS, REPAIRS, AND COMPONENT REPLACEMENT:

Routine periodic servicing, such as testing, cleaning, and checking of the prosthesis is noncovered. Adjustments to a prosthesis required by wear or by a change in the beneficiary's condition are covered under the initial treating practitioner's order for the prosthesis for the life of the prosthesis.

Repairs to a prosthesis are covered when necessary to make the prosthesis functional. If the expense for repairs exceeds the estimated expense of purchasing another entire prosthesis, no payments can be made for the amount of the excess. Maintenance which may be necessitated by manufacturer's recommendations or the construction of the prosthesis and must be performed by the prosthetist is covered as a repair.

Replacement of a prosthesis or prosthetic component is covered if the treating practitioner orders a replacement device or part because of any of the following:

  1. A change in the physiological condition of the beneficiary; or

  2. Irreparable wear of the device or a part of the device; or

  3. The condition of the device, or part of the device, requires repairs and the cost of such repairs would be more than 60% of the cost of a replacement device, or of the part being replaced.

Replacement of a prosthesis or prosthetic components required because of loss or irreparable damage may be reimbursed without a practitioner's order when it is determined that the prosthesis as originally ordered still fills the beneficiary's medical needs.

MISCELLANEOUS:

A prosthetic donning sleeve (L) will be denied as noncovered.

REQUIREMENTS FOR SPECIFIC DMEPOS ITEMS PURSUANT TO Final Rule (84 Fed. Reg Vol 217)

Final Rule (84 Fed. Reg Vol 217) requires a face-to-face encounter and a Written Order Prior to Delivery (WOPD) for specified HCPCS codes. CMS and the DME MACs provide a list of the specified codes, which is periodically updated. The required Face-to-Face Encounter and Written Order Prior to Delivery List is available here.

Claims for the specified items subject to Final Rule (84 Fed. Reg Vol 217) that do not meet the face-to-face encounter and WOPD requirements specified in the LCD-related Standard Documentation Requirements Article (A) will be denied as not reasonable and necessary.

If a supplier delivers an item prior to receipt of a WOPD, it will be denied as not reasonable and necessary. If the WOPD is not obtained prior to delivery, payment will not be made for that item even if a WOPD is subsequently obtained by the supplier. If a similar item is subsequently provided by an unrelated supplier who has obtained a WOPD, it will be eligible for coverage.

FUNCTIONAL LEVEL CHARACTERISTICS (based on CMS Health Technology Assessment: Lower Limb Prosthetic Workgroup Consensus Document, )

Note: Not all traits listed for K levels must be realized by the patient in order to receive a K level assignment, but generally, documentation should demonstrate that equivalent activities can be achieved by the prosthetic user.

Level 0: Does not have the ability or potential to ambulate or transfer safely with or without assistance and a prosthesis does not enhance their quality of life or mobility.

  1. The individual does not have sufficient cognitive ability to safely use a prosthesis with or without assistance.
  2. The individual requires assistance from equipment or a caregiver in order to transfer and use of a prosthesis does not improve mobility or independence with transfers.
  3. The individual is wheelchair dependent for mobility and use of a prosthesis does not improve transfer abilities.
  4. The individual is bedridden and has no need or capacity to ambulate or transfer.

Level 1: Has the ability or potential to use a prosthesis for transfers or ambulation on level surfaces at fixed cadence, typical of the limited and unlimited household ambulator.

  1. The individual has sufficient cognitive ability to safely use a prosthesis with or without an assistive device and/or the assistance/supervision of one person.
  2. The individual is capable of safe but limited ambulation within the home or on a similar flat surface like a home, with or without an assistive device and/or with or without the assistance/supervision of one person.
  3. The individual requires the use of a wheelchair for most activities outside of their residence.
  4. The individual is not capable of most of the functional activities designated in Level 2.

Level 2: Has the ability or potential for ambulation with the ability to transverse low level environmental barriers such as curbs, stairs or uneven surfaces. This level is typical of the limited community ambulator.

  1. The individual can, with or without an assistive device (which may include one or two handrails) and/or with or without the assistance/supervision of one person:
    1. Perform the Level 1 tasks designated above
    2. Ambulate on a flat, smooth surface (e.g., concrete, asphalt) such as might be found outside the home. (e.g., porch, deck, patio garage, driveway)
    3. Negotiate a curb
    4. Access public or private transportation
    5. Negotiate 1-2 stairs
    6. Negotiate a ramp built to ADA specifications.
  2. The individual may require a wheelchair for distances that are beyond the perimeters of the yard/driveway, apartment building, etc.
  3. The individual is only able to increase their generally observed speed of walking for short distances or with great effort.
  4. The individual is generally not capable of accomplishing most of the tasks at Level 3 (or does so infrequently with great effort).

Level 3: Has the ability or potential for ambulation with variable cadence, typical of the community ambulator who has the ability to transverse most environmental barriers and may have vocational, therapeutic, or exercise activity that demands prosthetic utilization beyond simple locomotion.

  1. With or without an assistive device (which may include one or two handrails), the individual is independently capable (i.e. requires no personal assistance or supervision) of performing the Level 2 tasks above and can:
    1. Walk on terrain that varies in texture and level (e.g., grass, gravel, uneven concrete)
    2. Negotiate 3-7 consecutive stairs
    3. Walk up/down ramps built to ADA specifications
    4. Open and close doors
    5. Ambulate through a crowded area (e.g., grocery store, big box store, restaurant)
    6. Cross a controlled intersection within their community within the time limit provided (varies by location)
    7. Access public or private transportation
    8. Perform dual ambulation tasks (e.g. carry an item or meaningfully converse while ambulating)
  2. The individual does not perform the activities of Level 4.

Level 4: Has the ability or potential for prosthetic ambulation that exceeds the basic ambulation skills, exhibiting high impact, stress or energy levels typical of the prosthetic demands of the child, active adult, or athlete.

With or without an assistive device (which may include one or two handrails), this individual is independently capable (i.e. requires no personal assistance or supervision) of performing high impact domestic, vocational or recreational activities such as:

  1. Running
  2. Repetitive stair climbing
  3. Climbing of steep hills
  4. Being a caregiver for another individual
  5. Home maintenance (e.g. repairs, cleaning)


POLICY SPECIFIC DOCUMENTATION REQUIREMENTS


In addition to policy specific documentation requirements, there are general documentation requirements that are applicable to all DMEPOS policies. These general requirements are located in the DOCUMENTATION REQUIREMENTS section of the LCD.

Refer to the LCD-related Standard Documentation Requirements article, located at the bottom of this Policy Article under the Related Local Coverage Documents section for additional information regarding GENERAL DOCUMENTATION REQUIREMENTS and the POLICY SPECIFIC DOCUMENTATION REQUIREMENTS discussed below.

Based on Social Security Act §(h)(5), for purposes of determining the reasonableness and medical necessity of orthotics and prosthetics, documentation created by an orthotist or prosthetist shall be considered part of the individual&#;s medical record to support documentation created by the treating practitioner.

When submitting a prosthetic claim, the billed code for knee, foot, ankle and hip (HCPCS codes L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L) components must be submitted with modifiers K0 - K4, indicating the expected beneficiary functional level. This expectation of functional ability information must be clearly documented and retained in the prosthetist's records. The simple entry of a K modifier in those records is not sufficient. There must be information about the beneficiary&#;s history and current condition which supports the designation of the functional level by the prosthetist.

For L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L for beneficiaries whose functional level is 2, the medical records must include all of the following:

  1. Documentation of a clinical evaluation of the beneficiary&#;s potential functional abilities by a treating practitioner or the prosthetist which designates a functional level of 2 (If completed by a prosthetist, the treating practitioner's medical records must support the functional level assigned); and,
  2. Discussion of the beneficiary&#;s overall medical health and the rationale for selection of a fluid, pneumatic, or electronic/microprocessor-control addition to a prosthetic knee system. Taking into consideration potential safety concerns of the advanced knee technology, the following must be included (at minimum):
    1. Which functional health outcomes (e.g., fall reduction, injury prevention, lower energy expenditure) are expected to be improved with the selected knee; and,
    2. Specifically which activities of daily living (e.g., transferring, climbing stairs, grocery shopping, housekeeping, working) are expected to be improved with the use of the selected knee; and,
  3. Documentation to support that lower-level knee systems (e.g., knee systems which exclude use of fluid, pneumatic, or microprocessor) have been considered and ruled out, including the rationale for why a lower-level knee system would not be sufficient to meet the beneficiary's specific functional and medical needs.  

Additionally, for an electronic/microprocessor-controlled knee system (L, L, or L plus associated components) for beneficiaries whose functional level is 2, the medical record must also include:

  1. Documentation that the electronic/microprocessor knee is indicated for functional level 2 and has integrated technology that allows the knee to detect when the user trips or stumbles and can automatically adjust to stabilize the knee unit (e.g., stumble recovery); and,
  2. Documentation indicating the beneficiary is able to make use of a product that requires daily charging and has the capacity to understand and respond to error alerts and alarms indicating problems with the function of the unit.

For L, the medical records should describe the nature and extent of the comorbidity of the spine or the sound limb which is what is limiting this beneficiary to a household ambulator, and clearly document how this feature will enable the beneficiary to function as a community ambulator.

Refer to the Supplier Manual for more information on documentation requirements.

REPAIR/REPLACEMENT (BPM Ch 15, §120)

Adjustments and repairs of prostheses and prosthetic components are covered under the original order for the prosthetic device.

Medicare payment may be made for the replacement of prosthetic devices which are artificial limbs, or for the replacement of any part of such devices, without regard to continuous use or useful lifetime restrictions if a treating practitioner determines that the replacement device, or replacement part of such a device, is reasonable and necessary. Claims involving the replacement of a prosthesis or major component (foot, ankle, knee, socket) must be supported by a new treating practitioner's order and documentation supporting the reason for the replacement. The reason for replacement must be documented by the treating practitioner, either on the order or in the medical record, and must fall under one of the following:

  1. A change in the physiological condition of the patient resulting in the need for a replacement. Examples include but are not limited to, changes in beneficiary weight, changes in the residual limb, beneficiary functional need changes; or,

  2. An irreparable change in the condition of the device, or in a part of the device resulting in the need for a replacement; or,

  3. The condition of the device, or the part of the device, requires repairs and the cost of such repairs would be more than 60 percent of the cost of a replacement device, or, as the case may be, of the part being replaced.

The prosthetist must retain documentation of the prosthesis or prosthetic component replaced, the reason for replacement, and a description of the labor involved irrespective of the time since the prosthesis was provided to the beneficiary. This information must be available upon request. It is recognized that there are situations where the reason for replacement includes but is not limited to: changes in the residual limb; functional need changes; or irreparable damage or wear/tear due to excessive beneficiary weight or prosthetic demands of very active amputees.


CONTINUED MEDICAL NEED

For all DMEPOS items, the initial justification for medical need is established at the time the item(s) is first ordered, therefore, beneficiary medical records demonstrating that the item is reasonable and necessary are created just prior to, or at the time of, the creation of the initial prescription. Once initial medical need is established, unless continued coverage requirements are specified in the LCD, ongoing need for the lower limb prosthesis is assumed to be met. There is no requirement for further documentation of continued medical need as long as the beneficiary continues to meet the Artificial Legs, Arms and Eyes benefit.


MODIFIERS

GA, GY, GZ, KX, LT, and RT MODIFIERS:

Suppliers must add the KX modifier to claim lines billed for lower limb prosthetics only if all of the coverage criteria in the &#;Coverage Indications, Limitations, and/or Medical Necessity&#; section in the related LCD have been met and evidence of such is retained in the supplier&#;s files and available to the DME MAC upon request.

If all of the criteria in the &#;Coverage Indications, Limitations, and/or Medical Necessity&#; section of the related LCD have not been met, the GA or GZ modifier must be added to the code. When there is an expectation of a medical necessity denial, suppliers must enter the GA modifier on the claim line if they have obtained a properly executed Advance Beneficiary Notice (ABN) or the GZ modifier if they have not obtained a valid ABN.

Prosthetic donning sleeves (L) are statutorily non-covered and must be billed with a GY modifier.

Claim lines billed without a KX, GA, GY, or GZ modifier will be rejected as missing information.

The right (RT) and left (LT) modifiers must be used with prosthesis codes. Effective for claims with dates of service (DOS) on or after 3/1/, when the same code for prostheses, sockets, or components for bilateral amputees are billed on the same date of service bill each item on two separate claim lines using the RT and LT modifiers and 1 unit of service (UOS) on each claim line. Do not use the RTLT modifier on the same claim line and billed with 2 UOS. Claim lines billed without the RT and/or LT modifiers, or with RTLT on the same claim line and 2 UOS, will be rejected as incorrect coding.


CODING GUIDELINES

Code L (LOWER EXTREMITY PROSTHESIS, NOT OTHERWISE SPECIFIED) must not be used to bill for any features or functions included in the socket or addition codes. Use of L is incorrect coding (unbundling).


REPAIR AND LABOR CODING

Code L is used to bill for any "minor" materials (i.e., those without specific HCPCS codes) used to achieve the adjustment and/or repair.

Code L is used to bill for labor associated with adjustments and repairs that either do not involve replacement parts or that involve replacement parts billed with code L. Code L must not be billed for labor time involved in the replacement of parts that are billed with a specific HCPCS code. Labor is included in the allowance for those codes.

One unit of service of code L represents 15 minutes of labor time. Documentation must exist in the supplier's records indicating the specific adjustment and/or repair performed and the time involved. The time reported for L must only be for actual repair time. Time performing the following services (not all-inclusive) must not be billed using code L:

  • Evaluation to determine the need for a repair or adjustment or follow-up assessment

  • Evaluation of problems regarding the fit or function of the prosthesis

  • General beneficiary education or gait instruction

  • Programming of electronic componentry


SUSPENSION

Code L includes both the part of the suspension locking mechanism that is integrated into the prosthesis socket and the pin(s), lanyard, or other component which is attached to the socket insert. L does not include the socket insert itself. The socket inserts used in conjunction with a suspension locking mechanism are billed with codes L, L, L, or L, as appropriate. These codes include socket inserts with or without a distal umbrella adapter for attaching the pin or lanyard of the locking mechanism.

Codes L and L are for use only with the initial issue of a custom fabricated socket insert. Additional inserts (either custom fabricated or prefabricated) provided at the time of initial issue or replacement socket inserts are coded L and L, whichever is applicable.

Codes L and L describe a modification to a prosthetic socket that incorporates a suction valve in the design. The items described by these codes are not components of a suspension locking mechanism (L).

L describes a complete device that is an addition to a lower limb prosthesis. The primary function of the vacuum pump is to suspend the prosthetic limb. Additionally, products coded L provide residual limb volume management and moisture evacuation. The pump mechanism evacuates air and accumulated moisture between the limb and socket walls. The pump mechanism can be actuated by either external power and/or mechanical system(s).

L describes a complete device that is an addition to a lower limb prosthesis. The primary function of the vacuum pump is to suspend the prosthetic limb. It also provides residual limb volume management and moisture evacuation. The pump mechanism evacuates air and accumulated moisture between the limb and socket walls. The pump mechanism can be actuated by either external power and/or mechanical system(s). Products described by this code would have components built to withstand higher prosthetic limb forces than L.

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Code L (GASKET OR SEAL, FOR USE WITH PROSTHETIC SOCKET INSERT, ANY TYPE, EACH) describes a stand-alone (i.e., not integrated into or a part of a prosthetic socket insert) sealing ring that is added to a socket insert to assist in providing or maintaining negative pressure for socket suspension. The ring creates a seal against the outer surface of the insert and against the inner wall of the socket. L is not intended for use with mechanical socket suspensions such as a pin-lock system. It may be made of any suitable material. L may be used with upper or lower extremity sockets. Unit of service (UOS) is 1 (one) item. This code is not to be used to bill for gaskets, seals, or other sealing materials that are included as part of an insert. Integrated seals are included in the code for the insert. Separate billing of integrated gaskets or seals as L is unbundling.


PROSTHETIC SYSTEMS

Prosthetic system codes should not be used when billing a replacement socket for an existing prosthesis.

Immediate Post Op

L, L, L, and L describe weight bearing rigid dressings that are immediate post-surgical or early fitting, which include the alignable system, suspension system and one cast change.

L and L describe non-weight bearing rigid dressings that are immediate post-surgical or early fitting.

Preparatory

L, L, L, L, L, L, L, L, L, L, L, and L describe preparatory prosthetic limb systems.

L and L include a molded plaster socket, a pylon, and a SACH Foot.

L and L include a direct formed thermoplastic patient socket, a pylon, and a SACH foot.

L, L, and L include a molded thermoplastic prosthetic socket, a pylon, and a SACH foot.

L and L include an adjustable open-end prosthetic socket and a SACH foot.

L, L, and L include a molded laminated prosthetic socket, a pylon, and a SACH foot.

Initial

L and L describe prosthetic systems which are used during the initial stages of prosthetic limb use. Both codes include a direct formed plaster socket, a pylon, and a SACH foot.

Exoskeletal

L, L, L, L, L, L, L, and L describe exoskeleton prosthetic limb systems.

L includes a molded prosthetic socket and a SACH foot.

L includes a plastic molded socket, external knee joints, thigh lacer, and a SACH foot.

L and L include a knee disarticulation molded prosthetic socket, external knee joints, and a SACH foot.

L, L, L, and L include a molded prosthetic socket, exoskeletal single axis knee-shin system, and a SACH foot.

Endoskeletal

L, L, L, L, and L describe endoskeletal prosthetic systems.

L includes a molded prosthetic socket and a SACH Foot.

L, L, L, and L include a molded prosthetic socket, an endoskeletal single axis knee-shin system, and a SACH foot.


PROSTHETIC CONNECTORS

L describes a complete endoskeletal product that is used as an osseointegrated external limb prosthetic connection device. The product provides a standard connection between an osseointegrated implantable limb component and endoskeletal prosthetic components. L describes a complete device, and the use of additional codes would be considered incorrect coding (unbundling). The predicate product is the Axor II osseointegrated external prosthetic connection device manufactured by Integrum, S.E.


SOCKETS

Codes L, L, and L for ultra-light materials may only be used when materials such as carbon fiber, fiberglass, Kevlar, or other advanced composite lamination materials are used in the fabrication of a socket for an endoskeletal prosthesis. They are not used for ultralight materials used in other components of a prosthesis &#; e.g., knee/shin system, pylon, ankle, foot. For codes L, L, and L, the unit of service is per limb.

L describes a complete mechanical product used as an addition to current lower extremity prosthetic base socket and socket replacement codes. This system is a kit of components (reel, cable, or similar) incorporated into a custom-fabricated socket. The beneficiary can manually adjust their socket volume throughout the day, decrease or increase. The predicate product is the RevoFit manufactured by Click Medical.

Infinite Socket (LIM Innovations) is an open-socket design that has distinct below knee and above knee products. These sockets are custom-fabricated from a model of the patient's residual limb and utilize struts that extend from a base to an adjustable brim enclosing an inner shell to form the primary structure of the socket. The LIM Innovations socket is functionally equivalent to design features of current HCPCS codes. The correct combination of HCPCS codes for the Infinite Socket TT-S (below-knee socket) are L or L with the addition of L, L, and L. The correct combination of HCPCS codes for the Infinite Socket T/F (above-knee socket) are L or L with the addition of L, L, and L.

Replacements

L, L, L, and L describe prosthetic socket replacements.

L includes a below the knee molded prosthetic socket replacement.

L includes an above the knee or knee disarticulation molded prosthetic socket replacement with an attachment plate.

L includes a hip disarticulation molded prosthetic socket replacement and a hip joint.

L includes a symes molded prosthetic socket replacement.

The use of the prosthetic system codes with a replacement socket is incorrect coding (unbundling).


PROTECTIVE COVERS

Lower limb prosthetic covers (L, L, L, and L) are complete products and afford shape, protection and waterproofing for normal daily usage of the prosthesis. They offer sufficient protection and weatherproofing for beneficiaries who require lower limb prosthetics.

Protective outer surface covering systems (L, L, and L) are specialized covers intended to be worn over an existing prosthesis. They are used by a beneficiary who has special needs for protection against unusually harsh environmental situations where it is necessary to protect the lower limb prosthesis beyond the level of protection that is afforded by L, L, L, and L. They are not for cosmetic or convenience reasons, or for everyday usage in a typical environment. Protective outer surface coverings are different from the covering that is already reimbursed as part of L, L, L, and L.


FOOT COVERS

Foot covers are included in the codes for a prosthetic foot component and are not separately payable.


KNEES

With the exception of items described by specific HCPCS codes, there should be no separate billing and there is no separate payment for a component or feature of a microprocessor controlled knee, including but not limited to real time gait analysis, continuous gait assessment, or electronically controlled static stance regulator.

Addition codes for exoskeletal knee-shin systems (L, L, L, L, L, L, L, L, L, L, L, and L) are considered an upgrade to the knee-shin system. The beneficiary may qualify for an upgraded knee-shin system depending on their assigned K-level modifier (K0-K4) and any additional coverage criteria that must be met, as referenced in the LCD. These HCPCS codes can fully describe a complete prosthetic knee-shin system commonly referred to as a &#;base knee code.&#; A single addition code can fully describe a complete knee-shin system and thus the use of two codes from the list would be considered incorrect coding (unbundling).

Addition codes for endoskeletal knee-shin systems (L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, and L) are considered an upgrade to the knee-shin system. The beneficiary may qualify for an upgraded knee-shin system based on their assigned K-Level modifier (K0-K4) and any additional coverage criteria that must be met, as referenced in the LCD. These HCPCS codes can fully describe a complete prosthetic knee-shin system commonly referred to as a &#;base knee code.&#; A single addition code can fully describe a complete knee-shin system and thus the use of two codes (L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, and L) would be considered incorrect coding (unbundling).

L, L, L, L, L, L, L, L, and L are additional features and/or functions that do not describe a complete endoskeletal knee-shin system and must be used in combination with an L-code for a knee-shin system (L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, L, and L). The use of additional feature L-codes may also depend on the assigned K-Level modifier (K0-K4) and any additional coverage criteria that must be met, as referenced in the LCD.

L describes an endoskeletal product that is used as an addition to L-code Knee-Shin Systems for lower limb prosthesis construction. The product provides shock absorption during the initial stance phase of gait. It is designed to simulate the eccentric contraction of the quadriceps to reduce trauma on the residual limb. The predicate product is the Stance Flexion Feature, Adjustable manufactured by Endolite North America.

L refers to a feature of an endoskeletal knee component which is incorporated into the entire knee-shin system. The Hydraulic Stance Extension Dampening Feature restricts the prosthetic knee joint&#;s extension moment during the transition of mid to late stance phase of gait. The predicate products are the Otto Bock 3R60, 3C98 and 3C88 Hydraulic Knees.

L refers to a feature of an endoskeletal knee component which is incorporated into the entire knee-shin system. The microprocessor componentry with sensors, any type, provide automated adjustment for controlling the swing and stance phase of gait. This feature would be discernable from schematic drawings and user manual documentation. The documentation would provide details for all of the adjustments for the dynamic properties of this sub-system within the knee component. Adjustments could factor user characteristics such as the activity level, body weight, or gait preferences, among others. This adjustment feature is energized by an on-board rechargeable battery source. The code would include any external components needed to access the microprocessor for modification of the settings.

L refers to a feature of an endoskeletal knee component which is incorporated into the entire knee-shin system. The microprocessor componentry with sensors, any type, provide automated adjustment for controlling the swing phase of gait. The documentation would provide details for all of the adjustments for the dynamic properties of this sub-system within the knee component. Adjustments could factor user characteristics such as the activity level, body weight, or gait preferences, among others. This adjustment feature is energized by an on-board rechargeable battery source. The code would include any external components needed to access the microprocessor for modification of the settings.

L refers to a feature of an endoskeletal knee component which is incorporated into the entire knee-shin system. The microprocessor componentry with sensors, any type, provide automated adjustment for controlling the stance phase of gait. The documentation would provide details for all of the adjustments for the dynamic properties of this sub-system within the knee component. Adjustments could factor user characteristics such as the activity level, body weight, or gait preferences, among others. This adjustment feature is energized by an on-board rechargeable battery source. The code would include any external components needed to access the microprocessor for modification of the settings.

L describes an endoskeletal above the knee positioning device that allows 360 degrees of rotation and locks the endoskeletal prosthetic knee and foot system in a neutral position for ambulation. The predicate product is the Ottobock 4R57 Rotation Adapter.


ANKLE AND LOWER EXTREMITY MOTION UNITS

Codes L, L, L, L, L and L describe separate products which provide either a single motion or a combination of motions generally attributed to functional movement of the lower limb during ambulation. The use of these codes can be used to fully describe additional features or functions not found in the prosthetic foot system (L, L, L, L, L, L, L, L, L, L L, L and L).

L describes a product that is used as an addition to L-code foot systems for lower limb prosthesis construction. The product provides multiaxial motion in the coronal and sagittal plane from articulating components. At transition of stance phase to swing phase, the product will increase the ankle&#;s dorsiflexion angle and maintain it throughout swing phase. The product provides an accommodation of changing heel heights without the user&#;s input. The predicate product is the Rincoe R-Hab Ankle manufactured by R.G. Rincoe & Associates, Inc.

L describes an exoskeletal device that allows adjustable amount of vertical twisting motion between the foot and pelvis during ambulation. Motion of this product is separate from any similar incidental prosthetic foot/ankle motions.

L describes an endoskeletal device that allows an adjustable, or non-adjustable, amount of vertical twisting motion between the foot and pelvis during ambulation. Motion of this product is separate from any similar incidental prosthetic foot/ankle motions.

L describes an endoskeletal pylon device that provides simulated multiaxial ankle motion through a dynamic vertical shank separate from any similar incidental prosthetic foot motions. The predicate product is The Seattle Ankle manufactured by Seattle Medical Systems Group.

L describes a product that is used as an addition to L-code foot systems for lower limb prosthesis construction. The product provides multiaxial motion in all three planes of motion, sagittal, coronal, and transverse. This code does not describe the multiaxial motion achieved from the inherent flexibility of the prosthetic keel or a split keel/heel prosthetic foot design. The predicate product is a device that was manufactured by Medical Center Prosthetic, which is represented in the coding narrative by &#;MCP.&#;

Use of L, L, L or L is based on the beneficiary&#;s K-level modifier (K0-K4), as referenced in the LCD.

L describes an endoskeletal pylon device that allows vertical shock reduction between the foot and pelvis during ambulation. The vertical shock reducing pylon feature of L is a separate function from other products which use a piston/telescoping mechanism such as products described by L or L. The predicate product is the Total Shock that was manufactured by Century XXII International, Inc.


FEET

Addition codes for lower extremity prostheses, L, L, L, L, L, L, L, L, L, L, L are considered an upgrade to the SACH foot. The beneficiary may qualify for an upgraded prosthetic foot based on their assigned K-level modifier (K0-K4) and any additional coverage criteria that must be met, as referenced in the LCD. A single addition code (L, L, L, L, L, L, L, L, L, L, L) can fully describe a complete foot and thus the use of more than one code would be considered incorrect coding (unbundling).

L, L, L, L, L, L, L are additional features and/or functions that do not describe a complete prosthetic foot and may be used in combination with L, L, L, L, L, L, L, L, L, L, and L. The use of additional feature L-codes may also depend on the assigned K-Level modifier (K0-K4) and any additional coverage criteria that must be met, as referenced in the LCD.

L describes a product that can be used for either endoskeletal or exoskeletal lower limb construction. The Flex Foot has an energy storing J-shaped keel design. Heel component is attached onto the J-shaped keel section. The Flex Foot System&#;s J-shaped keel design extends proximally as a monolithic composite shank. Shank height is determined and modified by supplier to utilize the dynamics of the composite shank. L includes foot cover.

L describes a product that can be used for either endoskeletal or exoskeletal lower limb construction. The Flex Walk has an energy storing J-shaped keel design. Heel component is attached to the J-shaped keel section. The Flex Walk J-shaped keel design proximally terminates at a nonadjustable fixed height determined and modified by the prosthetic foot manufacturer. L includes foot cover.

L describes a product that can be used for either endoskeletal or exoskeletal lower limb construction. All components are integrated as a single product, i.e. not an assembly of separate products or components. The product has an energy storing J-shaped keel design. Heel component is attached onto the J-shaped keel section. Vertical loading pylon allows controlled motion for shock absorption. This code does not describe vertical loading or shock absorption achieved from the inherent flexibility of the J-shaped keel section. L includes foot cover.


PARTIAL FOOT AND TOE FILLER INSERTS

Codes L, L, and L describe products that are necessary for standing balance and toe off support in beneficiaries who are missing the forefoot or digits including the hallux (great toe) and who require the rigidity and support offered by these products, in order to achieve or maintain an effective gait.

L describes a shoe insert with a rigid longitudinal arch support that also incorporates material accommodating the void left by the missing digit(s) or forefoot. Additional soft material is added where contact is made with the residual limb or toes. These inserts are designed to provide standing balance and toe off support for improved gait. L is inclusive of variations in materials or combinations such as differing stiffnesses or Shore value.

L describes a partial foot device including a molded socket for the residual limb with a proximal height terminating at the ankle or extending proximally as needed to achieve appropriate support and function. L is inclusive of a rigid longitudinal arch support that also incorporates material accommodating the void left by the missing digit(s) or forefoot. Additional soft material is added where contact is made with the residual limb or toes. L devices are designed to provide standing balance and toe off support for improved gait. All closures are included, any type. L is inclusive of variations in materials or combinations such as differing stiffnesses or Shore value.

L describes a partial foot device including a molded socket for the residual limb with a proximal height terminating at or near the tibial tubercle to achieve appropriate support and function. L is inclusive of a rigid longitudinal arch support that also incorporates material accommodating the void left by the missing digit(s) or forefoot. Additional soft material is added where contact is made with the residual limb or toes. L devices are designed to provide standing balance and toe off support for improved gait. All closures are included, any type. L is inclusive of variations in materials or combinations such as differing stiffnesses or Shore value.


MICROPROCESSOR ANKLE FOOT SYSTEMS

With the exception of items described by specific HCPCS codes, there should be no separate billing and there is no separate payment for a component or feature of a microprocessor controlled foot, including but not limited to real time gait analysis, continuous gait assessment, or electronically controlled static stance regulator.

L describes an endoskeletal device with integrated energy storage and release foot and microprocessor ankle system. The integrated microprocessor is programmable along with sensors to optimize plantar and dorsiflexion angles for stance and swing phase. L includes foot cover, power source(s) and charger.

A microprocessor ankle-foot system with power assist (BiOM Ankle-Foot System by iWalk, Inc) is coded as the combination of L (ADDITION, ENDOSKELETAL ANKLE-FOOT OR ANKLE SYSTEM, POWER ASSIST, INCLUDES ANY TYPE MOTOR(S)) and L (ENDOSKELETAL ANKLE FOOT SYSTEM, MICROPROCESSOR CONTROLLED FEATURE, DORSIFLEXION AND/OR PLANTAR FLEXION CONTROL, INCLUDES POWER SOURCE).

 

Coding Batteries and Chargers Concurrently With a Powered Base Item

Powered base items are those that contain the power source (battery). At the time that a base item is billed, all necessary batteries and/or battery chargers are considered as included in the payment for the powered base item. There is no separate payment for batteries (L, L, and L) and/or battery chargers (L, L, and L) billed concurrently with a powered base item.

Payments for items listed in Column II are included in the payment for each Column I code. Claims for Column II items billed with the provision of a Column I item will be denied as unbundling.

Column I Column II Base codes with battery, charger and/or power included Batteries L L L L L L L   L   L Chargers L L   L   L

 

Suppliers should contact the DME PDAC contractor for guidance on the correct coding of these items.


CODING VERIFICATION REVIEW

The only products which may be billed using the following list of HCPCS codes are those for which a written coding verification review (CVR) has been made by the Pricing, Data Analysis, and Coding (PDAC) contractor and subsequently published on the Product Classification List (PCL). Information concerning the documentation that must be submitted to the PDAC for a CVR can be found on the PDAC web site or by contacting the PDAC. A PCL with products which have received a coding verification can be found on the PDAC web site. The effective date of the CVR is included for each code.

Effective for claims with dates of service on or after January 1, :
L

Effective for claims with dates of service on or after January 1, :
L, L, L, L, L, L

If a product is billed to Medicare using a HCPCS code that requires written CVR, but the product is not on the PCL for that particular HCPCS code, then the claim line will be denied as incorrect coding.

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